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June 1982

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Document:	Educational Services Development and Publishing Update Notice Communications Operations Minireference Manual
Order Number:	EK-CMINI-RM
Revision:	CN1
Pages:	295
Original Filename:

OCR Text

EDUCATIONAL SERVICES
DEVELOPMENT AND PUBLISHING
UPDATE NOTICE
Communications Options Minireference Manual
EK-CMINI-RM-CNI
June 1982
Insert this Update Notice in the manual, directly following the Title Page, as a means of
maintaining an up-to-date record of changes to the manual.
NEW AND CHANGED INFORMATION
This package updates the manual to include information on DEC Modem Products.
Copyright © 1982 by Digital Equipment Corporation
INSTRUCTIONS
The following pages are to be placed in the Communications Options Minireference Manual as
replacements for, or additions to, current pages. Change bars (_) in the margins indicate updated
material.
Old Page

New Page

Title Page
iii to vi
1-1

Title Page
iii to vi
1-1
Chapter 2 Thumb Tab Indexes
(Place behind page 2-1)
DH-l, DH-2
DH-13, DH-14
DH-17, DH-18
DPV-7, DPV-8
DZ-15, DZ-16
3-17, 3-18
5-1, 5-·2
8-1 to 8-8
CHAPTER 9

DH-l, DH-2
DH-13, DH-14
DH-17, DH-I8
DPV-7, DPV-8
DZ-15, DZ-I6
3-17, 3-18
5-1,5-2
8-1 to 8-8
Old Tab

New Tab

Modem Options

Vendor Modem Options
DEC Modem Products
Appendices

Appendices

This eNI update has already been integrated into this manual. Keep this Update Notice here to
remind you that this manual contains updated material.

CONTENTS

Page
CHAPTER t

INTRODUCTION

CHAPTER 2

COMMUNICATIONS DEVICES

2.1

INTRODUCTION ................................................................................ 2-1
DH OPTION ......................................................................................... DH-l
DHII General Description .............................................................. DH-l
DHII Reference Documentation ..................................................... DH-l
DHII Components List.. ................................................................ DH-2 I
Power /UNIBUS Loading ................................................................ DH-3
DH II Cabling .................................................................................. DH-24
DHII Diagnostics ............................................................................ DH-28
CZDHM Diagnostic Summary .................................................. DH-29
CZDHN Diagnostic Summary................................................... DH-29
DZDHK Diagnostic Summary ................................................... DH-29
Running DH II Diagnostics ............................................................. DH-29
Running CZDHM and CZDHN Diagnostics ............................ DH-29
Running DZDHK Diagnostics .................................................... DH-33
DH II Register Bit Assignments ...................................................... DH-36
DHII Tech-Tips/FCO Index .......................................................... DH-38
DMCII OPTION .................................................................................. DMC-l
DMCII General Description ........................................................... DMC-l
DMCII Reference Documentation ................................................. DMC-l
DMCII Components List ................................................................ DMC-2
Device Placement ............................................................................. DMC-3
Power /UNIBUS Loading ................................................................ DMC-3
M8200 Switch Packs/ Jumpers ........................................................ DMC-6
M8201 Switch Packs/ Jumpers ........................................................ DMC-8
M8202 Switch Packs/Jumpers ....................................................... DMC-lO
DMCII Cabling ............................................................................... DMC-12
DMCII Diagnostics .......................................................................... DMC-14
Running PDP-IljDMCII Diagnostics .................................... " DMC-15
Running VAX-l1/DMCll Diagnostics ................................... DMC-17
DMCII Register Bit Assignments ................................................... DMC-20
DMC Tech-Tips/FCO Index ........................................................... DMC-23
DMRII OPTION ................................................................................... DMR-l
DMRII General Description ........................................................... DMR-l
DMRII Reference Documentation .................................................. DMR-l
DMRII Components List ................................................................ .DMR-2
Device Placement .............................................................................. DMR-3
Power /UNIBUS Loading ................................................................. DMR-3
M8207 Switch Packs/ Jumpers ......................................................... DMR-8
M8203 Switch Packs/Jumpers ........................................................ DMR-IO
DMRII Cabling ............................................................................... DMR-13
iii

June 1982

CONTENTS (Cont)
Page

DMRII Diagnostics ......................................................................... DMR-17
Running PDP-Ii /DMRI ! Diagnostics ...................................... DMR-l8
Running VAX-II/DMRII Diagnostics .................................... DMR-21
Run Microdiagnostics ...................................................................... DMR-25
DMRII Maintenance LEOs ........................................................... DMR-26
DMRII Register Bit Assignment ................................................... DMR-27
DMRII Tech-Tips/FCO Index ..................................................... DMR-30
DMPII OPTION ............................................................................... DMP-l
DMVII OPTION ...................... ...............................
.. ....... DMV-l
DPVII ()PTION ................................................................................... DPV-l
DPVII General Description ............................................................ DPV-l
DPVli Reference Documentation .................................................. DPV-l
DPVil Components List... .............................................................. DPV-2
Device Placement ........................................................................... DPV-2
Power/LSI BUS Loading .............................................................. DPV-2
DPVII Jumper Options .................................................................. DPV-5
DPVII Cabling ................................................................................ DPV-7
DPVII Diagnostics .......................................................................... DPV-8
Running PDP-II/DPVII Diagnostics ...................................... DPV-8
DPV! I Register Bit Assignments .................................................... DPV-9
DPVll Tech-Tips/FCO Index ......................................................... DPV-l1
DUPII ()PTION .................................................................................... DUP-l
DUPII General Description ............................................................ DUP-l
DUPII Reference Documents ......................................................... DUP-l
DUP! I Components List ................................................................. DUP-l
Device Placement ............................................................................. DUP-l
Power/UNIBUS Loading ................................................................ DUP-2
M7867 Switch Packs/Jumpers ........................................................ DUP-6
DUPll Cabling ................................................................................ DUP-8
DUP)I Diagnostics ......................................................................... DUP-9
Running PDP-II/DUPll Diagnostics ...................................... DUP-9
Running VAX-II /DUPil Diagnostics ..................................... DUP-ll
DUPll Register Bit Assignments ................................................... DUP-13
DUPII Tech-Tips/FCO Index ....................................................... DUP-14
DZII OPTION ...................................................................................... DZ-l
DZII General Description ............................................................. DZ-l
DZII Reference Documentation ..................................................... DZ-l
DZII Components List .................................................................... DZ-2
Power/UNIBUS Loading ................................................................ DZ-3
M7819 Switch Packs/Jumpers ........................................................ DZ-lO
M7814 Switch Packs/Jumpers ........................................................ DZ-ll
H317-E (EIA) Distribution Panel Jumper
Configuration ................................................................................... DZ-12
H317-F (20mA) Distribution Panel Jumper
Configuration .................................................................................... DZ-13

CONTENTS (Cont)
Page
DZll Cabling ................................................................................... DZ-14
DZII-A, B, and E EIA Cabling Configuration ......................... DZ-14
DZII-C, D, and F 20 rnA Cabling Configuration ..................... DZ-15
H317-F 20 rnA Wiring Tables (Typical) ......................................... DZ-16
M7814 Cable Configuration with Another M7814 ......................... DZ-l 7
DZll Diagnostics ................................................................................. DZ-18
Running PDP-lljDZll Diagnostics ............................................. DZ-18
DZll Register Bit Assignments ........................................................... DZ-22
DZll Tech Tips/FCO Index ............................................................... DZ-23
DZ32 OPTION .......................................................................................... DZ32-1
CHAPTER 3

CABLES

3.1

GENERAL ................................................................................................ 3-1

CHAPTER 4

TEST CONNECTORS AND TERMINATOR

4.1

GENERAL ............................................................................................... 4-1

CHAPTER 5

SPECIAL TEST PROGRAMS

5.1
5.2
5.2.1
5.2.2
5.2.3
5.2.4
5.2.5
5.2.6
5.2.7
5.3
5.3.1
5.4

INTRODUCTION .................................................................................... 5-1
DATA COMMUNICATIONS LINK TEST (DCLT) ............................ 5-1
Hierarchy Prerequisites ........................................................................ 5-2
System Requirements ........................................................................... 5-2
Program Structure ................................................................................ 5-2
Event Log Overview ............................................................................. 5-15
Running PDP-lljDCLT ...................................................................... 5-17
Running VAX-lljDCLT ..................................................................... 5-18
Interfacing DCLT Node-to-ITEP Node .............................................. 5-20
INTERPROCESSOR TEST PROGRAM (ITEP) .................................. 5-20
Using ITEP ........................................................................................... 5-23
LINK TESTING ....................................................................................... 5-26

CHAPTER 6

SPECIAL TOOLS AND EQUIPMENT

6.1
6.2
6.3
6.3.1
6.3.2
6.3.3
6.4

INTRODUCTION .................................................................................... 6-1
BREAKOUT PANEL ............................................................................... 6-2
MINICHECK ........................................................................................... 6-3
Operational Tests .................................................................................. 6-4
Test Results .......................................................................................... 6-4
Minicheck Self-Test Procedure ............................................................ 6-5
DIGITAL'S COMMUNICATION TURNAROUND
SYSTEM .................................................................................................... 6-5

CONTENTS (Coot)

Page

CHAPTER 7

EIAjCCITT DATA

7.1

INTRODUCTION .................................................................................... 7-1

CHAPTER 8

VENDOR MODEM OPTIONS

8.1

INTRODUCTION ....................................................................... ,............. 8-1

CHAPTER 9

DEC MODEM PRODUCTS

9.1

INTRODUCTION ............................................ 9-1
DF02!DF03 OPTION ........................................ DF-l
DF02/DF03 General Description ............................. DF-l
DF02/DF03 Standard Modem Features ........................ DF-l
DF02/DF03 Auto Call Features .............................. DF-l
DF02/DF03 Modem Specifications ........................... DF-2
DF02/DF03 Reference Documentation ........................ DF-2
DF02/DF03 Components List. ............................... DF-3
Installation Procedure ........................................ DF-4
Ivfodem Options ............................................. DF-8
DF02-AA Cabling .......................................... DF-24
DF02-AC Cabling .......................................... DF-25
DF03-AA Cabling .......................................... DF-26
DF03-AC Cabling .......................................... DF-27
DF02/DF03 Test Procedures ................................. DF-28
General .................................................. DF-28
Test Area 1 - Local Terminal Test .......................... DF-29
Test Area 2 - Local-End Digital Loopback Test. .............. DF-30
Test Area 3 - Analog Loopback Test ........................ DF-31
Test Area 4 - Digital Loopback Tests ........................ DF-3~
Test Area 5- End-to-End Self-Test ......................... DF-3L
DF02 and DF03 Auto Call Testing.......................... DF-39
DF02 Troubleshooting Procedures ............................. DF-40
DF03 Troubleshooting Procedures ............................. DF-44
DF02/DF03 Tech-Tips/FCO Index ........................... DF-49

APPENDIX A

FLOATING DEVICE ADDRESSES AND VECTORS

A.I
A.2

FLOATING DEVICE ADDRESSES ....................................................... A-I
FLOATING VECTOR ADDRESSES .............................................. ,....... A-3

APPE''1D1X B

DIAGNOSTIC SUMMARY CHARTS

June 1982

CHAPTER 1
INTRODUCTION

The Communications Minireference manual provides Field Service Personnel, trained in
DIGITAL's communications options, with an easy-to-use manual that zeros in on essential
installation and maintenance considerations concerning some of the more popular options.
To effectively use this reference manual, it is important that the user understand the organization
and format in order to quickly locate the desired information. For example, Chapter 2 contains
option specific installation and maintenance data on selected options. In this first printing, six
options are included: DHll,DMCll,DMRll,DPVll,DUPll, andDZl1. More options will
be added through periodic updates and new releases.
Note that the option specific data of Chapter 2 is placed in alphabetic order, by option designation;
that is, DHII followed by DMCll, DMRII throughDZII. Note also, that the page numbering
system, as well as table numbers, are consecutively numbered using the option designation as a
prefix (for example, DH-l, DH-2, and so on, to the end of the section).
Edge tabs identified by option designation and running headers at the top of each page (identifying
INSTALLATION, CABLING, DIAGNOSTICS, MAINTENANCE AIDS, and so on) provide
the user with a means to quickly locate the desired option - by edge tab, and the specific data - by the
m~or headings.
Also, for consistency and familiarity, the material contained in each option specific section is
organized and presented in the same format and sequence; installation data (which includes
module outline drawing, device/vector address selections, and various other switch/jumper
selectable options) is presented first. This material is followed by cabling diagrams, diagnostics
(PDP-II, VAX-II or both), maintenance aids, register bit assignments, and a Tech-Tips/FCO
index.
The remaining chapters of this manual contain generic information dealing with more than one
option. For example, Chapters 3 and 4 contain a variety of cables and test connectors used in
communications configurations. The cross reference Where Used Tables at the beginning of
chapters 3 and 4 quickly identify which cables or test connectors are used with each option.
Outline drawings of each cable or test connector are also placed in alphanumeric order, by part
number, for easy reference.

1-1

June 1982

CHAPTER 2
COMMUNICA TIONS DEVICES

2.1 INTRODUCTION
This chapter contains all information needed to configure, install, and test a number of
DIGITAL's communications devices.

The purpose of this chapter is to provide Field Service personnel, trained in servicing communications devices, with a quick reference guide, highlighting the important factors concerning
installation and maintenance. The information contained in these sections, therefore, is short and
to the point. If more detailed information is needed, reference should be made to the Microfiche, Technical Manual, or other reference material concerning that particular device.
Each device specific section contained in this chapter is organized in alphanumeric order. Edge
tabs, identified by the device mnemonic, are also provided for easy reference.

2-1

I
I
I
I
I

I
I

DHll INSTALLATION

DHIIOPTION
DHll General Description
The DH 11 is a 16 line asynchronous multiplexer that interfaces the PDP-II UNIBUS to up to
16 seriai lines, each operating with individual parameters.
The DH II features:
• Program selectable speeds up to 9600 b/s;
• Programmable character lengths, stop bits, and parity;
• Half- or full-duplex;
• Full modem control; and
• EIA RS-232-C, and/or 20 rnA operation.

DHll Reference Documentation
Refer to following documents if the level of content in this section is insufficient:
• DHII Technical Manual- EK-ODHII-TM
• DMII-BB Modem Control, User's Manual - EK-DMIIB-OP
• DHII Engineering Prints - B-D-DHII-O-N.

DH-l

DHll INSTALLATION

Dill I Components List

I Table DU-l Components List
Option

Description

DHII-AA

Programmable 16 line asynchronous serial line multiplexer and distribution
panel for 115 VAC, 60 Hz.

DHll-AB

Same as DHII-AA, except for no level conversion/distribution panel and
power supply. Cable is provided to connect to DC08 Telegraph interface.

DHI1-AC

Same as DHll-AA, except for 230 VAC, 60 Hz operation.

DUll-AD

Programmable 16 line asynchronous multiplexer and distribution panel
con taming level convertion for EIA/CCITT compatible lines and modem
control.

DHII-AE

Same as DHll-AD, except for no modem control.

DMII-BB

16 line modem control option. Used on DHII-AA or DHII-AC.

DMII-DA

TTL to 20 rnA level converter. Used on DHll-AA or DHll-AC (does not
require DMII-BB).

DMII-DB

TTL to EIA level converter. Used on DHII-AA or DHII-AC with private
lines (does not require DMII-BB).

DMII-DC

TTL to EIA level converter. Used on DHII-AA or DHII-AC with switched
lines (requires DMII-BB).

DJ-I-2

June 1982

DHll INSTALLATION
Power jUNIBUS Loading
Table DH-2

Power jUNIBUS Loading

Option

Voltage
Rating
(Approximate
Values)

Maximum Minimum
Voltage
Voltage

Backplane

Pin No.

DH11-AA, AB, AC + 5vdc @8.4 A * +5.25
Without DM11-BB +5vdc@11.2 A * +5.25
With DM11-BB
- 15vdc @240 rnA -15.75

+5.0
+5.0
-14.75

C9A2
C9A2
C9B2

DHII-AD
With Modem
Control

+5vdc @10.8 A * +5.25
+ 15vdc @400 rnA +15.75
- 15vdc @645 rnA -15.75

+5.0
+ 14.75
-14.75

C9A2
A7B1
C9B2

DH11-AE
Without Modem
Control

+ 5vdc @8.6 A * +5.25
+ 15vdc @100 rnA + 15.75
- 15vdc @340 rnA -15.75

+5.0
+ 14.75
-14.75

C9A2
A7B1
C9B2

DM11-AA
Distribution
Panel

+5vdc@4.0 A
+ 15vdc @2.0 A
- 15vdc @2.0 A

+5.0
+14.75
-14.75

A4A2
A4N2
A4B2

+5.25
+ 15.75
-15.75

UNIBUS
Loading

3 UNIBUS Loalls
(2 UNIBUS Loads
without DMI1-BB

3 UNIBUS Loads

2 UNIBUS Loads

NO UNIBUS
Loads

*Add 0.2 A if last option on UNIBUS (UNIBUS Terminator consumes 0.2 A).

DH-3

DHll ][NSTALLATION
DHll INSTALLATION FLOWCHART
OBTAIN CUSTOMER SPECIFIC
INFORMATION:
• SYSTEM PLACEMENT
• DEVICE PLACEMENT
• UNIBUS LOADING
• POWER REQUIREMENTS
• CUSTOMER APPLICATION
RE<lUIREMENTS:
I.E. DEVICE ADDRESS,
VECTOR ADDRESS, ETC.
DO NOT INSTALL OPTION

ERFORM RESISTANCE CHECKS
ON BACKPLANE, APPLY POWER
AND VERIFY VOLTAGES, TURN
[]
POWER OFF

CONFIGURE DH11 "DATA"
MODULES FOR CUSTOMERS
REQUIREMENTS.
INSERT H8611 TEST CONNECTORS IN
M5906 MODULE AND INSTALL ALL
"DATA" MODULES IN BACKPLANE.
ALSO INSTALL A G727 IN SLOT E02.

PERFORM RESISTANCE CHECKS ON
BACKPLANE, APPLY POWER AND
VERIFY VOLTAGES

DH-4

M7277 - ADDRESS
M7821 - VECTOR (A02 + A06)
{ M796 - VERIFY 100 PF CAP.

DHll INSTALLATION
DHll INSTALLATION FLOWCHART (CONT)

EXECUTE DH11 DIAGNOSTIC
IN EXTERNAL MODE AND
OBTAIN THREE PASSES
WITHOUT ERROR

_
{

PDP11 - ZDHM**WITH MCU
LOGIC TEST DISABLED
<SW10 = 1>.

CHECK BOARDSEATING, MODULE
CONFIGURATION, OR REPAIR DH11

AND INSTALL IN DH11 BACKPLANE

PERFORM RESISTANCE CHECKS ON
BACKPLANE, APPLY POWER AND
VERIFY VOLTAGES

DH-5

-fM11-BB ADDRESS + VECTOR

DHll INSTAl.LATION
DHll INSTALLATION FLOWCHART (CONT)

TIACH H861 C TEST CONNECTOR AT
MCU CABLE ENDS AND EXECUTE DH11
DIAGNOSTIC IN EXTERNAL MODE AND
OBTAIN THREE PASSES WITHOUT ERROR

PDP11 - ZDHM" WITH MCU
- {LOGIC ENABLED <SW1 0= 0>

EXECUTE DH11 DIAGNOSTIC AND
OBTAIN THREE PASSES WITHOUT

Cc5'NFi'GURE H317-B DIST. PANEL
FOR MODEM REQUIREMENTS AND
INSTALL. ATIACH 2 DH11 DATA
CABLES <BC08S> TO M5906
MODULE AND REMOVE H8611 TEST
CONNECTORS

[

~ CABLE END FOR SOURCE
AND DESTINATION. CORRECTLY
FOLD AND ROUTE ALL CABLES
AND ATIACH TO H317-B

---

_{PDP11 - ZDHK"
TEST 0

REPAIR MCU LOGIC AND/OR CABLES

~H11 DIAGNOSTIC IN

EXTERNAL MODE WITH H315
INSTALLED FOR SINGLE LINE TESTING
(EIA LINES ONLY) AND OBTAIN THREE
PASSES WITHOUT ERROR

(PDP11 - ZDHN"@ 210
(SINGLE LINE TEST)

- ""l

CHECK OR CHANGE DATA CABLES.
DIST. PANEL JUMPERS. CABLE
CONNECTIONS

011-6

DHlllNSTALLATION
DHII INSTALLATION FLOWCHART (CONT)

~~~~~ZDHN •• @ 214
-

THIS TEST SHOULD ONLY
BE DONE FOR TERMINAL LINK
VERIFICATION

{

CHECK ALL SPEED AND CABLE
CONNECTIONS OF TERMINAL LINK

BUILD AND EXECUTE DEC/Xll
WITH THE DHll MODULE AND
OBTAIN THREE PASSES WITHOUT
ERROR

- f D P l l - CXDH"

CHECK SYSTEM CONFIGURATION

- {

PDPll - ZITA"
ZDHL"

CHECK CONFIGURATION OF LINK
FOR ISOLATION OF THE FAULT

RETURN SYSTEM TO NORMAL
CUSTOMER CONFIGURATION, INITIATE
CUSTOMER ACCEPTANCE

DH-7

DHll )[NSTALLATION
DHII INSTALLATION FLOWCHART (CONT)

CONFIGURE DH11 "DATA"MODULES
FOR CUSTOMERS REQUIREMENTS.
INSTALL ALL DATA MODULES
AND PUT M974 TEST CARD IN
SLOT B07. ALSO PUT A
G727 IN SLOT~EO::..::2r-'_ _

--_. . .t'---_

7277

- ADDRESS
M7821 - VECTOR (A02 + A06)
M796 - VERIFY 100 PF CAP.

PERFORM RESISTANCE CHECKS ON]
BACKPLANE. APPLY POWER AND
VERIFY VOLTAGES

=E===--·-----,

EXECUTE DH11 DIAGNOSTIC IN
{DP11 - ZDHM" WITH MCU
LOGIC TEST DISABLED
EXTERNAL MODE AND OBTAIN THREE - PASSES WITHOUT ERROR
<SW10 =1 >

CHECK BOARDSEATING. MODULE
CONFIGURATION. OR REPAIR DH11

TURN'POWER OFF. CONFIGURE THE]
M105 AND M7821. REMOVE
G727 FROM SLOT E02.
_ _ __

DM11-BB ADDRESS + VECTOR

1-M105
l-M7821
- { l-M7246
2-M7247

PERFORM RESISTANCE CHECKS ON
BACKPLANE. APPLY POWER AND VERIFY
VOLTAGES

-~-

DI-I-8

DHll INSTALLATION
DHll INSTALLATION FLOWCHART (CONT)

ATTACH H86l C TEST CONNECTOR
AT MCU CABLE ENDS AND EXECUTE
DH11 DIAGNOSTIC IN EXTERNAL MODE
AND OBTAIN THREE PASSES WITHOUT
ERROR

ZDHM" WITH MCU
LOGIC TEST ENABLED
<SW 10 =0>

N
EXECUTE DH11 DIAGNOSTIC

_~DP11 - ZDHK ••
~

INSTALL DH11 DIST. PANEL
AND POWER SUPPLY. CONFIGURE
ALL LINES FOR CUSTOMER
APPLICATION ON 4 LINE GROUPING.
REMOVE M974 FROM SLOT B07
AND INSTALL A DH11 DATA CABLE
<BC08S> IN THAT SLOT ON A
M971 MODULE.

REPAIR MCU LOGIC
AND/OR CABLES

MARK EACH CABLE END FOR
SOURCE AND DESTINATION. CORRECTLY
FOLD AND ROUTE ALL CABLES
AND ATTACH TO DH11 DIST. PANEL.
ALSO INSTALL M974 IN DIST.
PANEL SLOT B03 AND INSURE DIST.
PANEL POWER SUPPLY OFF.

EXECUTE DH11 DIAGNOSTIC IN
EXTERNAL MODE AND OBTAIN
THREE PASSES WITHOUT ERROR

{

DP11 - ZDHM" WITH MCU
LOGIC TEST ENABLED
<SW10 = 0>

CHECK ALL CABLING AND
DIST. PANEL CABLE SLOT
CONNECTIONS

DH-9

TEST 0

DHll INSTALLATION
DHll BACKPLANE MODULE PLACEMENT

01111, AA,AC,AB

DH11AD, AE
7

M5906

G7360
A

CABLES
A

PRIORITY
SELECT

PRIORITY
SELECT
AND
EIA
LEVEL
CONV.

__ r>!I 971 _
CABLE
DATA
CABLE
NOTE 5

M920

M7288

CABLE

UNIBUS
LINE
CONNECTOR PARAMETER
CONTROL
NOTE 3
B
AND4

M7289

M7277

M7278

INTI~.CNTL

VECTOR
SELECT*

- - -11,17279
-----

6
M7821

INPUT
OUTPUT
DATA
CABLE

'
11,17280

M405
EXTERNAL
B CLOCK
NOTE 6

SYSTEM
CONTROL
AND
RECEIVE
SCANNER

CURI1ENT
ADDI~ESS

AND
ADDIiESS
SELECT*

M7280

FIFO
BUFFER
(SILO)

MUL TII'LE
UART
LINES
8·15

MUL TIPLE
UART
LINES
0·7

[)

--- - -M405
--E

EXTERNAL
A Ci_OCK
NOTE 6

-- 1---------

M4540
1------

DH11
SYSTEM
CLOCK

VIEW FROM MODULE SIDE

REQUlllES JUMPER SELECTION

DH-\O

DHll INSTALLATION
DHll BACKPLANE MODULE PLACEMENT (CONT)

NOTES:
BACKPLANE SHOWN WITH G727 INSTALLED AS WOULD BE THE
CASE IF IT WERE A OHll·AA, AC, OR AE WITHOUT MODEM CONTROL.
2.

IF FIRST UNIT IN EXPANDER BOX, REPLACE M920 WITH
BCll A CABLE.

DH11-AA, AC
WITH
DM11-BB MCU

DH11-AD
WITH
DH11-AD MCU

M7247

M7147

M7807

CABLES

MUX
AND
SCANNER
CONTROL
LINES
0-7

MUX
'--AND
UNIBUS
CONTROL
LINES
8-15
ADDRESS
AND
VECTOR
SELECT*

I-

M7821

M920

NPR
CONTROL
M796
NPR
UNIBUS
MASTER
CONTROL

CABLE
A

I-UNIBUS
CONNECTOR B

I-A

......

GRANT
CONTINTY
NOTE 1

G727

I-F

CONTROL
MUX
LINES
0-7

CONTROL '-MUX
LINES
8-15

M7246

M105

CONTROL
AND
SCANNER

ADDRESS
SELECT*
M7821
INTR.CNTL.
VECTOR
SELECT *

'I
VIEW FROM MODULE SIDE

NOTES:
3.

IF LAST UNIT IN BOX, REPLACE M920 WITH BCllA CABLE WHEN
EXPANDING TO NEXT BOX.

IF LAST UNIT ON UNIBUS, REPLACE M920 WITH M930 TERMINATOR.

FOR DIAGNOSTIC CHECKOUT OF DHll-AA, AB, AC, REPLACE M97l
(B07) WITH M974 TURNAROUND MODULE.

MODULE SLOTS PROVIDE FOR ADDITIONAL CLOCK RATES.

*REQUIRES JUMPER SELECTION

DH-li

DHll INSTALLATION
DHll DATA CONTROL DEVICE ADDRESS JUMPER SELECTION
M7277 MODULE:
•

SLOT 4

~DDD
/W7

~W4

£2

~I:

-~@~,
WB

W'I1

W12

Wl0

•

RESIDES IN FLOATING ADDRESS SPACE (SEE APPENDIX A) .

•

DEVICE ADDRESS RANKS 7.
MSB

ISH

tH~~I~S
33.~~J.
7 \6 I "\ ~ TT)~
---JUMPtRS----.E~~iE
I

- , - - , - - ,- . -

I.
NUMBERS
_.
__ ._._--

W12

I
1

Wl1 Wl0 W9

•

,--

......_.

....

Df. VICE
ADDRESS

- - I---

---------

OUI
OUT
(JIJT ()UI
(JU 1
(JUT
(JUT
(JUT (JUT
OUT (JUT OUl
OUT
(JUT
(JUT
(JUl
(JUT
(JUI (JUI
(JUT
OUT our

1
1______

760000
150070
760040
1600GO
160100
760170
1601~0

760160
760200
760/20

lG0740
l{'iQ/GO
16030(J

OUT

1(}O40[)

()IJT our

7GOGOO

/!;o~)oo

!
!

\JOTI

{)lJTCJlJTOIJT

lliO/OO

{Jl}1

JlHviPFn (JlJT nrSP()/"JDS TO I OCICl\l Of'Jr O[\J TI!["

DH-12

IHJI111J~

DH11 INSTALLATION
DMII-BB MODEM CONTROL DEVICE ADDRESS JUMPER SELECTION
M 105 MODULE:
• SLOT El
• THE DMI1-BB RESIDES IN FIXED ADDRESS SPACE STARTING ATI
770500

W"~

=~~'---.:g

--c:::r-

::~fi~
W5

:: ]

_________________________

JUMPER SELECTION
LSB

I
I
I

JUMPER
NUMBER

W12
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT

W11

W10

W8
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT

W6
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT

OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT

OUT
OUT
OUT OUT
OUT
OUT
OUT
OUT OUT
OUT OUT OUT
OUT
OUT
OUT OUT
OUT
OUT
OUT
OUT OUT
OUT OUT OUT

DEVICE
ADDRESS

NUMBER
OF UNIT

770500
770510
770520
770530
770540
770550
770560
770570
770600
770610
770620
770630
770640
770650
770660
770670

1ST
2ND
3RD
4TH
5TH
6TH
7TH
8TH
9TH
10TH
11TH
12TH
13TH
14TH
15TH
16TH
MAX#/SYS.

NOTE: JUMPER OUT RESPONDS TO LOGICAL ONE ON THE UNIBUS.

DH-13

June 1982

DHll INSTALLATION
DHll DATA CONTROLjDMlJ-BB MODEM CONTROL VECTOR ADDRESS JUMPER
SELECTION
W2

M7821:

• SLOT A6 FOR DATA
CONTROL
• SLOT FI FOR DMIlBB MODEM
CONTROL

• W9 - NORMALLY
IN, EXCEPT FOR
PDPIl/15s or 20s.

~~M~782~1

r -____

____

____r -__

~~-

PRIORITY PLUG PLACEMENT
DHII-AA, AB OR AC

G7360 MODULE, SLOT A 7

DH II-AD, AE - M5906 MODULE, SLOT AB 7

rHANSMIT
PHIOAITY

~PLU('
EB

c:::::s
E5

RECEIVE

/:~:~"'n

--+--- c:=3

{
DH-14

DHll INSTALLATION
DHll DATA CONTROL/DMII-BB MODEM CONTROL VECTOR ADDRESS
JUMPER SELECTION (CONT)
OAT A CONTROL VECTOR SELECTION
LSB

M7821 MODULE,
SLOT A6

JUMPER
NUMBER

VV7

IN
IN
IN
IN
IN
IN
IN
IN

~ffi

iNIN
IN
IN

IN
IN

IN
IN
IN
IN

IN
IN

VECTOR
ADDRESS

IN
IN
IN
IN
IN
IN
IN
IN

300
310
320
330
340
350
360
370
400

500

600

700

• W2 MUST ALWAYS BE IN: XXO = RECEIVE i XX4 - TnANSMIT
NOTE: JUMPER INSTALLED PRODUCES LOGICAL ONE ON THE
UNIBUS.

DMII-BB MODEM CONTROL VECTOR SELECTION
MSB

LSB

" ""~
JUMPERS

M7821 MODULE,
SLOTF

JUMPER
NUMBER

IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN

IN
IN

NOTE

IN
IN
IN
IN
IN
IN
IN
IN

IN
IN
IN
IN

I: I

VECTOR
ADDRESS

300
304
310
314
320
324
330
334
340
344

IN
IN

350
354

IN
IN

IN
IN
IN
IN
IN
IN
IN

I
I

IN
IN

360
364
370
374
400

SOO
600

700

JUMPER INSTALLED PRODUCES LOGICAL ONE ON THE UNIBUS

DH-15

DHl1lNSTALLATION
DHI1-AD MO][)EM CONTROL DEVICE/VECTOR ADDRESS JUMPER SELECTION

M7807 MODULE, SLOT CDEF 1

W17

W13

W16

Wl1

W18

VI!lO

W1:4
W8

W'I

W15

W7 W3

W4 W6
MK-2600

OH-16

DHll INSTALLATION

DHII-AD MODEM CONTROL DEVICENECTOR ADDRESS JUMPER SELECTION
(CONT)
LSB

.1'1' 10 I

_1---.,1

JUMPER
NUMBER

W14

Wll

Wl0

W17 W16

OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT OUT
OUT OUT
OUT OUT
OUT OUT
OUT OUT
OUT OUT
OUT OUT
OUT OUT

OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT

W13

OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT

W12

W15

DEVICE
ADDRESS

NUMBER
OF UNIT

770500
770510
770520
770530
770540
770550
770560
770570
770600
770610
770620
770630
770640
770650
770660
770670

1ST
2ND
3RD
4TH
5TH
6TH
7TH
BTH
9TH
10TH
11TH
12TH
13TH
14TH
15TH
16TH
MAX #/SYS.

OUT
OUT
OUT OUT
OUT
OUT
OUT
OUT OUT
OUT OUT OUT
OUT
OUT
OUT OUT
OUT
OUT
OUT OUT
OUT OUT

OUT
OUT

NOTE: JUMPER OUT RESPONDS TO LOGICAL ONE ON THE UNIBUS.

DHII-AD MODEM CONTROL DEVICENECTOR ADDRESS JUMPER SELECTION
LSB

~-+__r--+__.--+__+--+__~~_6~_5~_4~~

14-----JUMPERS-~
I

JUMPER
NUMBER

I
W5

IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN

I
I
I

I
I
W7

I
I

IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN

IN
IN

IN
IN
IN
IN

IN
IN

VECTOR
ADDRESS
300
304
310
314
320
324
330
334
340
344
350
354
360
364
370
374
400

- -IN

500

- -_.
600

- -.IN

700

NOTE: JUMPER INSTALLED PRODUCES LOGICAL ONE ON THE UNIBUS.

DH-17

June 1982

DMII-AA DISTRIBUTION PANEL MODULE PLACEME:\T
EiA LEVEL CONVERSION

DATA A~JD MODEM CO~~TnOL OR

TUR~~AROU~.. D

(DMll-DCI

CONNECTOR
i STORAGE

DTR-RTS JUMPER CARDS EiA LEVEL CONVERSION
DATA LiNES Oi\lLY
r=OR i"viODEivi CONTRuL
(DMll-DB)
(DMll-DBI

CABLES

r-"---l
5
4

::~

22
23
M5960 M596()

/f'A ARND

LINES LINES
12-15 8-11

H861

M5960 M5960

M594 M594

IB TURN
l ARND

LINES I LINES
4-7
0-3

LINES LINES
4-7
0-3

M594 M594

OPTION

CABLE CARDS FOR
INPUT/OUTPUT
COMPONENTS

DM11-DA
20mA LEVEL CONVERSION
4 LINES
DATA ONLY

SLOT LOCATION
B22.B23.A22.A23

20mA LEVEL CONVERTER
4 - M973
20mA MATE-N-LOK
CABLE CARDS

B6 THRU B21

1 - M594
EIA LEVEL CONVERTER
4 - W404
DTR-RTS PULL UP CARDS

00
DM11-DB
EIA LEVEL CONVERSION
4 LINES
DATA ONLY

DMll-DC
EIA LEVEL CONVERSION
4 LINES
DATA AND
MODEM CONTROL
(DM11-BB MCU REQD)

B4B5.A4.A5
A6 THRU A21

4 - BCOl R *
EIA CABLE CARD
ASSEMBLY
OR
4 - M970*
CABLE CARDS
4 - BC05C
EIA CABLES
4 - M594
EIA LEVEL CONVERTER
4 - BCOl R *
EIA CABLE CARD
ASSEMBLY
OR
4 - M970*
CABLE CARDS
4- BC05C
EIA CABLES

*REQUIRES JUMPER SELECTION

DHll-AAAC
"

I 1 - M596 OR M5960 *
!

1:~~~1

~------------~y~--------------~

DATA LINES ONLY
IDMll-DAI

-:c

B6 THRU B21

B6 THRU B21
ONTO M970

A6 THRU A21
B6 THRU B21

B6 THRU B21

ONTO M970

DATA CABLE

M974
TURNAROUND
-DIAGNOSTIC ONLY-

DUll INSTALLATION
M596jM5960 JUMPER SELECTIONS

M596

rtJ
W4

rn
()o()oo

M5960

0-0.

0-<).

W4
W3
W2

JUMPERS

SLOTS
B22

B23

A22

A23

M596

M5960

LINES

REMOVE JUMPER
FOR SPEEDS ABOVE
150 BPS ON THE
ASSOCIATED LINE

BCOIRjM970 MODEM CONTROL JUMPER SELECTION
B. M970
A. BCOIR
202

_-----tI- - EIA

------!I-- 202

I
________I - EIA

-c:::J-_

~~811

'----~~BUSY
EIA CONNECTOR
PIN NUMBER
REQUEST TO SEND

BACKPLANE
PIN NUMBER

BUSY

FORCE BUSY

25 - - - - - - - ' - - Sl

r-------.--J2

SERIAL ClK RX
SEC RX DATA
BEll 202
TO/FROM
EIA CABLE
(MOOEM)

SEC TX DATA
EIA

DMll-DB

DMll-DC

BUSY

OUT

EIA

OUT

811

OUT

202

EIA
Fl

SEC RX DATA
EIA
SEC TX DATA
BEll202

JUMPER

~
11

TO/FROM
BACKPLANE
(LOGIC)

EIA

RING

~
~M2

DATA TERMINAL
READY

~.--~R2
·301 JUMPERS ARE NOT USED
ON M9700 CARD (BCOI R)

DH-19

202
301·

------ ------

---------IN

----1----301·

--:--IN

0"11 INSTALLATION
H317-8 DISTRIBUTION PANEL JUMPER CONFIGURATION

MODEM
TYPE

DESCRIPTION

JUMPERS

IN.

•

300 BAUD FULL DUP

103A

300 BAUD FULL DUP

EIA
JUMPERS
JUMPERS
JUMPERS
JUMPERS
JUMPER CONFIGURATIONS ARE TYPICAL FOR ALL 16 LINES.
ONLY THE JUMPER NUMBERS VARY (SEE TABLE DH-3)

If~o~ C,:..:.-17

L?-~
I

~~i~i~~
-I I I I I I I

07_J ~

A0
_DAT_

,J.~~d,J,J.obc1

~~~~~~~~

------------------------------------------.-----------'
I

DTH COMMON..!:.5V)
W34
o---DTR 00
W35
DTR 01
W36
DTll02
W37

RTS COMMON (+5V)
RTS 00
RTS01
RTS 02

DTR 03

RTS03

W3L-DTR 04

RTS 04

W3~DTR05
W40
W41

DTR 06

RTS 06

DTR 07

RTS07

OH-20

DHll INSTALLATION
"317-B DISTRIBUTION PANEL JUMPER CONFIGURATION (CONT)

EIA CONNECTOR
PIN NUMBER
REQUEST TO SEND 4~()O_-~-_'''' FF,R,EE & f'

SEC RX DATA 17
(811)
SEC RX DATA 12
(BELL 202)
SEC RX DATA 16
(EIA)

FORCE BUSY 25

W6
BUSY

81 I

~4 X,D,W & A *
EIA
W3

SEC TX DATA 11
(BELL 202)
~o+----r--' Z,B,Y&C*

* CONNECTOR/PINNINGS
VARY, DEPENDING ON
LINE NUMBER
(SEE TABLE DH-3)

SECTXDATA~

(EIA)

OB ~~~~1~09 ~~~~I~?O ~<Dfil~

I I I

I I I IO?l I I I

I I I I

'ff"f I

1~?2 i~~

I I I 'D?3 I I I

~~ii
I I I I

1~~4 ~~~:e

I I "D?5

~~~~

I I I I

0
I I I I

"f"f"f~

I I I I

~(;;al~

;::;::;::;::
II I I

5':'::19~M_C_U_8

-J

5""21~M_CU_12_-1_5~J

__1_1

I I I I I I I

I I I

o i~~~~fi
I I I I I I I

I I

~i~I~~~~
I I I I I I I I
RTS COMMON (+5V)
DTR OB

_ RTS 08

DTR 09

_ RTS 09

DTR 10

_ RTS 10

DTR 11

_ RTS 11

DTR 12

_ RTS 12

DTR 13

_ RTS 13

DTR 14

_ RTS 14

DTR 15

_ RTS 15

DH-21

DHlllNSTALLATION
H317-B MODEM SIGNAL JUMPER SELECTION
Table DH-3 H317-B Modem Signal Jumper Reference
r-----.---.-..- - - , - - - - - - - -

MO[)EM
SI(;NAI.

REQUEST TO
SEN[) (PI'I,j 4)

------- - - - -

EIA SECONDARY
RECEIVE (PIN 16)
,.--

LINEN

CONNECTOR
PIN NO.

JUMPF.R
NO.

CONNECTOR
PIN NO.

Jl\1PER
'l,j0.

00
01
02
03

II
R

Wf.

[)

WIO
WI4

W
A

WI
WX
WI2
\\- If.

DISTRIBUTION
P\NEL
CONNECTOR

Ii()

04
05
06

IT
R

n·:

W
A

10
II
12
13

[)

W20
W24
W2X
W32

II x

-FE

W51
W55
W59

W61

W67
W71
W75
W79

X
[)

W
!\

W53
W57
W61
W65

II')

-14
15
16
17

FE
p

D
W
A
--'----

DII-22

W69
W73
W77
WXI

121

0"11 INSTALLATION

Table DH-3
MODEM
SIGNAL

H317-B Modem Signal Jumper Reference (Cont)
EIA SECON[)ARY
TRANSMIT (PIN 14)

BELL 811 CONTROl.
SERIAL CLK RX (PIN 17)

LINEN

CONNECTOR
PIN NO.

JUMPER
NO.

CONNECTOR
PIN NO.

JlIMPER
NO.

00
01
02
03

W4
W9
WI3
WI7

D
W

H
Y

W2
W7
WII
WI5

04
05
06
07

D
W
A

W21
W25
W29
W33

Z
B
Y
C

10
II
12
13

W54
W58
W62
W66

Z
B
Y

14
15
16
17

D
;\

D
W
A

W70
W74
W78
W82

DH-23

Z
B
Y

WI9
W23

I>ISTR I Bl !TION
PA"iEl.
CONNECTOR

.l1()

.11K

W.11
W52
W56
W60
W64

.Ill)

W68
W72
W76
W80

J21

DHII CABLING
DH 11 Cabling
This se(:tion contains cabling diagrams for DHII-AA or AC with DMII-BB Modem Control
and the DHll-AD, AE with DHll-AD Modem Control. These diagrams also show correct test
connector placement. Details of each DB 11 cable are provided in Chapter 3; test connector information is included in Chapter 4.
NOTE
Refer to Tech-Tip #11 for Diagnostic testing and cabling.

DHII-AA, ACjDMI1-BB CABLING

/ . A l (Coo2Jll
DATA)
0·15
(Bll

~ A2 (Coo2J21

__ ~:....-- A3 (CoolJll

__ -=~==-=.__ _- 81 (B07)

NOTE 2

~----- f -

_-'.A::.;:IB=.;BE:.=.D..:.S;;:.ID:;..EL:'.;.P_ _ _ _ B2.CoolJ2 MCU 12-15
Bl _...;R.;:.:IB:;.:::B""ED:..--,

B2 (COOl J21

NOTE 1 ,

_-'R""IB""BE""D_+-_ _ _ _ A3-CoolJl MCU B-ll

A2_-'R""IB""BE""D-'--+ _ _ _ _ _ A2-CD02J2 MCU 4-7

\
\

.....

"',, ...
I

_...;R"'IB:.::;BE==D_+ _ _ _ _ _ Al-Coo2Jl MCU 0-3

~,
\

,-_..;:S",MO,,-,O;,.;.T:.;.H_ Bl-B07 DATA 0-15

\
\

I
I
I

A2 A3

~~~~~~-.Jf.
PANEL

FOLD DATA CABLE
TO CREATE HALF TWIST
50 THAT ALL CABLES
ARE RIBBED SIDE UP. ALSO
RELOCATE DATA CABLE SO THAT
IT 15 BETWEEN B2 AND A3.

DH-24

DIITA CABLE
RIBBED SIDE DOWN

DUll CABLING
DHII-AA, ACjDMII-BB CABLING (CONT)

Bl-B07

A2-Coo2J2
A3-CoolJl

B07

SEE NOTE 3

M7247
COOl
CONTROL MUX LINES 8-15

NOTES:
1. TO INSTALL BC08S CABLE TO M971-B07:
0) REMOVE G7360-A07 AND M7B21-AOS.
b) ROUTE CABLE DOWN THRU MODULES
c) CONNECT CABLE TO MOOULE WIRE SIDE
AGAINST BOARD.
d) REINSTALL MODULES REMOVED.
2. TO INSTALL BCOBR CABLES TO M7247"s COOl & coo2:
0) REMOVE M7B21-A02 & M796-S02.
b) ROUTE CABLES DOWN THRU MODULES.
c) CONNECT CABLES TO MODULES, SHIELD
SIDE AGAINST BOARD.
d) REINSTALL MODULES REMOVED.
3. CIRCLED ITEMS INDICATE LABELS WHICH
MUST BE ATTACHED AT CABLE END.

OH-25

I r
B2-CD01J2

DISTRIBUTION PANEL LOCATION
DHll LOGIC LOCATION

DUll CABLING
DHII-AD, AE/DHI l·AD MODEM CONTROL CABLING

J20 ~~D SIDE UP
J21

~~~---t-----'C'F01J2 TO J21 MCU 12-15

J19 ~13!~..____ .

. C,FOl Jl TO J19 MCU 8-11

Jl 7 ~B::.oE:.:::D_--1------,
.J18 ~~~-+----C'F02J2 TOJ18 MCU4-7
,J16 ~~D

C-F02J1 TO J16 MCU 0-3 - - - - - - AB07J2 TO J17 DATA 0-7

.~g!~. AB07Jl TO J20 JATA 8-15

LINE 15

H317-B
DISTRIBUTION
PANEL
H315
TEST CONNECTOR

INSERT CABLES SO
THAT RIBBED SIDE
'\.
FACES OUT
~ (ALL 6 CABLES)
LlNEC

"""\;
" '-./

J20

CABLE
EIAICCITT

/ ' /"'"""",,..

BC05C

-""

•... "'.

....

•

"',(7J16/
FROM DHll
MODULES

rEST CONNECTOR

DII-26

DHll CABLING
DHII-AA, AEjDHII-AD MODEM CONTROL CABLING (CONT)

8,----1

RIBBED
SIDE
DOWN

J17

J21

-------------' " AB07-J1 TO J20

CDEF02-J1 TO J16

" 'j;AB07-J2 TO J17

CDEF02-J2 TO J18
CDEF01-J1 TO J19

~~~~~,.,...-'-------

CDEF01-J2 TO J21 ON
THE DISTRIBUTION
PANEL

NOTES:
1, TO INSTALL M7807 AND
M7147 OR M7808 CABLES:
a)REMOVE M7821 FROM A02
AND M796 FROM B02,
b)ROUTE CABLES DOWN
THROUGH MODULES,
c)CONNECT CABLES TO MODULES
RIBBED SIDE OUT.
d)REINSERT M7821 AND M796,
2, CIRCLED ITEMS INDICATE LABELS
WHICH MUST BE ATTACHED AT
CABLE END,

DH11-AD
MODEM CONTROL
MUX AND SCAN
CONTROL LINES 0-7
(CDEF02)
M7807
MUX AND SCAN
CONTROL LINES 8-15
(CDEF01 )

DH-27

0"11 DIAGNOSTICS
DH 11 Diagnostics
Four diagnostic programs are available to support the DH II in PDP-II systems. These diagnostics are listed in Table DH-4.
Table DH-4

DHll Diagnostics

Diagnostic
Function

Diagnostic Name

PDP-II
Systems

Checks DHII
Functional
Logic

DH II Diagnostic

(C)ZDHM**

Checks DHII
Line Logic

Data Reliability Test

(C)ZDHN**

Checks DHII
Modem Control

Modem Control
Diagnostic

(D)ZDHK**

DHII
Link
Testing

Interprocessor Test
Program (lTEP)
ITEP Monitor
DH II Overlay

(D)ZITA **
(D)ZDHL**

DH-28

DUll DIAGNOSTICS
CZDHM Diagnostic Summary - The CZDHM includes 44 tests to verify all of the functional
logic and 4 additional tests for limited modem control testing. Each line may be tested separately, up to a total of 256 lines. Comprehensive error reports are available for complete fault isolation (see program document).
CZDHN Diagnostic Summary - The CZDHN is a general purpose test and exerciser that consists of the following three independent subprograms:
• Subprogram 1 - Data Reliability Test (Starting Address 200). Checks up to 16
DH lis, all lines one at a time, using various combinations of line parameters.
• Subprogram 2 - Single Line Echo Test (Starting Address 214). Provides the capability to compose messages sent to an attached terminal or messages echoed from the
terminal.
• Subprogram 3 - Data Patterns/Cable Tests (Starting Address 220). Provides a variety of data patterns to be transmitted and turned around using an H315 Test Connector at the cable end.
NOTE
To use default parameters, start at address 204.

DZDHK Diagnostic Summary - The DZDHK is a Modem Control diagnostic that consists of
the following four test groups:
Group 0-

Tests all scanner and line multiplexer functions.

•

Group I -

Tests a single line using modem cable and H315 test connector.

•

Group 2-

Connect-Disconnect test for 103A modems.

•

Group 3 -

Connect-Disconnect test for 202C modems.

•

Running DHll Diagnostics
Two procedures (One for running CZDHM and CZDHN: one for DZDHK) for running DHII
diagnostics are provided as follows.
CZDHN and CZDHM diagnostics can be executed automatically using the internal autosizer
routine by setting SWR Bit 0=0. These diagnostics can also be executed manually (where operator intervention is needed to enter correct parameters), by setting SWR 0 = I. CZDHM can
also be executed without the modem control tests by setting SWR 10= I.
Running CZDHM and CZDHN Diagnostics - The following summarizes running DH II diagnostics. Tables DH-5 through DH-8 pruviae descriptions of the parameter inputs for each of the
diagnostics.
DH-29

DUll DIAGNOSTICS

Table DH-5

Typical CZDIIMjCZDHN Diagnostic Parameters

Parameter Question

Description

Type No. of addresses (octal)
between vectors (10 or 20) !.Q. CR

Enter 10 or 20 followed by <CR>. If modem control
vectors are interleaved with DH II vectors, CZDHN
only enter 20. For standard DH II contiguous vectors
enter 10.

Type SCR address for first
DHIl. _ _<CR>

Enter the device address in DH II octal of first device
followed by <CR>.

Type Vector Address for first
DHI L_ _ _ _ <CR>

Enter the Vector address for the first DH II followed by
<CR>.

Type device selection parameter
_ _ _ _<CR>

Enter octal number encoded as follows.

----------------------.-----+.----------------------------------.--------

BitOO= I Test DHII #00
BitOI = I Test DHII #01
Bit02=0 Do not test DHII #02

Bitl5=1 Test OJ-III #15
Examples:
177777 <CR> Test all 16 DH II's
100000<CR> Test only DHII #17(8)
000005<CR> Test DHII #00 and 02
If a <CR> only is entered the program will default to
the last device select parameter entered. If this is the
initial load it will default to 000003 (DH I 1 #00 and
01 ).
Type Line Selection Parameter
_____<CR>

Enter line number(s) in octal (same format as device selection above).
If a <CR> return only is typed the program will
default to 16. Lines for all programs except CZDHN
subprograms 2 and 3, which default to line 00.
If more than one DHll is tested, the same combination
of lines will be tested on all DH II's selected.

----------------------------------------

DH-30

0"11 DIAGNOSTICS
Table DH-6

Additional Parameter Inputs for CZDHN Subprograms 2 and 3

Parameter Question

Description

Do you want to change "LPR" (Y
or N)? ___:s:::CR>

Enter Y for YES or N for NO
If this is the first pass and NO is entered,
the program will default to: 9600 baud, 8
bit characters, 1 stop bit and odd parity;
otherwise it will default to the previous
LPR selection and the program proceeds
with FILLER CHARACTER prompt below.
If yes,
prompt.

program

proceeds

with

TRANSMITTER SPEED? --:<CR>
RECEIVER SPEED? _ _ _ <CR>

Enter one of 13 available speeds for transmit and receive followed by <CR>. For
134.5 baud, do not enter decimal point.

CHAR LENGTH (6, 7, or 8)?
_ _<CR>

Enter desired
<CR>.

number

followed

NO, OF STOP BITS (1 or 2)?
_ _<CR>

Enter desired
<CR>.

number

followed

PARITY SELECTION (E, 0, OR <CR»?
_ _ <CR>

Enter desired condition 0 followed by
<CR> =ODD
E
followed
by
<CR>=EVEN
Enter just <CR> for NO parity

FI LLER CHARACTER? _ _<CR>

Enter desired filler character followed by
<CR>. For NULL filler just enter
<CR>.

FI LLER COUNT ? _ _ _ <CR>

Enter 1, 2, 3 or 4 followed by <CR>. Enter just <CR> for o.

For additional parameters for Subprogram 2, refer to Table DH-9; for Subprogram 3, refer to
Table DH-IO.

DH-31

0"11 DIAGNOSTICS
Table OH-7

Additional Parameter Inlmts for CZDHN Subprogram 2

Parameter Question

Description

NOTE
The following parameter questionaire applies only to subprogram 2.
Refer to Table DH-9 for continued subprogram .3 parameters.
SEND MODE - (Y OR N) Y < CR>

Enter Y for yes or just <CR> for no. If
yes, the following prompt appears. If no,
the program assumes ECHO mode (sec
below).

TYPE SEND BUFFER - TERMINATE
WITH CONTROL-C

At the console, type in any characters you
wish to send to the test terminal. Always
start the buffer with CR, LF.
Example:
CR, LF
THE QUICK BROWN ... DOGS BACK
CONTROL-C
Remembc:r to end the buffer with CONTROL-C. Once the buffer is sent, the program will repeat the procedure beginning
with the prompt TYPE LINE # (00-17
OCT AL) ___~CR>

SEND MODE- (Y OR N) N <CR>

Program assumes ECHO mode.

Testing Line 00- Go type
in on test line
TYPE:[CONTROL-C TO EXIT]
[CONTROL-E TO ECHO BUfFER]

At the test terminal, type in any characters you wish to echo through the DH II
back to the terminal.
1.
2.

To echo complete message, terminate with CONTROL E.
To return to console, type CONTROL-C.

At the test terminal verify that the echoed
characters match the original.

DH-32

DHt t DIAGNOSTICS
Table DH-8

Additional Parameter Inputs for CZDHN SllIbprogram 3

Parameter Question

Description

BUFFER SIZE (l-512) _ _<CR>

Enter decimal number of buffer size. Enter <CR> only for default buffer size of
256.

PATTERN TYPE? (A, V, D, R, S, B
or <CR>?

Enter the desired data pattern described
below.
A ALTERNATING 1/0
U BINARY UP COUNT
D BINARY DOWN COUNT
R RANDOM DATA
B TYPED IN BUFFER
S SINGLE CHARACTER
<CR> SEQUENCE OF A, U, D, AND
B

SET SR7= 1 TO LOCK ON PATTERN

If A, U, D, R or <CR> is entered, the
program will transmit, receive and data
check the selected pattern. If SR 7 = 1 the
program will loop on the selected pattern,
otherwise the program returns to the:

BUFFER SIZE (1-512) prompt.
If B is selected, the following prompt appears.

TYPE IN TEST BUFFER - TERMINATE
WITH CONTROL-C

Enter any characters that you wish to use
as the data pattern followed by CONTROL-C. The program begins when
CONTROL-C is entered.
If S is selected as the pattern type, the following prompt appears.

TYPE SINGLE TEST CHAR _ _<CR>

Enter any single character followed by
<CR>. The program will fill the buffer
with the selected character and begin execution.

Running DZDHK Diagnostics - The DZDHK diagnostic is used to check various functions of
DH 11 Modem Control. Typical parameter selections are provided in Table DH-9. Start program at address 002 with SWRO= 1.

DH-33

DHll DIAGNOSTICS
Table DH-9

DZDHK Diagnostic/Parameters

Paramelter Question

Description

-----------------------VECTOR ADDRESS _ _ _<CR>

Enter the correct vector address followed by
<CR>. If entry is incorrect, program will type "?"
and repeat prompt. If entry is not the device under
test, program halts.

CONTROL REGISTER ADDRESS
_ _ _:::::CR>

Enter the correct 6 digit control register address followed by <CR>. If entry is incorrect, program will
type "?" and repeat prompt. If register address is
non-existent, the program halts.

LINE SELECT PARAMETER
_ _ _-<CR>

Enter line number in octal followed by <CR>.
BITOO= 1 Test line #00
BITOI = 1 Test line ilOI
BIT02=0 Do not test line #02
BITI5=1 Test line #15
Examples:
177777 <CR> Test all 16 lines
100000<CR> Test line 17(8) only
000005 <CR> Test lines 00 and 02

TEST-._ _ CR

Enter 3 digit number for the Test Group desired followed by <CR>
Test Group 0=000
Test Group 1 =001
Test Group 2=002
Test Group 3=003
Refer to examples of each selected test and additional parameter as required.

For Test-OOO <CR> - The program prints the title; "16 LINE SCANNER TEST" and begins
testing. Turnaround test connectors are not needed for this test.
For TESlr-OOl <CR> - The program prints the title followed by one additional parameter
prompt;
Enter the correct line number being tested followed by
SINGLE CABLE TEST LINE
NUMBER _ _ _ _<::CR>
a <CR>. An H313 test connector must be attached to
the Modem Cable for the selected line.

---------------------------.----~.----------------.-----------------------

DH-34

DHll DIAGNOSTICS
Table DH-9

DZDHK Diagnostic/Parameters (Cont)

Parameter Question

DescriptiOll

For Test-002 <CR> and Test 003 <CR> - The program prints the title and thc following
parameter prompts.
103A or 202C Connect-Disconnect
Test

Enter the line number that will originate the call (0-17
octal) followed by <CR>.

ANSWER LINE - _ _ _~CR>

Enter the line numbcr that will answer thc call (0-17
octal) followed by <CR>.

DIAL ANSWERING DATA SET

You have about 5 minutes to makc conncction between the two data sets. Follow the procedure below.

Procedure for line connection:
I. Place answering data set in AUTO-ANSWER mode.
2. Place originate data set in TALK mode.
3. Dial answering data set from originate data set.
4. Wait for tone, then press DATA button. Data indicator should light on both data sets.

NOTE
The program now waits for interrupts from the modem control. If
the connection was properly established the program will print the
following prompts.
TYPE TTY KEY TO DISCONNECT Press any key at the terminal. This causes the program
to begin the disconnect sequence. When the sequcnce
is completed, the following message is printed, indicating successful completion.
103A or 202C TEST COMPLETE

Indicates DONE, no errors.

SPECIAL CONTROL FUNCTIONS:
•

CONTROL-C - Escape from current test and select a new test.

•

CONTROL-V - Changes vector and register address.

•

CONTROL-D - Changes line number.

DH-35

DHll MAINTENANCE AIDS
DHII Register Bit Assignments
Register bit assignments for the DHII are shown below.
SYSTEM CONTROL REGISTER 00 (READ/WRITE)

TRANSMITTER
INTERRUPT

MASTER
CLEAR

MEMORY
EXTENSION

MAINTENANCE

STORAGE
INTERRUPT

LINE
SELECTION

CLEAR
RECEIVER
MEM
INTER ENABLE
NON·EX
INTER .
THESE BITS ARE READ/WRITE
RECEIVER
WHEN BIT 09 IS SET
INTERRUPT

TRANS &
NON·EX
MEM INTER

NON·EX
MEMORY

NEXT BECEIVED CHARACTER REGISTER 02 (READ ONLY)
15

~BE!

NEXT RECEIVED CHARACTER

PARITY
ERROR

VALID DATA
PRESENT

FRAMING
ERROR

LINE PARAMETER REGISTER 04 (WRITE ONLY)
15

~----~v~-----J~----~v~------J

TRANSMITTER
HALF DUPLEX/ SPEED
FULL DUPLEX

RECEIVER
SPEED

AUTO·ECHO
ENABLE

CHARACTER
LENGTH

PARITY
ENA8LED
ODD PARITY

TWO STOP
BITS

CURRENT ADDRESS REGISTER 06 (READ/WRITE)
15

WHEN WRITTEN = LOADS RAM
WHEN READ
CURRENT ADDRESS OF TRANSMIT BUFFER

DH-36

DHll MAINTENANCE AIDS

BYTE COUNT REGISTER
15

10 (READ/WRITE)
12

CONTAINS THE TWO'S COMPLEMENT OF THE NUMBER

OF CHARACTERS TO BE TRANSMITTED
tv'IK-2B35

BUFFER ACTIVE REGISTER 12 (READ/WRITE)
15

SET ONE BIT FOR EACH LINE = TRANSMIT GO

BREAK CONTROL REGISTER 14 (READ/WRITE)
15

SET ONE BIT FOR EACH LINE

= BREAK CHARACTER

SILO STATUS REGISTER 16 (READ/WRITE)

SILO
MAINTENANCE

DH-37

0"11 MAINTENANCE AIDS

DRII Tech Tips/FCO Index
This section provides tabulated listings of all Tech-Tips and FCOs issued to date on the DR11
option.
Table 011-10

Tech Tip Index
Speed
Bulletin
No.

Tech
Tip No.

Title

Erroneous Clearing or RTS

DHII UNIBUS Loads

DH II Parity Errors

DH II Parity Operation

DM II jDH II Installation

H739 Loss of Output Voltage

M5960 or M596 Used Above ISO Baud

DMIIjDHII Glitches on INIT

DH II Peripherals Handbook Error

Modem Control Programming

DH II Revised Checkout Procedure

Power Up Problem with M7838 (DHII-AE)

Power Short Circuit in DHIIjM782il

DMII-BB Byte Instructions

105

DHSIljCSS Ext. Clock Option Cabling Error

105

DH II Power Harness Shorting

105

Program Difference with M7I47 vs. M7808

160

Data Tester jTurnaround

173

DH-38

DHll MAINTENANCE AIDS
Table DH-ll

DHll FCO History Chart

Module

FCONo.

Date

Reason

M7821

COOOI

APR 72

Eliminates ground
noise.

M7278

DOO02

JUN 73

DOO03

JUN 73

Parity always
enabled.
By etch from E74,
pin 8 to FF2
touching E74,
pin 7.

M7277

BOO03

FEB 74

INIT timing with
MOS or solid state
memory may fail
DZDHC on PDP-11/45,
or PDP-II/50s.

E66 is 7440.

M7821

SOO05

JUL 75

Grant line reflections cause double
grants.

Added 180 ohm
R 11 & R 12 by E l.

M7277

ROO06

DEC 75

INIT timing with
solid state
memory may fail
DZDHC on PDP-11/70.

E8 is 74121
C89 is 100 mfd.

DHII

SOO08

SEP76

Bus data to B
INIT line cross
talk.

Added wire
D08Ul to F02Dl.

DH11

SOOll

SEP76

Unused inputs
& A02E 1 grounded
on A02 (M7821).

Wiring A02H2-toA02C2 & A02E Ito A03C2.

M7277

ROO08

NOY76 Required when DHII
used on PDP-11/34s.

M7807

ROO04

APR 78

M7808

ROO05

MAY 78 ± lOY regulator
failure.

R6 thru R9
deleted.

DH11

SOO12

DEC 78

M7147 installed in
backplane slot.
C-F2.

Lines 8-16 Line
Status unstable.

Transitions on
Modem lines
DH-39

Quick Check

Etch trimmed.
Between E74,
pin 7 and pin 8.

9602 added at E2.
R34, thru R37
are removed and
R24 = 10K ohm.

DMCll INSTALLATION

DMCll OPTION
DMCll General Description
The DMCII is a single line, microprocessor controlled synchronous controller. It provides Direct Memory Access or Non-Processor Request capability, and is supported on both PDP-II and
VAX-II systems.
DMCII features:
• Remote applications up to 56K b/s,
• Local applications up to 1M b/s,
• Compatibility with RS-232-C/CCITT V.24/V.28/ISO 2110 and CCITT V.35/ISO
2593.
DMCl1 Reference Documentation
Refer to the following list of documents if the level of content in this section is insufficient:

• DMCll Microprocessor Technical Manual- EK-DMCMP-TM
• DMCll Microfiche - EP-DMCMP-TM
• DMCll Print Set - MP00076
• M8201102 Line Unit Manual- EK-DMCLU-MM
• M9301-YJ Bootstrap Technical Manual - EK-M9301-TM
• M9312 Technical Manual- EK-M9312-TM

DMC-l

DMCll INSTALLATION
DMCll Components List
Table DMC-l

DMCII Components

Option IParts List

Descriptioll1

DMCI l-AR

Bacsic Remote Subsystem containing:

M8200 -YA

Mi croprocessor with DDCMP microcode for remote applications
Us cd with M8201 line unit only

BC08S -I

Ca ble to interconnect microprocessor and line unit

DMCI l-DA
M8201

Li ne unit for remote applications -- up to 19.2K b/s

BC05C -25

Ca ble for EIA RS-232-CICCITT V.24 interface

H325

M odem test connector

DMCI ll-FA
M8201

Li ne unit for remote applications up to 56K b/s

BC05Z -25

Ca ble for CCITT V.35/DDS interface

H3250

Ca ble test connector

DMCI I-AL

Ba sic Local Subsystem containing:

M8200 -VB

Mi croprocessor with DDCMP microcode for local applications
Us ed with M8202-XX line units only

BC08S-I

-------

Ca ble to interconnect microprocessor and line unit

DMCI J-MA
M8202 -YA

Lin e unit with 1 MEG b/s integral modem

12-1252 8-00

Ca ble test connector

DMCI I-MD
M8202 -YD

Lin e unit with 56K b/s integral modem

12-1252 8-00

Ca ble test connector

DMC-2

DMCll INSTALLATION
OPTIONS MATRIX
LOCAL

REMOTE
EIA RS-232-C

CCITT
V.35

56K B/S

1M B/S

DMCII-AR
and
DMCII-DA

DMC-AR
and
DMCII-FA

DMC-AL
and
DMCII-MD

DMC-AL
and
DMC-MA

Device Placement
High-speed DMClls of 1M bls must be placed before all devices on the UNIBUS (including
UNIBUS repeaters), except for unbuffered NPR devices such as RKlls.
Remove NPG jumper from selected M8200 slot (pins CAl to CBI).
NOTE
In configurations where both DMCl1s and DMR lIs are used,
DMCs must be physically placed before DMRs.
Power IUNIBUS Loading
Table DMC-2

DMCll Power Chart

Module

Voltage Rating
(Approximate
Values)

Maximum
Voltage

Minimum
Voltage

Backplane
Pin No.

M8200

+ 5 V@ 5.0 A

+ 5.25

+ 4.75

CIA2

M8201

+ 5 V@ 3.0 A

+ 5.25

+ 4.75

CIA2

+15V@.3A

+ 15.75

+14.25

CIUl

-15 V@.3A

-15.75

-14.25

CIB2

+ 5 V@ 3.0A

+ 5.25

+ 4.75

CIA2

+15V@.18A

+ 15.75

+14.25

CIUl

-15 V@.46A

-15.75

-14.25

CIB2

M8202

DMC-3

UNIBUS Loading
I UNIBUS dc load
3 UNIBUS ac loads

No UNIBUS loads

DMen INSTALLATION
DMCll INSTALLATION FLOWCHART

OBTAIN CUSTOMER SPECIFIC
INFORMATION:
• SYSTEM PLACEMENT
• DEVICE PLACEMENT
• UNIBUS LOADING
• POWER REQUIREMENTS
• CUSTOMER APPLICATION
REQUIREMENTS:
I.E. DEVICE ADDRESS.
VECTOR ADDRESS, ETC.

r-----P-;;;TALLATIO~-------.
~

CONSIDERATIDNS

DO NOT INSTALL
OPTION

L.___-.,
PERFORM RESISTANCE CHECKS ON
BACKPLANE. APPLY POWER AND
VERIFY VOLTAGES. THEN TURN
POWER OFF

--=r=--~

CONFIGURE M8200 MODULE FOR
CUSTOMER REQUIREMENTS

J
{

-..,.-----

•
•
•
•

DEVICE ADDRESS AND VECTOR
RUN INHIBIT
S:5EL 1 LOCKOUT
MODULE JUMPERS

INSTALL M8200 MODULE,
PERFORM RESISTANCE CHECKS ON
BACKPLANE, APPLY POWER AND
VERIFY VOLTAGES

T>~

BOARD:5EATING.
___--I CHECK
SWITCH PACKS, ROM
SEATING

~FIGURE

L-.__-.

MB201 OR M8202 MODULE FORI
~TOMER REQUIREMENTS

r---

-.J

CJ
DMC-4

DMCII INSTALLATION
DMCll INSTALLAnON FLOWCHART (CONT)

CHECK CABLE AND
TEST CONNECTOR

CHECK BOARDSEATING,
BUS PLACEMENT,
VERIFY VOLTAGES

CHECK SYSTEM
CONFIGURATION

>------~

DMC-5

CHECK CONFIGURATION
OF LINK FOR ISOLATION
OF THE FAULT

DMCll INSTALLATION
M8200 Switch PacksiJumpers
rHE OMC11 RESIDES IN FLOATING ADDRESS SPACE (SEE APPENDIX AI

•

DEVICE ADDRESS RANKS 7
VECTOR ADDRESS RANKS 26

----

L_ ~

7
W1 -

MICROPROCESSOR CLOCK ENABLE
NORMALLY IN
IN = ENABLES INTERNAL CLOCK
OUT
DISABLES CLOCK-USED FOR
IN-HOUSE TEST

"'------D

8R5 PRIORITY
SOCKET

A3 ... -------_.
UNIBUS ADDRESS
BITS A3-A12

;~MMMM~
SWITCH PACK E113

~......

SWITCH
NUMBER

S10 S9

OFF
OFF OFF
OFF
OFF
OFF OFF
OFF OFF OFF

OFF

DEVICE
ADDRESS
160010
160020
760030
760040
760050
760060
760070
760100
760200
760300
760400

OFF

760500

OFF OFF

760600

OFF OFF OFF

760100
761000

OFF

782000

OFF OFF

1113000

L -______~~~OF~FL_-L~L_~_J__~~__L__L_~1~

NOTE, SWITCH OFF RESPONDS TO L'OGICAL ONE ON THE UNIBUS.

DMC-6

DMCll INSTALLATION

BSEL 1 LOCKOUT - NORMALLY OFF
OFF
ALLOWS ACCESS TO BSEL 1
MAINTENANCE BITS.
ON
INHIBITS MAINTENANCE FEATURES
EXCEPT MASTER CLEAR

RUN INHIBIT - NORMALLY OFF
OFF
ALLOWS NORMAL EXECUTION OF
MICROCODE.
CLEARS RUN FLIP-FLOP ON
INHIBITS MICROCODE

D3 -----.-----.-.------- 08
UNIBUS DATA
BITS D3-DB

SWITCH
PACK E76

SWITCH ON GENERATES LOGICAL

SWITCH
NUMBER

O,N
ON
ON
ON
ON
ON
ON
ON

ON
ON
ON
ON
ON
ON
ON
ON

ON
ON
ON ON
ON
ON
ON
ON ON
ON ON ON

VECTOR
ADDRESS
300
310
320
330
340
350
360
370
400

---

500

--ON ON

600

ON ON ON

700

--NOTE: SWITCH ON PRODUCES LOGICAL ONE ON THE UNIBUS.

DMC-7

DMCII INSTAI.LATION
M8201 Switch !Packs/Jumpers
EXAMPLE

____=-I_=-=-~~~~

~ 3 I 4 I LLiI:L:r::i:::F 356

,WITCH #

BOOTSTRAP OFFSET-CONTAINS
OFFSET ADDRESS IN OCTAL
• ON
LOGICAL 0
• OFF
LOGICAL 1
ADDRESS IS 173XXX WHERE xxx
IS THE OFFSET. WHICH IS MDOULE DEPENDENT

=
=

Sl S2 53 S4 -

ROM ENABLE - NORMALLY OFF
CRC ~NABLE - NORMALLY OFF
SEC MODE ENABLE -- NORMALLY OFF
INTERFACE SELECT (MB201 ONLY)
• ON = CCITT V.35
• OFF = RS-232-C
S7 - INTERFACE SELECT (M8201 ONLY)
M8201
• ON
• OFF = M8202
S8 -EXT CLOCK ENABLE
NORMALLY ON
MB201 ONLY
55ANDS6 - RESERVED - NORMALLY OFF

ADDRESS

UNIT 0 WITH DlAG.
LIN IT 0 WITHOUT DlAG
UNIT 1 WITH DIAG.
UNIT 1 WITHOUT DlAG.

M9301-YJ

M9312

3!i4
3G6
312
3'/4

204
4
30

IF NOT USED. ALL SWITCHES MUST
BE OFF (OCTAL 377)

-I_

0123456lill

~O 0[1[0 OIlliJ

MSB

____~___
1\1- ~
~A-c~~
.... -=f.--..
[; 0 _ , ' 1
_
r,- __ '1

·-····
LIT
~:

SWIT~~BPACK

.LSB.

[

. ....

J "
IL-.JL_~---':;
'''
o[

SWITCH PACK E26

[

" [ I I " ['-=:1

··"-'1]~
Q~

'""<::10

(LlJr
W1

SWITCH PACK EB 7

BOOTSTRAP PASSWORD - CONTAINS
PASSWORD IN OCTAL
• ON = LOGICAL 0
• OFF
LOGICAL 1
IF NOT USED.ALL SWITCHES MUST
BE OFF (OCTAL 377)

DMC-8

£=:~

DMCll INSTALLATION

M8201 JUMPERS

Jumper Number

Normal
Configuration

Function

CRC character output inversion:

W2 and W3 used together for
modem ready:

OUT
• W2 IN jW3 OUT - Modem
Signal data set ready controls
signal modem ready
• W2 OUT jW3 IN - Modem
Ready signal always ON

W4
W5

IN
OUT

W 4 and W 5 used together
for request to send:
• W4 INjW5 OUT - Request to
send controlled via program
• W4 OUTjW5 IN - Request to
send
Always ON

DMC-9

DMC] 1 INST ALLA TION
M8202 Switch Packs/Jumpers

BOOTSTRAP OFFSET-CONTAINS
OFFSET ADDRESS IN OCTAL
• ON
LOGICAL 0
LO(jICAL 1
• OFF
ADDRESS IS 1 7:JXXX WHERE XXX
IS THE OFFSET, WHICH IS MODU'_E DEPENDENT

M9301,YJ
UNIT 0 WITH DIAG,
UNIT 0 WITHOUT DIAG
UNIT 1 WITH DIAG
UNIT 1 WITHOUT DIAG

ADDRESS
M9:112

354
356
372
374

Sl S2 53 -

ROM ENABLE - NORMALLY OFF
CRC ENABLE - NORMALLY OFF
SEC MODE ENABLE - NORMALLY OFF

S7 -

MODULE SEU.CT
• ON
MB201
• OFF = M820]

204

IF NOT USED, ALL SWITCHES MUST
BE OFF (OCTAL :177)

S4, S5, S6AND 58 RESERVED -

NORMALLY OFF

WM01li'lo]J ~DDD®M
MSB

SWITCH PACK

LSB

,",",.n "''''''

SWITCH PACK E29

tr~~~¥tit

<~Ifc~J

't=
Y

r.,,~~
I

SWITCH PACK EgO

BOOTSTRAP PASSWORD - CONTAINS
PASSWORD IN OCTAL
• ON = LOGICAL 0
• OFF
LOGICAL 1
IF NOT USED ALL SWITCHES MUST
BE OFF (OCTAL 377)

,=r=~.--::-r-::-T"~M!d
SWITCHES

DMC-lO

r1T

I I I~ I I

2
-3
4
6
7 ...
[][IOFE _ QN _ OFF _ ON , ON _ ON~

DMCll INSTALLATION

M8202 JUMPERS
Jumper Number

Normal
Configuration

Function

CRC character output inversion:

W2
W3

OUT
OUT

Modem receiver transformer
protection:
(Installation not recommended)

W4
W5

Modem transmitter transformer
protection:

OUT
OUT

(Installation not recommended)

OUT = FOX
IN = HOX

Half-duplex enable
• OUT = Full-duplex (FOX)
• IN == Half-duplex (HOX)
(Ties transmitter to receiver)

OMC-Il

DMC 11 CABLING
DMCl1 Cabling
This section contains cabling diagrams for each DMCII configuration. These diagrams also
show test connector placement. Details of each DMCII cable are provided in Chapter 3; test
connector data is included in Chapter 4.

DMCH-AR and DMCll-DA

BC08S-1

8C05C-2';

,...-------

J1
M8200-VA
MICROPROCESSOR

L...------'

H325

HS-423-A INTERFACE

DMCll-AR and DMCll-FA

-----....

BC08S·1

BC05Z-25

0n.:I

~---~

G
J1

H3250

M8200-VA
MICFlOPROCESSOR

V.35 INTERFACE

DMC-12

DMCll CABLING
DMCll-TO-DMCll INTEGRAL MODEM CABLING
NOTE
If DMC connects to DMR, see DMR section.

DMCll·AL and DMCll·MA
DMC11 NDDE

DMC11 NODE

BOTH CABLES MUST BE TRIAXIAL CABLE

FULL·DUPLEX

DMCll·AL and DMCll·MA

BC08S·1
M8200·VB
MICROPROCESSOR

J1
MB200·VB
MICROPROCESSOR

12·12528
TEST CONNECTOR

BC08S·1

EITHER COAXIAL OR TRIAXIAL CABLE

HALF·DUPLEX

Cables are checked using the test connector only when W6 is removed (FDX mode). Other·
wise, loop back is through the W6 jumper.

DMC-13

DMCII DIAGNOSTICS
DMC1I Diagnostics
TabNe DMC-3

DMCII Diagnostics

Diagnostic
Function

Dia gnostic Name

Microprocessor
M8200~YAjYB

Tests
Line Unit
M820lj2
Tests

DMCll
Functional
Test

PDPII
Systems

Mi croprocessor tests
CR OM and Jump tests
Co mm Microprocessor
Rep air Level (Level 3)

(C)ZDMC**
(C)ZDMG**

Lin e Unit DDCMP tests
Lin e Unit Bit Stuff
test s
M8 20lj2 Repair Level
Dia gnostic (Level 3)

(C)ZDME**
(C)ZDMF**

DM C II Functional
Dia gnostic·
VA X DMCII Exerciser
Lin k (Level 3)
VA X Synchronous Link
Dia gnostic (Level 2)

System
Exerciser
(PDPll Only)

DE CXII System
Exe rciser
DM ClljDMRl1 Module

DMCll
Link
Testing

Inte rprocessor Test
Pro gram (lTEP)
ITE P Monitor
DM ClljDMRllOveriay

VAXllj7XX
Systems
-~

EVDXA
REV*.*
--

EVDBA
REV*.*

(C}ZDMH**

EVDBB
REV*.*
EVDCA
REV*.*

(C)XDMC** NjA

(D)ZITA**
Not
(D)ZDMO** Supported

1---

Dat a Comm Link Test
(DC LT)
DM ClljDMRl1 Module

---

DMC-14

(C)ZCLK**

EVDMC
REV*.*

PDP-ll/DMCll DIAGNOSTICS
Running PDP-ll/DMCll Diagnostics - The following summarizes running PDP-ll/DMCII
diagnostics:
• Start program at address 000200 and set SWR as desired.
--

Bit 0 = 0 for auto sizing,

Bit 0 = 1 for manual input, or

Bit 7 = 1 to use existing parameters.

• For other switch register selections, see the respective program document.
Table DMC-4

Typical PDP-ll/DMCll Diagnostic Parameters (Manual Input)

Parameters

Description

1. HOW MANY DMClls TO BE TESTED?

;Enter amount <CR> Program prints
response to question I for each device
being tested.

;Device number

2. CSR ADDRESS?

;Enter device address <CR>

3. VECTOR ADDRESS?

;Enter vector address <CR>

4. BR PRIORITY LEVELS (4,5,6,7)?

;Standard: 5<CR>

5. IF DMC HAS CRAM (M8204) TYPE
"Y", IF CROM (M8200) TYPE "N" ?

;For DMCII enter N <CR>

6. DMCII-AR (REMOTE, LOW SPEED)
OR DMCII-AL (LOCAL, HIGH SPEED)
TYPE "R" OR "L" ?

;Enter R<CR> or L<CR>

7. WHICH LINE UNIT? IF NONE TYPE

;Enter
N<CR>,
2<CR>

l<CR>,

"N", IF M8201 TYPE "I ", IF
M8202 TYPE "2" ?
8. IS THE LOOP BACK CONNECTOR ON?

;If test connector is connected (external

loop) type Y <CR> or if test connector
is not connected (internal loop) type
N<CR>

DMC-15

PDP-l1/DMCll DIAGNOSTICS
Table DMC-4

Typical PDP-Il/DMCll Diagnostic Parameters (Manual Input) (Cont)

Parameters

Description

9. WHICH MODEM TYPE, TYPE D FOR
DMCII-DA (RS-232C), OR TYPE F
FOR DMCII-FA (V.35)?

;This question will only occur for Diagnostics CZDME and CZDMF and only
if M8201 line unit is selected and loopback is connected.

10. SWITCH PAC# I (DDCMP LINE #) ?

;Enter the octal contents of switch pack
2 (E87 for M8201 or E90 for M8202)
SWI-8 for bootstrap password; normal
response for nonbootstrap mode is 377
<CR>

II. SWITCH PAC# 2 (BM873) BOOT
ADD) ?

;Enter the octal contents of switch pack
3 (E88 for M820l or E91 for M8202)
SW 1-8 for bootstrap offset address; normal response for non bootstrap mode is
377 <CR>

Program types Status Table following manual input (or immediately if auto sizing is selected in
the procedure).
DMCI1 STATUS TABLE
PC

CSR

STAl'l

STAT2

STAT3

001500

160120

025360

177777

000002

ST ATUS TABLE LEGEND
STAT!:

BITS 00-08 is the DMCII vector address
BIT 15=1 Microprocessor has a CRAM (KMCI I)
BIT 15=0 Microprocessor has a CROM (DMCl!)
BIT 14= 1 Test connector on
BIT 14=0 No test connector
BIT 13=0 Line unit is an M8201
BIT 13 = 1 Line unit is an M8202
BIT 12= 1 No line unit present
BITS 09-11 DMCII BR priority

STAT2:

Low byte = contents of SP #1 (SP #2 PASSWORD)
High byte = contents of SP #2 (SP #3 BOOT OFFSET)

DMC-16

VAX-lljDMC-ll DIAGNOSTICS
BIT 0=, 1 Run Free Running Test on KMCII
BIT 1 =,0 OMCII-AR (low speed)
BIT 1 =, 1 OMCII-AL (high speed)
BIT 2=,0 OMCII-0A (only for diagnostic CZOME and
CZOMF).
BIT 2== 1 OMCII-FA (only for diagnostic CZOME and
CZOMF).

STAT3:

Running VAX-Il/D Me II Diagnostics - The following summarizes running VAX-ll/DMC 11
diagnostics.
Table DMC-5

Typkal VAX-11 IDMC11 Program Operation

Command Function

Example

ATTACH the UNIBUS interfact:
(UBA or UBI) to the system
bus.

os> ATT OW780 SBI OWO 3, 4 or
OS> ATT OW750 CMI OWO

Load appropriate diagnostic.

OS> LOAD EVOXA

ATT ACH the device to the
system.

OS> ATTOMCII

NOTE
This command now enters the hardware parameter information for
the device (rder to the following Table DMC-6 for Typical Hardware Paramc~ters). When the various hardware parameters are entered, the program returns to the supervisor level of operation and
the following steps must be followed:
4.

SELECT the devices that have
been attached to the system.

OS> SELECT ALL or
OS> SELECT OWO and
OS> SELECT XMO

SET the appropriate event.

OS> SET EVENT Flag (s) n,n,n

If a printout of the tests
being executed is desired,
the SET TRACE command can
be used, if applicable. Now
the program may be started
by the START command.

OS> SET TRACE
OS> START

OMC-17

VAX-lljDMC-ll DIAGNOSTICS
Table DMC-6

Typical VAX-lljDMCll Hardware Parameters

Questions

Description

----------------------~~
I. DEVICE LINK?
;Link the option to the UNIBUS interface by entering the
logical name of the interface (for example, DWO).

2. DEVICE NAME?

;Establish a logical device name (for example, XMO). The
logical name is generally the same one used by the operating
system and the actual unit number (for example, 0-7 or A-Z).

3. CSR ?

;Enter the device CSR address.

4. VECTOR?

;Enter the device Vector add ress.

5. BR?

;Enter the correct device priority level (normally BR 5).

NOTE
The Command Lillie Interpreter (CLI) format for the device also can
be linked together on one line as shown in the attach command for
the UNIBUS interface above.

DMC-JS

VAX-lljDMC-ll DIAGNOSTICS
Table DMR-7

VAX-ll Diagnostic Event Flag Summary
Event
Flag

Function

EVDXA
COMM Microprocessor
Repair Level
(Level 3)

I
2
3
4
6
7
8
9
10

M8200-YA Module Installed
M8200-YB Module Installed
M8200-YC Module Installed
M8204 Module Installed
M8207-YA Module Installed
M8207-RA Module Installed
M8201 Module Installed
M8202 Module Installed
M8203 Module Installed

EVDBA
M8201/2 RepaiJr Level
Diagnostic (Levd 3)

1
2
3
4
5
6
7
8
9
10
II

M8200YA
M8200YB
M8200YC
M8201
M8202
M8203
M82041K
M82044K
DMP-II
Turnaround Connector
DMCII-FA option installed

EVDMC
DMC/DMR
DCLT Module

Set for Half-Duplex;
Clear for Full-DUplex

Diagnostic

DMC-19

DMCll MAINTENANCE AIDS
DMCt 11 Register Bit Assignments
Register bit assignments are shown in the following diagrams. Bit assignments for SEL4 and
SEL6 vary depending on the command. Refer to the following separate diagrams for each command dependent condition.

r----,----~----,----·~----_r----~i----_r·----~

RDI

lEI

INPUT COMMAND
CODE

RQI:

--.,

BSEL

RDM

RUN

I M~~;R : ~I~~O: S~~P

RDO

L~~P

ROM

STEP

_ [ ___--t-. __ -+-.-.__+-___I-__-+--"-M:.:..P......-j

~~~

lEO::

-t

C~~:~~D

-+----·-+----+----+----+1·----4

-+-----r----+-----+--1-.----+--~-----;

DATA PORT

-+---+--

-+----~I---+----4---~.----4

DATA PORT

- - ---J -----+-----+----+----+----+-----+-------j
DATA PORT

DATA PORT
L -__

____

_ _ _ -L----_IL-__

____

BASE IN (11)
BSEL
BASE ADDRESS LOW BYTE

... --+. ---·-t---+--·+I-----t-----+------Jr------I
BASE ADDRESS HIGH BYTE

---+·--·--i----+----+---+-·--+-----jll-1
1
I
1
I

.----+ ----t----- -+----+1-----t----+-----Ilr-·----I
BA17

I 13A16 I

IRESUMEI

~----L---_~_~i

____

DMC-20

~~.

DMCll MAINTENANCE AIDS

CONTROL IN (01)

BSEL

I
I

I
~~
I
I

I
I

I DDCMP

I MAINT

HDX

RECEIVE BAICC IN (lOa) OR TRANSMIT BAICC IN (000)
I

BSEL
i

BUFFER ADDRESS LOW BYTE

BUFFER ADDRESS HIGH BYTE

CHARACTER COUNT LOW BYTE

I
BA 17

CHARACTER COUNT HIGH SIX BITS

I BA 16 I

RECEIVE BAICC (lOa)

BSEL
BUFFER ADDRESS LOW BYTE

BUFFER ADDRESS HIGH BYTE

ACTUAL RECEIVED CHARACTER COUNT LOW BYTE

BA 17 : BA 16 : ACTUAL RECEIVED CHARACTER COUNT HIGH SIX BITS
I

DMC-21

DMCll MAINTENANCE AIDS

TRANSMIT BAICC (000)
BSEL

BUFFER ADDRESS LOW BYTE

+- - -.. +-------+-------+---I----+--+-BUFFER ADDRESS HIGH BYTE

CHARACTER COUNT LOW BYTE

+-- -- -t-----+-----+
SA 17 : SA 16 ;

...L----'--_~

L~ L.

---j----

CHARACTER COUNT HIGH SIX BITS

______L_. _ __1 _ ____L_ _

L_.4_1

j __ ~

..1..__ 1

CONTROL OUT (001)

fj
BSEL

-r::~:I----T~~~
MAINT 'I
NO
I
I DATA I RCVO I SUF

TART
RCVD J

t------t --I
I

TIME
OUT

DATA
CK

+---+--+---+---1
I

I
I

J
J
_ _ L-.._.....l-_--L-_-----L---L

DMC-22

PROC I NON
ERR
JEX-MEM

SEL 6

DMCll MAINTENANCE AIDS
DMCll Tech-TipsjFCO Index
Table DMC-8

DMC Tech-Tip Index
Speed
Bulletin
No.

Tech
Tip No. Title
DMCII-AR and AL CROM Caution
2

DMC II Basic Microprocessor Diagnostic
Failure

Addressing DMCII for Use with M9301-YJ

DMCII Line Unit Setup for Use with
M9301-YJ

Software Initialization Consideration

Remote Satellite Initialization Problem

DMCII Down Line Load Using ITEP

DMCII Table Update Starting at Address
000000

DMCII UNIBUS Hang Problem

DMCII M8202 Line Unit Failures

DMCII Basic W jR and Microprocessor
Diagnostic Failure

148

DZDME Test #56 or DXDMF Test #36 May Fail
onaPDPlljlO

148

Down Line RLD with M9312

162

Swapping DMRl1 for Existing DMC11

163

DMC-23

DMCll MAINTENANCE AIDS
Table DMC-9

DMC FCO History Chart

Module

FCONo.

Date

Reason

Quick Check

M8200

ROO06

AUG 77

11/70 Bus INIT
glitches as a resuIt of DMC asserting AC LO.

C 123 added between
E86 and E87.

M8200

MOOIO

MAY7S Microcode change
for M8200-YA and
VB.

YA-E6 is 23-630A9
YB-E6 is 622A9.

M8201

SOO06

OCT 80

M820 I idles spaces
instead of MARKs.

Wire add from PTH
adjacent to E 16
pin 1 to E33 to
pin 9.

BC05Z

ROO04

SEP 80

V.35 data inverted.

Presence of adhesive label on
cable.

----'----

DMC-24

DMPII OPTION

To be supplied. Preparation of this material is planned for the near future.

DMP-l

DMR 11 INSTALLATION

DMR 11 OPTION
DMR 11 General Descriplrion
The DMRII is designed to be used in a network link for high performance interconnection of
VAX-II or PDP-II c:omputers. It is a microprocessor-based, intelligent synchronous
communications controller which employs the DIGITAL Data Communications Message
Protocol (DDCMP). The DMRII is program compatible with DMC 11 and line compatible with
DMC 11 and line compatible with either DMC 11 or any device that uses DDCMP Version 4.0.

DMR Features:
• Internal Microdiagnostics,
• Speeds up to 11 M b/s (local or remote),
• Extensive error reporting,
• Modem control features,
• Compatibility with RS-232-C/V.28/ISO 2110, RS-422-A/ V.II/ISO 4902, RS-423A/V.IO/ISO 4902, and CCITT V.35/ISO 2593, and
• Compatibility with DMCII software.
DMR 11 Reference Documentation
Refer to the following documents if the level of content in this section is insufficient:

• DMRII Technical Manual - EK-DMRII-TM
• DMRII Microfiche - EP-DMRII-TM
• DMRII Print Set - MP00911
• M8207 Technical Manual- EK-M8207-TM
• M8203 Technical Manual - EK-M8203-TM
• M9301-YJ Bootstrap Technical Manual - EK-M9301-TM
• M9312 Technical Manual- EK-M9312-TM

DMR-l

DMR 11 INSTALLATION
DMR III Components List

Table DMR-I

DMR 11 Components List

------.----------------------------------.-------

Option/Parts List

Description

DMRII-AD

DMRII basic subsystem unit containing:

M8203
M8207-RA
BC08S-1
H3254
H3255

Line unit module
Microprocessor module with DMRII microcode ROMS
Module interconnect cable
V.35 and integral module test connector
RS-232-C/RS-422-A/RS-423-A module test connector

DMRII-AA

RS-232-C/RS-423-A interface (RS-232-C for speeds up to 19.2K b/s
and RS-423-A for speeds up to 56K* b/s) configuration containing:

DMRII-AD
BC55C-IO
H3251
1-1325

Basic DMRII unit
EIA RS-232-C/RS-423-A cable
RS-423-A cable turnaround test connector
RS-232-C cable turnaround test connector

DMRII-AB

CCITT V.35 interface (for speeds up to 1M b/s) configuration containing:

DMRII-AD
BC05Z-25
H3250

Basic DMRII unit
CCITT V.35 cable
Cable turnaround test connector

DMRlI-AC

Integral modem interface (for speeds up to 1M b/s) configuration
containing:

DMRII-AD
BC55A-IO
H3257 & H3258

Basic DMRII unit
1ntegral modem cable
BC55A terminators

DMRII-AE

RS-422-A interface (for speeds up to 1M b/s) configuration containing:

DMRII-AD
BC55B-IO
113251

Basic DMRII unit
RS-422-A cable
RS-422-A cable turnaround test connector

* Limited to 20K by RS-449 and 9600 b/s by ISO 4902.
DMR-2

DMR 11 INSTALLATION
Device Placement
The OMR II requires two hex-height, small peripheral controller (SPC) backplane slots (preferably two adjacent slots). Any SPC backplane [OOII··B(REV E) or later] can accept the
OMRII. The 0011-0 can accommodate a maximum configuration of three OMRIIs.
Applications using speeds greater than 250K bjs require UNIBUS placement before all UNIBUS repeaters and before all devices that have a lower NPR rate on the UNIBUS.
REMOVE NPG JUMPER FROM SELECTED M8207 SLOT (PINS CAl TO CBI).
NOTE
In configuration where both DMClls and DMRlls are used, DMCs
must be plnced before DMRs (since they share the same rank).
Power jUNIBUS Loadin~:
Table DMR-2

DMRll Power Chart

Module

Voltage Ralting
(Approximate
Values)

Maxim .. m
Voltage

Minimum
Voltage

Backplane
Pin No.

M8207-RA

+ 5 V@ 5.0 A

+ 5.25

+ 5.0

CIA2

M8203

+ 5 V@ 3.0 A

+ 5.25

+ 5.0

CIA2

+15V@.IA

+ 15.75

+14.25

CIUI

-15V@.2A

-15.75

-14.25

CIB2

DMR-3

UNIBUS Loading
I UNIBUS dc load
5 UNIBUS ac loads

No UNIBUS loads

DMRll INSTALLATION
DMRll INSTALLATION FLOWCHART

C~~-)

-_I

PREINSTALLATION
CONSIDERATIONS

--------------~------------~

OBTAIN CUSTOMER SPECIFIC
INFORMATION:
• SYSTEM PLACEMENT
• DEVICE PLACEMENT
• UNIBUS LOADING
• POWER REQUIREMENTS
• CUSTOMER APPLICATION
HEQUIREMENTS:
i.e. DEVICE ADDRESS,
Vector Address, etc.

DO NOT INSTALL
OPTION

- - UNPACK
- AND VERIFY
~

[---r--

ALL COMPONENTS
RECEIVED

_ _--L-_

BACK~PNE

APPLY POWER, VERIFY

SELECTED SPC
VOLTAGES, THEN TURN
POWER OFF

[

I
[

REMOVE NPG (CA1-CB1) WIRE
FROM SPC BACKPLANE SLOT FOR
MICHOPROCESSOR

--I--

~~SISTANCE CHECKS ON

[

BACKPLANE, APPLY POWER AND
VERIFY VOLTAGES, THEN TURN
POWER OFF

--0-

MK-2809A

DMR-4

DMRll INSTALLATION
DMRII INSTALLATION FLOWCHART (CONT)

CONFIGURE M8207-RA MODULE FOR
CUSTOMER REQUIREMENTS

{

•
•
•
•
•

DEVICE ADDRESS AND VECTOR
RUN INHIBIT
CSR INHIBIT
BSEL 1 LOOKOUT
MODULE JUMPERS

INSTALL M8207-RA MODULE,
PERFORM RESISTANCE CHECKS ON
BACKPLANE. APPLY POWER AND
VERIFY VOLTAGES

PDP-11
ZDMP"
ZDMQ"

VAX-11
EVDXA

}

EXECUTE M8207 DIAGNOSTICS
FOR THREE PASSES
WITHOUT ERRORS

~-,

CHECK BOARDSEATING.
SWITCH PACKS. ROM
SEATING

CONFIGURE M8203 MODULE FOR
CUSTOMER REQUIREMENTS

::J

TURN POWER OFF. INSTALL M8203
MODULE WITH MODULE TEST CONNECTOR
H3254 IN J1 AND H3255 IN J2

PERFORM RESISTANCE CHECKS : I N
BACKPLANE. APPLY POWER AND
VERIFY VOLTAGES

DMR-S

•
•
•
•
•
•
•
•

BOOTSTRAP PASSWORD
BOOTSTRAP OFFSET ADDRESS
INTERFACE SELECTION
LINE SPEED SELECTION
AUTO ANSWER ENABLE
MICRODIAGNOSTIC ENABLE
DDCMP MODE SELECTION
MODULE JUMPERS

DMRll INSTALLATION
DMRJ 1 INSTALLATION FLOWCHART (CONT)

PDp·11

VAX·11
EXECUTE M8203 DIAGNOSTICS FOR
THREE PASSES WITHOUT ERRORS

ZDMR"
EVDMA
ZDMS"

]

}

.~CHECK BOARDSEATlNG,
>-_N_ _ _ ._ _~SWITCH PACKS, TEST
CONNECTORS, BC08S
CABLE

REMOV~-M-O-D-U-LE

TEST CONNECTORS,
INSTALL MODEM CABLE
WITH CABLE TEST CONNECTOR INSTALLED

--~t---------.

~;UTE M8203 DIAGNOSTICS FOR

]

~EE PASSES WITHOUT ERRORS

CHECK CABLE ASSY AND

>-"'"'-------+1 TEST CONNECTOR

DMR-6

DMRll INSTALLATION
DMRll INSTALLATION FLOWCHART (CONT)

PDP-11

VAX-11

ZDMI"

EVDCA

}

L
EXECUTE DMR11 FUNCTIONAL

CHECK BOARDSEATING
BUS PLACEMENT AND
VERIFY VOLTAGES

wr::J

----

BUILD AND EXECUTE OECX11
THE DMR11 CXDMC* AND/OR CXDMR*
MODULE; OBTAIN THREE PASSES
WITHOUT ERROR

CHECK SYSTEM
CONFIGURATION

PDP-11

VAX-11

ZClK"

EVDMC

}

EXECUTE THE DClT OR ITEP LlNK:::::J
PROGRAM

---I

CHECK CONFIGURATION

>----------1 OF LINK FOR ISOLATION
OF THE FAULT

RETURN SYSTEM TO NORMAL CUSTOMER
CONFIGURATION, INITIATE CUSTOMER
ACCEPTANCE

DMR-7

DMRlllNSTALLATION
M8207 Switch Packs/Jumpers
LSD

MSD

·~111615IillI~

115r4113
1
1
1

SWITCH PACK E121
I

•

•
If.

I
I

•

5WITCH
NUMBER

510 59

•
•

==r.~J
I
I

•
•

"r:~~~5
7&0010

180020

OFF

g~~ ::

7Il0030

OFF

OFF OFF OFF

7Il0040
71iOO50

SWITCH PACK EI27
DEVICE ADDRESS
SElECTION
A3 ____________________ A12

7l10060
760070
780100

OFF OFF

760400

1-2 1 2 3 4 5 6

~~~~~~~~~88 -0

OFF

OFF OFF
OFF

164000

NOTE, SWITCH OFF RESPONDS TO LOGICAL ONE ON THE UNIBUS.

THE DMRll RESIDES IN
FLOATING ADDRESS SPACE
(SEE APPENDIX A).

•

LSB

DEVICE ADDRESS RANKS 7
VECTOR ADDRESS RANKS 26

SWITCH
NUMBEF!

ON
ON
ON
ON
ON
ON
ON
ON

ON
ON

ON
ON
ON ON
ON
ON
ON
ON ON
ON ON ON

VECTOR
ADDRESS
300
310
320
:130
:140
350
:160
:170
400

~[~>

500

ON ON

600

ON ON ON

700

NOTE. SW'TC;H ON PRODUCES LOGICAL ONE ON THE UNIBUS.

----------r-------------------------------------------

JUMPER

NORMAL
CONFIGLRATION

ALWAYS IN

Microprocessor Clock Enable
the microprocessor clock.

ALWAYS IN

Bus ac Low Enable -- When removed disables a program
asserted ac low signal.

FUNCTION
When removed disables

-----------------.---------------------DMR-8

DMR 11 INSTALLATION

W2
I::::=::l

MK 2120

SWITCH PACK E2a

PLUG
BR5

V3 - - - - - - - - - - -va

8
SPARES

BSEL 1 LOCKOUT - NORMALLY ON
• ON = ALLOWS ACCESS TO BSEL1 MAINTENANCE BITS.
• OFF
INHIBITS MAINTENANCE FEATURES EXCEPT MASTER CLEAR.

RUN INHIBIT - NORMALLY ON
• ON = ALLOWS NORMAL EXECUTION OF MICROCODE.
• OFF = CLEARS RUN FLIP-FLOP -- INHIBITS MICROCODE.

CSR INHIBIT - NORMALLY OFF
• ON = DEVICE WILL NOT RESPOND TO ADDRESS.
• OFF = DEVICE WILL RESPOND TO ADDRESS.

DMR-9

DMRll INSTALLATION
M8203 Switch Packs/Jumpers
BOOTSTRP PASSWORD lOGICAL 0
• ON
• OFF = LOGICAL 1

CONTAINS PASSWORD IN OCTAl

EXAMPLE OF A PASSWORD OF OCTAL 012

SeE rECH ~

TIP # 1 (S8 # 162)

-- ----------------------------~
,\l)JO·ANSWER -- NORMAllY OFF
'IN
DISABLES AUTO-ANSWER
• 'lH = eNABLES AUTO-ANSWER

SW10 AT
E134 ON

SElO
BIT 13

EXECUTION OF MICRODIAGNOSTICS

MB203

CLEAR

OFF

NO MICRODIAGNDSTICS IS RUN
RUN MICRODIAGNOSTICS
RUN MICRODIAGNOSTIC!i

SET

NO MICRODIAGN05TICS IS RUN

• WHEN USING DMCll SOFTWARE, SWITCH

DMC LINE CDMPATIBllITY~O
rv'UST BE ON

BOOTSTRAP OFFSET

_ _ _ _ _ _ _ _ _ _ _---I~

HlbH SPEEO SELECT

ilBUS REGISTER 161

~---"--::::-')

;8~~~~~~a~~

----------G)

r+------~--'---------_---~(iWii4 nrW_6__________,
"IIIIIIII~
~
DO~ ~
/1 0 OO~o~W9
o
WOWI1
W16 n

WlO

W) WB W12

wl~D

w13D

~QgQQ~Q~]#)
r TIL

:: :

''''mo......'

hrsfAvfnJ

r
~~,:!~"
O~
~

SElF< TS RS 472 INll-RFACE

______

HI-'Sf-RVI:Il

*.tI:

AS 422

"OH

OFF

INTEGRAL MODEM IS SElECTED BY Be55A
CABLE WHEN INSTALLED IN Jl OF THE
MB203 LINE UNIT MODULE CONNECTOR
J2 MUST NOT HAVE ANY CABL.E OR TEST

~Ifll' IS V 3~ INTEAFA( I

CONNECTOR INSTALLED

DMR-IO

DMRll INSTALLATION

BOOTSTRAP OFFSET - CONTAINS OFFSET ADDI1ESS IN OCTAL
• ON
LOGICAL
• OFF
LOGICAL 1
ADDRESS IS 713XXX WHERE xxx IS OFFSET
WHICH IS MOOULE DEPENOENT

=
=

r-------

I""

" ' ' 'DIAG.
UNIT 0 W,,"
WITHOUT
UNIT 1 WITH OIAG
UNIT 1 WITHOUT DIAG

M9301-YJ

M9312

354
356
372
374

204
4
30
230

LSB
SWitch #

MSB

L..iII..TTL'4j'5f6::lTfBl = 356
~6FF IOFFJ ON lQF£J OFF I OFF I
SEE TECH·TIP #1 (SB #162)

sws

SW10

CONFIGURATION

DDCMP VERSION 4.0 (NOT CONNECTED
TO DMCl 11 WITH LINE SPEED LESS
THAN 1 M B/S.

OFF

DDCMP VERSION 4.D (NOT CONNECTED
TO DMClll WITH LINE SPEED AT 1 M
B/S

OFF

CONNECTED TO LOW SPEE D DMC"-DA
(M82DD VAl

CONNECTED TO HIGH SPEED DMC"-AL
(M82DO VBI

OFF

--------

Switch

SWItch

~----~--

Speed

OFF
ON
OFF

ON
OFF
OFF

-1MEG f-------oN- f-----c-ON
500K
250K
56K

----

ON
ON
ON
ON

Speed

192Kj
9_6K
4_8K
2.4K

9
ON
OFF
ON
OFF

ON
ON
OFF
OFF

r-oFF
OFF
OFF
OFF

t Normal switch setting unless the Integral Modem or NuII Modem clock features are used.
DMR-\\

DMR 11 INSTALLATION
M8203

JUMPER DESCRIPTIONS

DMRH M8203 Jumpers
Jumper

Normal
Configuration

Function (Note I)

WI
W2
W3
W4
W5
W6
W7
W8
W9
WIO
WII
WI2
WI3
WI4
WI5
WI6
W17

OUT
OUT
OUT
OUT
OUT
OUT
IN
IN
IN
IN
OUT
IN
IN
OUT
OUT
OUT
OUT

Clear to Send -- EIAjV.35
Data Mode - EIAjV.35
Receive Data - EIA
Receive Clock - EIA
Receive Ready - EIA
Transmit Clock - EIA
Signal Rate Indicate - EIA
Data Mode - RS422-AjRS423-A
Null Modem Clock
Terminal Ready- RS422-AjRS423-A
Receiver Ready
Terminal in Service (Make Busy)
Oscillator Enable
56K bjs only Bandpass Filter (Not Used in
DMRIl)
Switched RTS-CTS Enable (Note 2)
Half-Duplex Lockout Enable (Note 2)

------------------~--------------------------------

NOTES
l. Similar jumpers for these functions are provided on the BCSSC
cable panel (see Chapter 3). When using this cable, make the appropriate jumper selections at the BCSSC panel and not on the
M8203.

2. Jumpers WI6 and WI7 are mutually exclusive. Only one or the
other may be installed, not both. Also, these jumpers are provided
only on M8203 modules etch REV E or higher. For modules up
to etch REV D, refer to ECO-M8203-MK-003 for details of
similar jumpers. (See Tech-Tip No.4.)

DMR-12

DMR 11 CABLING
DMR 11 Cabling
This section contains cabling diagrams for each DMR 11 configuration. These diagrams also
show correct test connector placement. Details of each DMRII cable are provided in Chapter 3;
test connector information is included in Chapter 4.

NOTE
Cable panels BC55C and BC55B both contain jumper options for
special applications. Refer to Chapter 3 for details.
DMRll-AA

RS-232-C INTERFACE

HJ:~;~

BCOBS-'

Ii!lill!I MB207 MICROPROCESSOR

MB203 LINE UNIT
H3255

RS-232·C INTERFACE

DMRII-AE
RS-422-A INTERFACE

BCOBS-'

Ii!lill!I MB207 MICROPROCESSOR

MB203 LINE UNIT

H3255

Ii!lill!I

RS·422-A INTERFACE

DMR-13

1....-.-.------'

CABLE TEST
CONNECTOR
H325

DMRll CABLING
DMRll-AA

,-c:
8
1

I1C08=1

I!ITiiiiI M820, MICROPROCESSOR
IiillID

HS-423-A

_=:==

",,~\1 0

-r--SC55C__ 10
-+-rl,

:y
J1 2

M8203 LINE UNIT
[ili]TIJ

PANEL
J2 TEST

H3251

CONNECTOR
H3255

----r'l-J'l

RS-423-A INTERFACE

DMRIll-AB

-£J)
J1

~1 C:""~'
1!ITiiiiI-=U-~
J3

I!ITiiiiI M8207 MICROPROCESSOR

mm CJ

ri!!ii!J

MB203 LINE UNIT

I!ITiiiiI

V.35 INTERFACE
BC05Z-25

J1 TEST
CONNECTOR
H3254

V.35 INTERFACE

DMR-14

9L-..---J

CABLE TEST
CONNECTOR
H3250

DMRll-to-DMRll INTEGRAL MODEM CABLING (DMRll-AC)
FULL-DUPLEX

BC08S-1

J3
M8203 LINE UNIT

I!l!:il
M 8207 MICROPROCESSOR

[IJEJ

Jl
M8207 MICROPROCESSOR

t!EI

BC08S-1

* FOR 56K bps USE CA8LE BC55N-98
INSTALL 75
TERMINATOR
CONNECTOR
(H3258)

FOR 250K bps to 1 M bps
USE CABLE BC55M-98

(down) POSITION ON
BOTH PANELS

HALF- DUPLEX
BC08S-1

CABLE STRAIN
RELIEF TAB
FACING OUT

IEE::J

M8203 LINE UNIT

M8207 MICROPROCESSOR

m!r:l

J
M8207 MICROPROCESSOR

I!i!!::l

BC08S-1
INSTALL 75 TERMINATOR
CONNECTOR (H3258)

DMCll-to-D\1Rll I~TEGRAL MODEM CABLI~G (DMRll-AC)
FULL-DUPLEX

INSTALL 750
TERMINATOR
CONNECTOR (H3257)

MS200-XX
MICROPROCESSOR

CABLE STRAIN
RELIEF TAB
FACING OUT
HALF-DUPLEX
SCOSS-1
PLACE HDX/FDX SWITCH
IN HDX (up) POSITION
INSTALL 750
TERMINATOR
CONNECTOR (H3257)

C!!!!]

MB027 MICROPROCESSOR
J1

MB200-XX

I t::J MIC~ROCESSOR
~

BC55N-9B
8COBS-1

DMRll DIAGNOSTICS
DMR 11 Diagnostics
TaMe DMR-3
Diagnostic
Function

DMRll Diagnostics
PDP11
Systems

Diagnostic Name

VAXll/7XX
Systems

Microprocessor
M8207-RA
Tests

M8207 Static Test 1
M8207 Static Test 2
Comm Microprocessor Repair
level (Level 3)

(C)ZDMP**
(C)ZDMQ**

Line Unit
M8203
Tests

M8203 Static Diagnostic 1
M8203 Static Diagnostic 2
M8203 Repair Level
Diagnostic Level (Level 3)

(C)ZDMR**
(C)ZDMS**

DMRII
Functional
Test

DMRII Functional Diagnostic
VAX Synchronous Link
Diagnostic (Level 2)

(C)ZDMI**

EVDCA
REV*.*

System
Exerciser
(PDPII Only)

DECX 11 System Exerciser
DMCll/DMRII Module
DMRII Module

(C)XDMC**
(C)XDMR**

N/A

DMRII
Link
Testing

Interprocessor Test Program
(ITEP)
ITEP Monitor
DMCII/DMRI10veriay

(D)ZITA**
(D)ZDMO**

Not
Supported

Data Comm Link Test (DCLT)
DMCll/DMRII Module

(C)ZCLK**

EVDMC
REV*.*

DMR-17

EVDXA
REV*.*
EVDMA
REV*.*

DMRll DIAGNOSTICS

Running PDP-II/DMR II Diagnostics - The following summarizes running D MR 11 diagnostics:
•

Load and start diagnostic at 000200.

Table DMR-4
PROMPT

Typical PDP-II/DMRII Diagnostic Paramet<~rs

DR>

Operator must respond by typing one or more commands; for
cxample, STA/PASS:NNNN/TEST: NNNN-

Paramet,ers

Description

DR> STA
CHANGE HW (L) ? Y

The program will ask if any hardware changcs
are rcquired and the number of units to test.

# UNITS (D) ? I

;Number of units on the system to be testcd.

UNIT 0
WHICH MICRO-PROCESSOR: (0) 7?

;Entcr one of the following:
O=MS200,
4=M8204, or
7=M8207

MICRO·PROCESSOR:
CSR ADDRESS: (0) 160170?
VECTOR ADDRESS: (0) 300 ?
PRIORITY LEVEL: (0) 5 ?

;Enter appropriate value.

NOTE
The dialog for diagnostics CZDMQ and CZDMR vary slightly and
finish with the following question.

DMR-18

PDP-lljDMRll DIAGNOSTICS
Table DMR-4

Typical PDP-ll/DMRll Diagnostic Parameters (Cont)

Parameters

Description

MICROPROCESSOR RUN SWITCH

;The RUN switch (E28 SW7: is normally ON.

- TYPE 0 IF OFF, I IF ON: (0) O?

ON = enable, OFF = disable.

The typical dialog questionnaire format for CZDMS diagnostic is
presented as follows.

Description

Parameters
M8203 REGII (E134 SWIO,9; EI21
SW9,1O): O?

SWITCHES
USED BY
MCODE
FOR LINE
STATUS

E134-10

;Enter in octal the actual switch settings for
REG II as listed below:
E134-9 E121-9 E121-10

} I } } }

SWITCH OFF = LOGICAL 1

I * I * I sw I * I sw I sw I s~

IBUS REGISTER 11

I 7 I 6 I 5 I 4 I 3 I 2 I 1 I 0 I BITS
MK-0947

EI34-IO:

Microdiagnostics enabled <5>
(with SEL 0 bit 13 clear: ON =disablc,
OFF = enable; with SEL 0 bit 13 set:
ON =enable, OFF = disable).

EI34-9:

Auto-Answer enables <3>
(ON = disable, OFF=enable).

EI21-9:

DMC line compatible <2>
(ON=DMR to DMR, OFF=DMC compatible).

EI21-IO:

High Speed Select < I >
(ON=speed less than 1M bls, OFF=IM
b/s).

* Register Bit Assignments

DMR-19

PDP-ll/DMRll DIAGNOSTICS
Table DMR-4

Typical PDP-ll/DMR Diagnostic Parameters (Cont)

Parameters

Description

M8203 REG 15 (E134 SWI-8): (0)
O?

;Enter the octal contents of switch pack E 134,
SWI-8 for bootstrap password; normal response for nonbootstrap mode is 377 <CR>

M8203 REG 16 (E121 SWI-8): (0)
O?

;Enter the octal contents of switch pack E 121,
SW 1-8 for bootstrap offset address; normal response for non bootstrap mode is 0 <CR>

TURNAROUND TYPE - : (0) O?
o = H3254 or H3255
I =, Cable
2 = Mod Loc
3 = Mod Rem
4 = None (Internal)

;Select the proper turnaround connector: Do
not select type 2 or 3 unless your modem has
these features.
Mod Loc = program selection of analog loopback.
Mod Rem
loopback.

PLEASE SELECT BAUD RATE; TYPE:
(0) 4?
o = 2.4K
I = 4.8K

program selection of digital

;Select same speed that is configured in the
line unit by E39, SW8, 9, and 10 1 = 4.8K.

2" 9.6K
3
19.2K
4 = 56K
5 = 250K
6 = 500K
7
1M
CHANGE SW (L) :

;Used to change software parameters.

IS MAl'. INTERVEN. DESIRED TO
MOUNT TEST CONNECTOR(S) (L) N?

;AlIows program intervention by typing
<CR> when test connector is changed.

SHOULD SWITCH PACK AND AX3-15
PRINTOUT BE ALLOWED (L) N?

;AlIows the testing of interface selection register AX3-15.

SHOULD SWITCH PACK TESTS BE
ALLOWED (L) N?

;AlIows testing of switch packs E 121 and
E134.

MSG TI MER VALUE (0-177777),
0= LONGEST TIME-OUT: (0) O?

;AlIows program time-out timer to be modified.

DMR-20

VAX-l1/DMRll DIAGNOSTICS
Running VAX-lljDMRll Diagnostics - The following summarizes running VAX-lljDMRll
diagnostics.

Table DMR-5

Typical VAX-lljDMRll Program Operation

Command Function

Example

ATTACH the UNIBUS interface
(UBA or UBI) to the system
bus.

DS> AfT DW780 SBI DWO 3,4 or
DS> ATT DW750 CMI DWO

Load appropriate diagnostic.

ATT ACH the device to the
system.

DS> LOAD EVDXA
Example shown is DMCjDMR
DS> AfT DMRII *

NOTE
This command now enters the hardware parameter information for
the device (refer to the following Table DMR-6 for Typical Hardware Parameters). When the various hardware parameters are qualified, the program returns to the supervisor level of operation and the
following steps must be followed:
4.

SELECT the devices that have
been attached to the system.

DS> SELECT ALL or
DS> SELECT DWO and
DS> SELECT XMO

SET the appropriate event.

DS> SET EVENT FLAG(s) n,n,n.

If a printout of the tests
being executed is desired,
then the trace flag can be
set by SET TRACE command
for the program (if applicab\c). Now the program may
be started by the START
command.

DS> SET TRACE
DS> START

* For EVDMC and EVDCA, you must attach DMCII.

DMR-21

VAX-IllDMRII DIAGNOSTICS
Table DMR-6

Typical VAX-l1/DMRll Hardware Parameters

Questions

Description

I. DEVICE LINK?

Link the option to the UNIBUS interface by entering the
logical name of the interface (e.g., DWO).

2. DEVICE NAME?

Establish a logical device name (e.g., XMO). The logical
name is generally the same one used by the operating system and the actual unit number (e.g., 0-7 or A-Z).

3. CSR ?

Enter the device CSR address.

4. VECTOR?

Enter the device Vector address.

5. BR?

Enter the proper device priority level (normally BR 5).

6. SW PAK 1 (REGII)?

Enter in octal the actual switch settings for REG ISTER
II. Refer to DCM 11 section for details.

7. SW PAK 2 (REGI5)?

Enter the octal contents of switch pack E 134, SW 1-8 for
bootstrap password; normal response for non-bootstrap
mode is 377 <CR>.

8. SW PAK 3 (REGI6)?

Enter the octal contents of switch pack E 121, SW 1-8 for
bootstrap offset address; normal response for non-bootstrap mode is 0 <CR>.

9. LOOPBACK TYPE ';

Select the proper turnaround connector:

o = H3254 & H3255
1 = Cable Turnaround (External
H325, H3251, or H3250)
2 = Modem Local
3 = Modem Remote
4 = None (Internal)

-------------'--_.

Do not select type 2 or 3 unless your modem has these program controlled features.

DMR-22

VAX-ll/DMRll DIAGNOSTICS
Table DMR-6

Typical VAX-lljDMRll Hardware Parameters (COot)

Questions

Description

10. BAUD RATE?

Select proper speed that is configured in the line unit by
E39, SW8-IO.

11. RUN SWITCH?

Type 1 if RUN switch is ON (normal) type 0 if switch is
off;
ON = Enabled
OFF = Disabled

NOTE
The Command Line Interpreter (CLI) format for the device also can
be linked together on one line as shown in the attach command for
the UNIBUS interface above.

DMR-23

VAX-Ill DMRll DIAGNOSTICS
Table DMR-7

V AX-II Diagnostic Event Flag Summary

Diagnostic
EVDXA
COMM
Microprocessor
Repair Level

Event
Flag
I
2
3
4
6
7
8
9

EVDCA
V AX Synchronous
Link
EVDMC
DMCjDMR
DCLT
Module

EVDMA
M8203
Repair Level

Function

Allow Switch Pack and AX3-IS Register printout

Allows Switch Pack contents to be
verified

I
8

Do not test for DSR
Do not test for CTS

Set for Half-Duplex
Clear for Full-Duplex

DMR-24

DMRll MAINTENANCE AIDS
Run Microdiagnostics
• When correctly enabled, testing is automatically executed during power up or intialization at Master Clear time.
• Two methods are available to enable microdiagnostics as shown in the following table.

SELO
BIT 13*

SWIO at
E134 on
M8203

Execution of Microdiagnostics

Clear

No Microdiagnostics Run (Disabled)

Clear

OFF

Run Microdiagnostics (Enabled)

Set

Run Microdiagnostics (Enabled)

Set

OFF

No Microdiagnostics Run (Disabled)

* At Master Clear time.
• Run bit will be asserted:
1. In about 240 JLS if testing is disabled.

2. In about 6.4 ms if testing is enabled.

• Test results (listed below) are available to the user in BSEL3.
BSELl

BSEL3

Indication

Run bit
Run bit
No Run bit
No Run bit

200 8
100 8
0018 or XXX
002 8

Test Complete
Test Inhibited
M8207 Test Failed
M8203 Test Failed

Programming Example:

MOV

#40000,SELO

;SET MASTER CLEAR

BIT

SELO

;TEST RUN BIT

BPL

;BRANCH IF NOT READY YET
;CHECK BSEL3 FOR MICRODIAGNOSTIC
;STATUS
;PROCEED WITH BASE IN
NOTE

If the Run bit is not asserted within 6.4 ms, either the M8207 or the

M8203 test may have failed and the user should check BSEL3.
DMR-25

DMRll MAINTENANCE AIDS
DMR 11 Maintenance LEDs

Diode
Designation

Signal Name

Description

010

Signal Quality

Follows the presence or absence of carrier

Dl1

Carrier

ON indicates canier is present at the receiver

012

Receive Data

ON indicates a marking state (1) at the receiver

013

Transmit Data

ON indicates a marking state (l) is being
transmitted

014

Request to Send

ON indicates US YRT is ready to transmit when
clear to send is d{:tected

015

Heartbeat

--------

Microcode status:
• OFF at master clear time
• ON at DDCMP haIt state
• Blinking at DDCMP, ISTRT, ASTRT, or
RUN state

----"----------'-----------------

---------+-------------------

_"----

1------r---[ r1 F,
([[[lJ

SIGNAL QUALITY (010)

HEARTBEAT (015)
- - - - - CARRIER (011)

EXECUTION OF
MICRODIAGNOSTICS
IF ENABLED

BASE IN/
CONTROL IN

REQUEST TO SENO 1014)
RECEIVER OATA (012)
TRANSMIT OATA (013)

", 200 ms

ON r------"---y----""---~
OFF _ _ _ _

MASTER
CLEAR

----'I-----uLS1S~

1----- T~~~:/;f~~ND -_i I
5
(APPROXIMATE)

RUN BIT
ASSERTED

HEARTBEAT WAVEFORM

DMR-26

REMAINS ON
IF HALT OF!
FATAL ERROR

DMRll MAINTENANCE AIDS
DMR Register Bit Assignments
Register bit assignments for the DMRll are shown in the following diagrams. Bit asignments
for SEL4 and SEL6 vary depending on the command or function. Refer to separate diagrams of
SEL4 and SEL6 below for each command dependent condition.

,
RDI

RUN

I
I

lEI

RQI

I
I

I
I
I
I MASTR I MICRO I STEP
I CLR I DIAG I LU
I

RDO

I
I

lEO

I
I
LU
I
I
I LOOP
I
I
I

I
I

BSEL

INPUT COMMAND
CODE

I
I

ROM

0
OUT
RCV

I ROM
I
I

I
I

ROM
STEP
MP

I
I

OUTPUT
COMMAND

MICRODIAGNOSTIC STATUS

DATA PORT

MODEM STATUS READ
BSEL
I

I
I

DTR

SIG
QUAL

I
I
I
I
I

I
I
I

HDX

I RS-232 I
RS-422 I RS-423 I

I
I

V.35

RING

SIG
RATE

I
I

DTR

RTS

HDX

I
I

I
I
I
I
I
I

DSR

I
I

CTS

I STND I CARR
I BY I DET

I TEST I
I MODE I
I
I
I
I
I
I

IINTGL I
IMODEM'

DMR-27

I
I

I RTS
I HOLD

, PROG

I SELECT

DMRll MAINTENANCE AIDS

BASE IN 111)
BSEL
BASE ADDRESS LOW BYTE

+----+-----+---

-f

RASE ADDRESS HIGH BYTE

+- --~ --+ ---~+I

I
I

BA 17

If~ESUME:

I BA 16 I

_..l.-~------L

I
I

I
-f--I

____ ..L_._ _ J.. ____ ..L___ - - L . . _ - L -

_L ~_J

CONTROL IN (01)

BSEL

--;--

----rl --

--+
[

I
I
Itt
I

-~-d

I
I

I STAAT

HDX

I
I
I
I TIMER I
_...l.-_--.J.. _ _ ...L _ _ _L - - - L _

--j-

I
I

I DDCMP

MAINT

ItECEIVE BA/CC IN 1101)) OR TRANSMlr BA/CC IN 1000)

BSEL

BUFrER ADDRESS LOW BYTE

t- -

+---+--------+---+-.----

BUFFER ADDRESS HIGH BYTE
~-

+-CHARACTER COUIIJT LOW BYTE

t
I

BA 17 I SA 16

+-- - +

----

CHARACTER COUNT HIGH SIX BITS

' - _ - - ' -_ _ _---'-_ _L . - - - l . _ . _ _ ..L.___ --'-__ ._.~.L_

DMR-28

DMR 11 MAINTENANCE AIDS

RECEIVE BAICC (100)

BSEL
BUFFER ADDRESS LOW BYTE

BUFFER ADDRESS HIGH BYTE

ACTUAL RECEIVED CHARACTER COUNT LOW BYTE

BA17:BA16

I ACTUAL RECEIVED CHARACTER COUNT HIGH SIX BITS

TRANSMIT BNCC (000)
BSEL

BUFFER ADDRESS LOW BYTE

BUFFER ADDRESS HIGH BYTE

CHARACTER COUNT LOW BYTE
I
BA17:BA16

CHARACTER COUNT HIGH SIX BITS

CONTROL OUT (001 )
BSEL

~;~ I MAl NT I
LONG ,I RCVD, I

NO
BUF

TIME
OUT

NAK

I THRES

I HALT'I

NON

I COMP I EX-MEM

'FATAL ERRORS

DMR-29

DMR 11 MAINTENANCE AIDS
DMRll Tech-TipsjFCO Index
Table DMR-8
Tech
Tip No.

DMR Tech '!.ip Ind~x

Title

Speed
Bulletin No.

Down Line LoadjRLD with M9312

162

Swapping a DMRII for an Existing DMCII

163

M8203 Switch Setting

183

Wl6 & Wl7 on M8203 Etch Rev. "D" Module

185

NOTE
At present, there have been no FCOs issued on the DMR 11. However, one DMCl1 FCO does apply. Refer to BC05Z, IR0004 SEP 80,
DMC section.

DMR-30

DMVll OPTION

To be supplied. Preparation of this material is planned for the near future.

DMV-l

DPVII INSTALLATION

DPVll OPTION
DPVIl General Description
The DPVII is a serial synchronous, single line device interfacing an LSI-II bus to an RS-232-C,
RS-423-A, or RS422-A modem (DIGITAL does not supply RS-449 compatible cable).
DPV II features:
• Half-or full-duplex,
• Full (Category I) modem control,
• Partial (Category II) modem control,
• Program interrupt on modem transitions,
• Operating speeds up to 56 K b/s,
• RS-232-C compatibility,
• Electrical compatibility with RS-422-A and RS-423-A, and
• Ability to support bit/byte-oriented protocols.

DPVll Reference Documentation
Refer to the following documents if the level of content in this section is insufficient
• DPVll Technical Manual - EK-DPVII-TM
• DPVll Microfiche - EP-DPVII-TM
• DPVll Print Set - MP00919
• PDP-ll/03 User Manual - EK-LSII I-TM
• LSI-II Installation Guide - EK-LS111-IG

DPV-l

DPVlll INSTALLATION
DPVll Components List
Table DPV-1

DPV Components List

Option

Parts List

Description

DPVII-DA

M8020
EK-DPVII-CG

Device module
DPVII Maintenance
Reference Card for LSI-lIs

DPVII-DB

M8020
BC26L-25

Device module
RS232-C 25-pin Berg-ta-Cinch modem
cable
Cable turnaround test connector

H3259
DPVII-DC

DPVII support
items (may
be purchased
separately)

H3259
EK-DPVII-UG
ZJ 3I4-RB
MP00919

Device module
Cable/filter ass(~mbly
RS232-C 25-pin Cinch-to-Cinch modem
cable
Cable turnaround test connector
DPVI I User's Guide
DPVII Diagnostic Library Kit
DPVII Field Maintenance Print Set

H3260
EK-DPVII-TM

On-board test connector
DPVI I Technical Manual

M8020
7018209
BC05D-25*

*Must be ordered separately.
Device Placement
The DPVII (M8020) can be mounted in any LSI-II bus compatible backplane such as H9270.
LSI-II configuration conventions apply and must be followed.

Power / LSI Bus Loading
Table DPV-l

Power/lSI Bus Loading

Module

Voltage Rating
(Approx imate Values)

Maximum
Voltage

Minimum
Voltage

Backplane
Pin No.

Bus
Loading

M8020

+ 5 V (iii 1.2 A MAX

+ 5.25

+ 4.75

AA2

I dc Load

+12 V @0.3AMAX

+ 12.75

+ 11.25

AD2

DPV-2

DPVII INSTALLATION
DPVll INSTALLATION FLOWCHART

CONNECT BC26L
CABLE TO M6020
AND INSTALL MODULE
INTO DUAL LSI
BUS SLOT

** IF NO BC26L AND
H3269 AVAILABLE USE
H3260 TEST CONNECTOR
AT J1 ON M8020 BOARD

CONNECT H3269 (W1 OUT)

~~~:ECg~NC~;~~F~~E~C!~~~

PERFORM RESISTANCE
CHECKS. APPLY POWER.
AND CHECK VOLTAGES

LOAD AND RUN
CVDPV* FUNCTIONAL
DIAGNOSTIC

CHECK-BOARDSEATING
JUMPER CONNECTS. CABLE
CONNECTS. TEST CONNECTS

MK·'552

DPY-3

DPVll INSTALLATION
DPVll INSTALLATION FLOWCHART (CONT)

RU!

OAD AND
DECXll
;]
WITH CXDPV* MODULE
BUILT IN FOR EACH SIX
(CONSECUTIVELY ADDRESSED)
DPVll's

--'"~

---

REM~259

CHECK SYSTEM
CONFIGURATION

~ONNECTJR

TEST
FROM BC26L CABLE OR CABLE/
FILTER ASSY AND CONNECT TO
APPLICABLE MODEM

-~-----------,

[

-~AD

R~N-J

---

AND
CVCLH* DCLT
MODULE

[

CHECK CONFIGURATION
OF LINK FOR ISOLATION
OF FAULT

iNSTALLATION CO:PLETE, ]
INITIATE CUSTOMER
ACCEPTANCE

*INDICATES LATEST REVISION OF DIAGNOSTIC

DPV-4

MK-1552

DPVII INSTALLATION
DPVll Jumper Options
DEVICE ADDRESS SELECTION

JUMPER

Me020

NUMBER

W31

w30 W36 W33

W32 W39 W38 W37 W~4 ~

OEVICE

_ ~~~~._

760020

$? ~~9 ~~?,

TERMINAL

TIMING

--------~~
/
012}
~'NTERFACE
013

TERMINATING

SELECTION

014
015

RESISTOR
JUMPERS

JUMPERS

016

FOR RS-422·A

017

W1820

LX_I~ND~IC~AT=ES~AiC=O'N~N~EC=TI~ON~T=O~W~29~W~2~9~'S~TI~ED~T70L_~ ___ GROUND JUMPERS ARE DAISY CHAINED

6<5m5O
24

MK·1339

26* 28

DATA SET CHANGE JUMPERS
*W26 IS INPUT TO DSCNG FLIP FLOP

VECTOR ADDRESS SelECTION

SHIPPED
ADDRESS
160010

SHIPPED
VECTOR
300

;o9~gg~~
gg g 0
o
00

")""". "'l

EXAMPLE

SHOWN = 760010

SHOWN

JUMPERS ARE
DAISY CHAINED

JUMPER

NUMBER

310
320
340
350

= ~oo

370
400

THE DPV11 RESIDES IN lSI FLOATING ADDRESS SPAce-

DEVICE ADDRESS RANKS 4
•

VECTOR ADDRESS RANKS 22

DPV-5

DPVll INSTALLATION

(W1-W:Z) Driver Attenu.tion Jumper

Driver
Terminal
Timing

Normlll
Confillur.tlon
Altern.te
(RS-232-C/) Option
(RS-423-A)
(R8-422-A) D ..crlptlon

(W18-W23) Clock Jump...

WI to W2

Function

Not connected

Byp ...ea attenuation re~
sistol', Jumper
must be remov6d for certain modems

NUll
MODEM
ClK

Nonm.1
Conflgur.tlon
(RS-232CI
RS·423-A)

Alternete
Option
(R5-422-A) De.crlptlon

WW to

Sets (AS-423-A)
NULL MODEM
ClK to 2KHZ.

W1B

to operate
propnrly.
(W3-W!..!l..I~! S.~~~-" Jum~r,!- _______ _
Normsl
Confillur.tion
Alternete
Input
(RS-232-CI
Option
Slgn.l.
RS-423-A)
(R5-422-A) Description
- - - - - - - - - - - - - f------

SQfTM
(PCSCA-S)

W5 to W6

Signal quality
W7 to W6 Test mode

Wl0 to W9 Data mode return for AS422-A
-----r--------~-----r-----Norm.1
Configuration
Alternate
Output
(RS-232-C/ Option
(RS-423-A) (R5-422-A) D •• "ription
Slgn.l.
OM (DSA)
(AXCSA-9)

SF/Al
(AXCSP.-Ol)

Not connected

W3 to W4

WI9 to
W:21
W:22 to
W23

Sets (AS-423-A)
NUll MODEM
ClK to 50KHZ

W19 to
W21
W22 to
W23

Always in~
stalled except
for factory
testing.

(W24-W28) Datil Set Chenge Jumpe..

Modem
Signal
Name

Normel
Configuretlo"
(RS·232-C/)
(RS·423-A)

Data Mode
(DSR)

W26 to
W24

Not con~
nected

Clear to
Send W25

W26 to
nected

Not con-

Clear to
Send W25

W26 to

Not can-

Incoming

W26 to
W27

Alternate
Option
(R5-422-A) De.cription

Select frequency

W5 to W3

WB to W9

Not connected

Not con-

WB to Wll local loop-

nected

local loopback

back (alternate Din)

(WI2-W17) Receiver Terminetion Jumpe..
----------

-,.-----

Call

nected

(RS-232-CI
RS-423-A)

Alternete
Option

Receivl~

Not con-

\11/12 to

Data

nected

\1113

Timmg

nected

Receive
fimin{;

Not con-

\11116 to

nactE,d

1/'/17

Note: W26 is
mput to

Not con~

nected
__
_ _ _ _ _ L_ _ _ _ _ _ _ _ _

Description
Connects terminatlng resistor for RS-

NOTE
The Jumper ConfiguratIOn GUide (above) shows the
18commended Jumpermg scheme (both normal and
alternate). Any deViation from these Will cause diagnostics
to fad and mqulre restrapping for full testing and

patibility.
Not con-

nected

Receiver

422-A com-

Send

Not con-

DSCNG flipflop.
Ready
(Carner
W:26 to
Detect)
_
_ _ _ _ _ _ _ _W:18
_____

Normal

Configuration
Receiver

Connects the
DSCNG flipflop to the rospective
modem status
signal for transition detection.

Remote loopback

local
loopback

Clock
Enable

W21 to
W1B

1/'/14 to
1/'/15

vanatlon. It IS recommended that customer configurations
that vary this :icheme not be contractually supported,

DPV-6

DPVll CABLING
DPVll Cabling
DPV11-DA
BC26L-25
RS-232-C
MODEM

CABLE TEST
CONNECTOR
H3259

MODULE TEST CONNECTOR
H3260
MUST BE INSTALLED JUMPER SIDE OUT
M8020

(REQUIRES JUMPER SELECTIONS)
RS-232-C
OR
RS-423-A
RS-422-A
W1 -W2 out
W3-W6 installed

W1-W2 installed
W3-W6 out
MK·2828

DPV11-DC

BC05D-25

5P~'7"

CINCH

MB020 MODULE

DPY-7

_ _ _ _1.1

RS232-C
MODEM

DPVII DIAGNOSTICS
DPVll Diagnostics
Two diagnostic programs are available to support the DPVII in PDP-II systems. Refer to Table
DPY-3.

Table DPV-3

DPVll Diagnostics

Function

Diagnostic Name

PDP-II Systems

DPY II Functional Test

DPY Functional Diagnostic

(C)YDPY**

DPYII Link Test

DCLT

(C)YCLH**

-----------~,--

-------------"---------

Running PDP-11jDPVll Diagnostics - The following summarizes running DPY II Diagnostics.
• Load and start diagnostics at address 000200.
DR>
prompt, enter one or
more commands,
for
example,
• At
STAjPASS:MNN/TEST, and so on. The following parameter questions must be
answered.

Table DPV -4

Typical PDP-ll jDPV 11 Diagnostic Parameters

Parameters

Description

CHANGE HW(L) '1 _ _

Enter Y for yes.

# UNITS (D) '1 _ _

Enter number of units on the system to be tested
(decimal from 1-16)

ADDRESS: (0) 1600107 _ _
VECTOR: (0) 300? _ _
LOOPBACK-O=INTERNAL
I =RS423, 2=RS422, 3 =LOCAL
MODEM, 4=REMOTE MODEM
LOOP (O)?

I --------------,

Enter appropriate value in each case. Address and Vector
values shown are default, if appropriate, put <CR> only.
For loopback selection, lx: sure proper test connector is
installed or proper modem is available.

DPY-8

June 1982

DPVII MAINTENANCE AIDS
DPVll Register Bit Assignments

THE RXCSR CAN BE READ IN EITHEFI WORD OR
BYTE MODE. HOWEVER, READING EITHER BYTE
RESETS CERTAIN STATUS BITS IN BOTH BYTES.

RXCSR

16XXXO
READ/WRITE

CLR
TO
SEND

DATA
SET
CHANGE

INCOMING
CALL

RCV
ACTIVE

RCVR
READY

RCVR
STATUS
READY

DATA
SET
INTR
EN
RCV
INTR
EN

SYNC
OR
FLAG
DETECT

DATA
TERM
ROY

LOCAL
(LL)
LOOP
REO
TO
SEND

RX
ENA

SF/RL

THE RDSR CAN BE READ IN EITHER WORD OR
BYTE MODE. HOWEVER, READING EITHER BYTE
RESETS DATA AND CERTAIN STATUS BITS IN
BOTH BYTES OF THIS REGISTER AS WELL AS
BITS 7 AND 10 OF THE RXCSR.

RDSR

16XXX2
READ ONLY
14

RCV
DATA
READY

DATA
MODE

ERROR
CHECK

RCVR
OVER
RUN

END
OF
MESG
RCV
ABORT

START
OF
MESG

PCSAR

16XXX2
WRITE ONLY
07

00
SECONDARY STATION

ALL
PARTIES
AnDR

IDLE
MODE
SELECT

STRIP
SYNC OR
LOOP
MODE

PROTOCOL
SELECT

SECD
ADRS
MODE
SEL

DPV-9

RECEIVER SYNC

DPVII MAINTENANCE AIDS
DPVll Register Bit Assignments (Cont)

BIT SET (BIS) AND BIT CLEAR (BIC) INSTRUCTIONS
CANNOT BE EXECUTED ON THE PCSCR. SINCE THEY
EXECUTE USING A READ·MODIFY·WRITE SEQUENCE.

PCSCR

16XXX4
READ/WRITE
1 4-,.._13';-'r"""'''-''-r--'--'~'--r-

_ _ _ _y -_ _ __

I~ :R/W~_R_/W~_~~L-~~_-L.

TRANSMITTER
EXTO
CHARACTER LENGTH ADDR
f'lELD

SQ/TM

RECEIVER
RSVD
CHARACTER LENGTH

EXTD
CONT
FIE.LD

XMIT
INTR
EN

MAINT
MODE
SELECT
XMm
ENAB

XMTR
BUFFER
EMPTY

XMTR
ACTIVE

DEVICE
RESET

TDSR

16XXX6
READIWRITE
15

_1~2~~~~~-r'~~~~_r-~~__-"'_~~__~_-"'_~_ _~0~0~

I ; 1~~=O==7-lI~~_~_r-~~~==::====::====:R:/~:~:~:~RAN::::=R=AN:::=R:/=W==:=R/=:J~,
XMIT
ERROR

RESERVED

XMIT
GO
AHEAD

END
OF
MESG
ABORT

TRANSMIT DATA BUFFER

START
OF
MESG

DPV-}O

DPVll MAINTENANCE AIDS
DPVll Tech-TipsjFCO Index

No Tech Tips or FCOs have been issued for the DPVII.

DPV-II

DUPll INSTALLATION

DUPll OPTION
DUPll General Description
The DUPII is a single-line, program-controlled, double-buffered communications device interfacing the PDP-I I/VAX-I I family of processors to a serial synchronous line. The DUPII is
capable of handling byte-oriented protocols, such as DDCMP and BISYNC, ·and bit-oriented
protocols, such as SDLC (SNA), HDLC (X.25), and ADCCP.
The DUPll features:
•
•
•
•
•
•
•

RS-232-C compatibility at speeds up to 9600 his,
FuJI modem control,
Ability to support bit/byte-oriented protocols,
Single hex module,
Auto-Answer capability,
Half- or full-duplex, and
Program interrupt on modem transitions.

DUPll Reference Documents
• DUPII Maintenance Manual - EK-DUPII-MM
• DUPII Microfiche - EP-DUP11-MM
• DUPII Print Set - (Number to be assigned)

DUPll Components List
Table DUP-l
ITEM

I
2
3
4

Components List

PART NO.

DESCRIPTION

DUPII-DA

DUPll Option consisting of:

M7867
BC02C-IO
BC05C-25
H325

Synchronous Interface Module
Interface Cable
Modem Cable
Test Connector

Device Placement
The DUPII mounts in any hex height slot DDII-B SPC backplane or the equivalent.

DUP-l

DUPII INSTALLATION
Power / UNIBUS Loading
Table nUp-2

Power/UNIBUS Loading

Module

Voltage Rah ng
(Approxima te
Values)

Maximum
Voltage

Minimum
Voltage

Backplane
PilllNo.

M7867

-+ 5 V ® 3.6 A

-+ 5.25

-+ 5.0

CIA2

+15 V@O. 325 A

-+15.75

-+ 14.25

CIUI

--15 V (iy O. 6A

--15.75

-14.25

CIB2

DUP-2

UNIBUS Loading

I UNIBUS de
load

DUPll INSTALLATION
DUPll INSTALLATION FLOWCHART

OBTAIN CUSTOMER SPECIFIC INFORMATION:
•
•
•
•
•

SYSTEM PLACEMENT
DEVICE PLACEMENT
UNIBUS LOADING
POWER REC1UIREMENTS
CUSTOMER APPLICATION
REQUIREMENTS:
I.E. DEVICE ADDRESS.
VECTOR ADDRESS. ETC.
DO NOT INSTALL
OPTION

APPLY POWER. VERIFY
SELECTED SPC BACKPLANE
VOLTAGES. THEN TURN
POWER OFF

DEVICE ADDRESS &
VECTOR JUMPERS

INSTALL M7867 MODULE.
PERFORM RESISTANCE CHECKS
ON BACKPLANE. APPLY POWER
AND VERIFY VOLTAGES.

DUP-3

DUPll INSTALLATION
DUPII INSTALLATION FLOWCHART (CONT)

POP11

VAX I

lOPB"

EVO

zope'
zopo"

EVOU
ESOC

CHECK BOAROSEATINGD
SWITCH SETIINGS. AND
JUMPER CONFIGURATION.

CHECK SYSTEM
CONFIGURATI~

DUP-4

]

DUPII INSTALLATION
DUPll INSTALLATION FLOWCHART (CONT)

RUN DUP11
CONFIDENCE
TEST DZDPE.

CHECK CABLE
CONNECTION,
JUMPER AND
MODEM CONFIGURATION.

CHECK CONFIGURATION
OF LINK FOR ISOLATION
OF FAULT.

INSTALLATION COMPLETE
INITIATE CUSTOMER
ACCEPTANCE.

DUP-5

DUPll INSTALLATION
M7867 Switch Packs/Jumpers

DUP11-DA (M7867) DEVICE ADDRESSING

rhe DUPll resides In
"!oating address space
Isee Appendix AI.

MSB

LSB

HPP8-

f15T'.='1.~.'..3'2.
" _'_0....~ ... elXJiIiEIi.
[iI:
-1
T
1

• Device Address ranks 5
• Vector Address ranks 22

,,------------------'"

1] 1

SWITCH PACK .1

TCH

•

510595857565554535251

1"""""-' -

~~~~~8aJ-1

, - gr""

160010
760020

760030
160050
160060

160010
160100

0"0''

SWITCH PACK El13
DEVICE ADDRESS
SELECTION

OFF

M7867

IT
Wl

DUP11··DA (M7867) VECTOR ADDRESSING
\

ON ON

ON
ON
ON
ON

ON
ON
ON
ON ON
ON ON
ON ON

ON ON ON ON
ON ON ON ON ON

SWITCH PACK E59

300
310

340
350
360
370
400

VECTOR ADDRESS
SELECTION

600
700
Non, SWITCH ON PRODUCES LOGlC"ll ON! ON THI UN_US.

DUP-6

NOT USED

DUPll INSTALLATION
Table DUP-3

M7867 Jumpers

Jumper
Number

Normal
Configuration

Function

Secondary Receive Enable (W2 must be out).

OUT

Secondary Receive Disable. If W2 is installed, WI must be
OUT.

Clear option when removed, SEC XMIT DATA, RTS & DTR
are not cleared by Device Reset or INIT.

Secondary Transmit Enable.

OUT

Disables carrier, DSR and SEC RCV data from causing an interrupt.

Enables detection of transitions CARRIER, DSR, and SEC
RCV data.

Bus Control Grant.

DUP-7

DUPll CABLING
DUPll Cabling

8C02C-1

M7867

8C05C-25

RS-232-C
MODEM

W7
<:::I-

H325
TEST CONNECTOR

MK-2829

DUP-8

PDP-I l/DUPI 1 DIAGNOSTICS
DUPII Diagnostics
Table DUP-4

DUPII Diagnostics

Diagnostic
Function

Diagnostic Name

Transmitter Test

PDP-II
Systems

DUP11 basic off-line SDLC
transmitter tests
DUP11 Repair Level Diagnostic
(level 3) Part 1

(D)ZDPB**

DUP11 Off-Line SDLC Receiver
and Modem Control and Interrupt
Tests
DUP11 Repair Level Diagnostic
(level 3) Part 2

(D)ZDPC**

DUP11 Off-Line SDLC/DECMODE
Data and Function Tests
DUP11 Leve12

(D)ZDPD**

Quick Verify

DUP11 Confidence Test

(D)ZDPE**

Link Testing

Interprocessor Test Program
ITEP Monitor
DUP11 Over1a~

(D)ZITA**
(D)ZDPF**

DCLT

(C)ZDCL**

Receiver / Modem
Control/ I n terru pt
Tests

Data/Function Tests

VAX-ll
Systems

EVDUP
REV*.*

EVDUQ
REV*.*

EVDCA
REV*.*

Running PDP-ll/DUPll Diagnostics - The following summarizes running PDP-II/DUPII diagnostics.
If started at address 200 with switch register SWO=O, program prints the diagnostic name,
followed by the DUP status table.
Example of DUP1l Status Map
1500
1502
1504
1506

160050
000300
140026
160060

CSR OF FIRST DUP11
VECTOR OF FIRST DUP11
STATUS AND SYNC FOR FIRST DUP11
CSR OF SECOND DUP11

1510
1512

000310
140026

VECTOR OF SECOND DUP11
STATUS AND SYNC FOR SECOND DUP11

DUP-9

PDP-Il/DUPII DIAGNOSTICS
If started at address 200 with switch register SWO= 1, the program prints the diagnostic name,
followed by the parameter questions, and then the status map.
Table DUP-5

Typical DUPll Diagnostic Parameters

Parameters

------r------------------------Description

REC CSR ADDRESS? _ _

Enter device address <CR>

VECTOR ADDRESS? _ _

Enter vector address <CR>

IS A MODEM WITH ANALOG
LOOPBACK ENABLED CONNECTED?
(YORN) _ _ _
IS H325 CONNECTOR ON?
(YORN) _ _
ARE THE DEFAULT JUMPERS IN?
(Y OR N) _ _

Enter Y for Yes or N for No in all cases

IS OPTIONAL CLR JMPR IN?
(YORN) _ _
SEC TX JMPR IN? (Y OR N) _ _

SEC RX JMPR IN? (Y OR N) _ _

ARE DSCI AND 2 BOTH IN?
(YORN) _ _

DUP-1O

VAX-lljDUPll DIAGNOSTICS
Running VAX-lljDUPll Diagnostics - The following summarizes running VAX-IljDUPII
diagnostics.
Table DUP-6

Typical VAX-lljDUPll Program Operation

Command Function

Example

Load appropriate diagnostic

DS> LOAD EVDUP or EVDUQ

ATTACH the UNIBUS interface
(UBA or UBI) to the system
bus.

DS> ATT DW780 SBI DWO 3, 4, or
DS> ATT DW750 CMI DWO

ATTACH the device to the
system.

OS> ATT OUPII

NOTE
This command now enters the hardware parameter information for
the device (refer to the following Table DUP-7 for Typical Hardware Parameters). When the various hardware parameters are qualified, the program returns to the supervisor level off operation and the
following steps must be followed:
4.

SELECT the devices that have
been attached to the system.

OS> SELECT ALL or
OS> SELECT OWO and
OS> SELECT XMO

SET the appropriate event.

OS> SET EVENT FLAG(s) a,n,n.
(EVOUQ only)

If a printout of the tests

OS> SET TRACE
OS> START

being executed is desired
then the trace flag can be
set by SET TRACE command for
the program, if applicable.
Now the program may be
started by the START command.

OUP-II

VAX-lljDUPll DIAGNOSTICS
Table DUP-7

Typical VAX-Il/DUPIl Hardware Parameters
Description

Questions
1. DEVICE LINK?

Link the option to the UNIBUS interface by entering the logical name of
the interface (e.g., DWO).

2. DEVICE NAME?

Establish a logical device name (e.g.
XMO). The logical name is generally
the same one used by the operating
system and the actual unit number
(e.g., 0-7 or A-Z).

3. CSR?

Enter the device CSR address.

4. VECTOR?

Enter the device Vector address.

5. BR?

Enter the proper device priority
level (normally BR 5).

T:ilble DUP-8
Diagnostic

VAX-tt Diagnostic Event Flag Summary
Flag

Function
Set, if H325 not connected.

EVDUQ

Set, if Secondary XMIT Jumper (W4)
is not installed.

Set, if Secondary RCVR Jumper (WI)
is not installed.

DUP-12

DUPll MAINTENANCE AIDS
DUPll Register Bit Assignments

RxCSR
76XXXQ
READ/WRITE:

~RXD.UF

-----~RXD8UFOATA-~-~~

76)(X)(2

~EAO ONLY

10:1
~~___S~ECONDARREYCE.slvT!ETR'OS~YNAcOORE~~S
~_---'-_ _L....::"-"---.L.-_--'--_--L-_---'--_--'-_----'-_---'-_ _L~_LI

____

~~~-..j

_----'-1_----'_ _'-'

=:J ~~~~:20NLY
PARCSR

TXCSR
76XX)(4
READ/WRIT[

DUP-13

DUPII MAINTENANCE AIDS
DUPll Tech-TipsjFCO Index

Table DUP-9
Tech.
Tip No.

Speed
Bulletin
No.

Title
H325 Test Connector used with
OUPII

Nj A

M7867 ECO 3jRev. B Diagnostics

NjA

Cables Install for OUPII-OA

114

I ncorrect Register Value on
Ext. ClK lead

114

Table DUP-I0

Mo dule

DUPll Tech Tip Index

DUPl1jFCO History Chart
Quick
Check

FCONo.

Date

Reason

M7 867

ROOOI

JUl76

Allows module installation
in a 0011-0 and similar
backplanes.

Jumper wire
onCB2

M7 867

ROOO2

JAN 77

TX done setting at the
beginning of the CRC
character.

E48 is ROM
23-345A2

M7 867

SOOO3

MAY 78

TX and RX may hang after
abort sequence.

EI2 is ROM
23-422A2

M7 867

SOOO5

AUG78

Error status lost whl!n
running Comm. lOP OUP

Wire ADD at
E54 pin 1

OUP-14

DZll INSTALLATION

DZll OPTIONS
DZ 11 General Description
The DZ II asynchronous multiplexer provides an interface between a PDP-II IV AX-II family
of processors and up to 8 asynchronous serial lines, capable of up to 9600 bls using either an RS232-C interface or 20 rnA current loop signaling.

The DZII features:
• Program control of data rate, character length, stop bits, parity,
• RS-232-C compatibility or 20 rnA current loop,
• Local or remote configurations, and
• Limited modem control - carrier, ring, and DTR.
DZll Reference Documentation
Refer to the following documents if the level of content in this section is insufficient:
•

DZII Technical Manual - EK-DZIIO-TM

• DZII Microfiche - EP-DZIIO-TM
•

DZII Print Set - MP00253 for 20 rnA applications and MPOOI32 for EIA applications

DZ-I

DZll INSTALLATION
DZ 11 Components List
Table DZ-l
Item

I
2
3
4
5
6

7
8
9
10

DZll Components List

Parts List

Description

DZII-A

Basic 8-line, RS-232-C compatible unit containing:

I M7819
1 H7004C
1 H3271
ii BC06L-OJ
i H317-E
I H325
) BC05W-15
) MPOOl32

Single hex SPCjEIA Control module
EIA Static Filter
Staggered Turnaround Test Connector
EIA Filter Cable
EI A Distribution Panel
Test Connector
Cable
Print Set
Panel and Static filter Mounting Hardware
Priority plug (BR 5)
DZ I I User's Manual

1-54-08778
1 EK-DZIIO-OP
DZII-B

I
2
3
4
5
6

7
8
9
10

Same as DZII-A, described above, except: Delete items 3, 5,6,
and 9

DZII-E

Combination of DZI I-A and DZII-B described above

DZII-C

Basic 8-line, 20 rnA current loop unit containing:

I M7814
1 H7004B
I BC08S
I BC06K-OJ
I H317-F
I MP00253
I H3190

Single hex SPCj20 rnA Control Module
20 rnA Static Filter
Cable
Filter Cable
20 rnA Distribution Panel
Print Set
20 rnA Test Connector
Panel and Static Filter Mounting Hardware
Priority Plug (BR 5)
DZI I User's Manual

1-54-08778
EK-DZIIO-OP
DZII-D

Same asDZII-C described above, except: Delete items 5, 8, and

9
DZII-F

Combination of DZI I-C and DZII-D as described above

DZ-2

DZll INSTALLATION
Power jUNIBUS Loading
Table DZ-2

Power Chart
Voltage Rating
(Approximate
Values)

Maximum
Voltage

Minimum
Voltage

Backplane

DZII-A, -8

+ 5 vdc @ 2.5 A MAX
+ 15 vdc@0.13 A MAX
-15 vdc@0.15 A MAX

+ 5.25
+15.75
-15.75

+ 5.0
+ 14.25
--14.75

CIA2
ClUl
CI82

DZII-E

+ 5 vdc @ 5.0 A MAX
+ 15 vdc @ 0.26 A MAX
-15 vdc@ 0.30 A MAX

+ 5.25
+ 15.75
-15.75

+ 5.0
+14.75
-14.75

DZII-C, -D

+ 5 vdc@ 2.3 A MAX
+ 15 vdc@0.15 A MAX
-15 vdc@0.42 A MAX

+ 5.25
+ 15.75
-15.75

+ 5.0
+ 14.75
-14.75

DZII-F

+ 5 vdc @ 4.6 A MAX
+ 15 vdc@0.30 A MAX
-15 vdc@0.84 A MAX

+ 5.25
+ 15.75
-15.75

+ 5.0
+14.75
-14.75

Option

DZ-3

Pin No.

UNIBUS
Loading

I UNIBUS
load each
2 UNIBUS
loads

CIA2
CIUl
CIB2

I UNIBUS
load each
2 UNIBUS
loads

DZll INSTALLATION
DZll INSTALLATION FLOWCHART

----"'ETART

L../ . .....

OBTAINED CUSTOMER SPECIFIC

,....:=::.....___

1I~~O~~S~~I~N~LACEIV1ENT

--__

• DEVICE PLACEMENT
• UNIBUS LOADI~IG
• POWER REQUIREMENTS
• CUSTOMER APPLICATION
REQUIREMENTS:
I.E. DEVICE ADDRESS,
VECTOR ADDRESS, ETC.

UNPACK AND VERIFY
ALL COMPONENTS
RECEIVED

DO NOT INSTALL
OPTION

VERIFY~

PPLY POWER,
SELECTED SPC BACKPLANE
VOLTAGES. TURN POWER OFF

CONFIGURE M7B19 MODULE
FOR CUSTOMER REQUIREMENTS

NSTALL M7819 MODULE,
PERFORM RESISTANCE CHE:KS
ON BACKPLANE, APPLY POWER
AND VERIFY VOLTAGES

]

-6DZ-4

DZll INSTALLATION
DZll INSTALLATION FLOWCHART (CONT)

EXECUTE Dl11 DIAGNOSTIC
IN STAGGERRED MODE WITH
H327 INSTALLED IN M7819
MODULE AND 08TAIN THREE
PASSES WITHOUT ERRORS

_~DP11 - lDlA--

200

~AX11 - EVDAA

EXECUTE DZll DIAGNOSTIC
IN INTERNAL MODE AND
08TAIN THREE PASSES
WITHOUT ERROR

PDP11 - lDlA-- @ 200
VAX11 - EVDAA

>-'-'----+1 CHECK BOARDSEATING,
SWITCH PACK SETIINGS

INSTALL BC05W CABLE AT
M7819 AND EXECUTE Dl11
DIAGNOSTIC IN STAGGERRED
MODE WITH H3271 INSTALLED
AT CABLE AND OBTAIN THREE
PASSES WITHOUT ERRORS

__ fPDP11 - lDlA-- @ 200
l"AX11 - EVDAA

CHANGE BC05W CABLE

DZ-5

DZll INSTALLATION
DZll INSTALLATION FLOWCHART (CONT)

...---___~
...I-t_-,--------CONNECT BC05W CABLE
]
TO STATIC FILTER ASSY
AND EXECUTE Dlll DIAGNOSTIC
IN. EXTERNAL MODE FOR EACH
LINE WITH H325 INSTALLED

{
_

PDPll - lDlA"@200
VAXll - EVDAA

AT H317-E AND OBTAIN THREE
PASSES WITHOUT ERRORS

CHECK OR CHANGE
H317-E DIST, PANEL

EXECUTE Dlll DIAGNOSTIC
IN CABLE AND ECHO TEST MODE
AND OBTAIN THREE PASSES
WITHOUT ERRORS

{

PDPll - lDlA"@210
VAXll - LOCAL TERMINAL EVTAA
- MULTI TERMINAL EVTBA
NOTE: THIS ECHO TEST SHOULD ONLY
BE DONE FOR TERMINAL
LINE/SPEED TESTING

CHECK CABLE/MODEM
CONNECTIONS

~-~~Y~-------------------------------------------~

BUILD AND EXECUTE DEC/Xll
WITH THE Dlll MODULE AND
OBTAIN THREE PASSES WITHOUT
ERROR

-{~AXll

PDPll - CXDlA"
- NONE

CHECK SYSTEM

DZ-6

CONFIGURATION

DZll INSTALLATION
DZ11 INSTALLATION FLOWCHART (CONT)

INSTALL M7814 MODULE,
PERFORM RESISTANCE CHECKS
ON BACKPLANE, APPLY POWER
AND VERIFY VOLTAGES

EXECUTE DZll DIAGNOSTIC
IN INTERNAL MODE AND
OBTAIN THREE PASSES
WITHOUT ERRORS

_-(PDP11 - ZDZA" @ 200
VAX11 - EVDAA

CHECK BOARDSEATING,
SWITCH PACK SETIINGS.

DZ-7

DZll INSTALLATION
DZll INSTALl.ATION FLOWCHART (CONT)

9r---[

]
NSTALL BC08S CABLE AT
M7814 AND EXECUTE Dl11
DIAGNOSTIC IN STAGGERRED
MODE WITH H3190 INSTALLED
AT CABLE AND 08TAIN THREE
PASSES WITHOUT ERRORS

-----

_{PDP11 - lDlA"@200
VAX11 - EVDAA

------

CHANGE 8C08S CABLE

CONFIGUHE H317-F 6iST.PANE~
rOR LlNE~~NSTALL ___________________________________- ,
-O-N-NE-C-T BC08S CA8-LE-----

TO STATIC FILTER ASSY
AND EXECUTE Dl11 DIAGNOSTIC
IN ECHO TEST MODE FOR EACH
LINE AND OBTAIN THREE
PASSES WITHOUT ERRORS
-----

{PDP11 - lDlA"@210
VAX11 - LOCAL TERMINAL EVTAA
MULTI TERMINAL EVTBA
NOTE: THIS ECHO TEST SHOULD ONLY
BE DONE FOR TERMINAL
LINE/SPEED TESTING

CHECK CABLE CONNECTIONS
OR CHANGE H317-F DIST. PANEL

DZ-8

DZlllNSTALLATION
DZ11 INSTALLATION FLOWCHART (CONT)

L -____~~~~------------J

- -(

PDPll - ZITA"
- ZDZB"

CHECK CONFIGURATION
OF LINK FOR ISOLATION
OF THE FAULT

DZ-9

DZll INSTALLATION
M7819 Switch Packs/Jumpers
M5B

l5B

I~51 ~41 ~~EHttH8l~,Jc:!AQ
E~i+31?o1 ~ I-B
,-j-i-.-,-,
--

VECTOR

57 56 55 54 53 52 ADDRE5S

_---._1

~t1~1~~

SWITCH PACK Ell

~E I_[~~~~~~~~J

330
340
350
360

~
VECTOR ADDRESS
SELECTION

370

OFF OFF OFF OFF OFF

400
500
600
700

OFF OFF OFF
~_.

L.._~.

_ _ _ _ _ _- ' - - _ _ _ _ _ _

NOTE, SWITCH OFF PRODUCES lOGICAL ONE ON THE UNIBUS.

1\1'17819
WI ~~NOAMA_lY IN
• OUT DISABLES MASTER ClK
FOR FACTORY TESTING

.........
WI

..+-------

_L_,-,/,@I)L-E_~2_---,

l5B

.~-+_~~~_~~_8~1_7-L1_6~1_5~1_4-L_3~!_-~~JiEt~

ee 99

,,--------

~~~le

/_;~~::,:"

[EIl

J_f---'.!~!!Ct1M=11~i:.!.~~I-S-l0+S-9+S-B+-S-7-1-S-6+-S-5+-S4-+-;;-+;-~-+S;:-:l;-1---"'-':'I~Jj'
ON
ON

ON
ON

SWITCH PACK ESI
DEVICE ADDRESS
SELECTION

760060
760070
760100

760300
760400

760600

HIE Dlil RESIDES IN
FI.OATING ADDRESS SPAt E
{SFE APPENDIX AI

760700
761000

• DEVICE ADDFIESS RANKS S
• "Ee roR ADDRESS RAN':S 27

762000
763000
~_

NOTE, SWITCH ON RESPONDS TO lOGICAL ONE ON THE UNIBUS.

DZ-IO

764000

DZll INSTALLATION
M7814 Switch Packs/Jumpers

SWITCH PACK E8l
V8----------------------V3

F
F

SWITCH

NUMBER

~~~~~~QQ

Sl S2 S3 S4 S5 S6

VECTOR
ADDRESS
300
310
320
330
340
350
360
370
400

OFF OFF
OFF

OFF OFF

V~~

OFF OFF
OFF

OFF

OFF OFF

OFF

OFF OFF OFF

SELECTION

OFF

OFF OFF OFF OFF

NOT USED
NORMAllY
OFF

OFF OFF OFF OFF OFF

OFF

--OFF

500

OFF

---

600

OFF OFF

---

Wl = NORMAllY IN;
OUT DISABLES MASTER
ClK FOR FACTORY
TESTING.

OFF OFF

700

OFF

NOTE, SWITCH OFF PRODUCES LOGICAL ONE ON THE UNIBUS.

M78l4

THE DZll RESIDES IN
FLOATING ADDRESS SPACE
(SEE APPENDIX A)
• DEVICE ADDRESS RANKS 8
• VECTOR ADDRESS RANKS 27

LSB

f--+-+--+--l.~~DID!I6I~iJ~~2 T~l-J~
SWITCH PACK E72

~~.--"·I--I---I-----~i·-----

PLUG E4l
BR-5

I
I

I
I
t

I--

I
I

SWITCH
S10 S9 S8 S7 S6 S5 S4 S3 S2 Sl
DEVICE
~~NU~M~B~E~R_+--~-4__+--~4_-4--f--~--4~+ AP~~~~ __
ON
ON
ON
ON

ON
ON

i~gg~g

760030
760040
760050
760060
760070
760100

SWITCH PACK E72
DEVICE ADDRESS
SElECTIOj'J
762000
763000

NOTE, SWITCH ON RESPONDS TO LOGICAL ONE ON THE UNIBUS.
MK-2826

DZ-\\

DZll INSTAI,LATION
H317-E (EIA) Distribution Panel Jumper Configuration

Cil J16 J15 J14 J13 J12 Jl1 Jl0 J9

II~II~II~II~I~II~II~II~II~II~II~II

LlNESB-15

r=:~

TYPICAL IN GROUPS
OF 5 FOR EACH LINE
UP TO JUMPER wao

ALL JUMPERS FOR NORMAL CONFIGURATION MUST BE INSTALLED EXCEPT FOR FORCE BUSY (W2. W7. W12. W17. W22.
W27. W32. W37. W42. W47. W52. W57. W62. W67. W72 AND W77; THESE JUMPERS MUST BE REMOVED.

DZ-12

DZll INSTALLATION
H317-F (20 rnA) Distribution Panel Jumper Configuratnon

TB16

#1}

111111111111"111111"11111111""1"111""11111111111"11111111""11111111111
CUNES8-15J

REFER TO TABLE
DZ-3 AND
DZ-4

W16

THE APPROPRIATE JUMPERS Wl-W16 (ONE FOR EACH LINE) MUST BE INSTALLED IF THAT LINE IS
OPERATING BELOW 300 B/S. JUMPER MUST BE REMOVED FOH LINES OPERATING HIGHER THAN 300 B/S

DZ-13

DZ 11 CABLING
DZl1 Cabling
Cabling drawings for each of the DZII configurations are provided in this section. These drawings also identify test connector placement. For more information, refer to Chapter 3 for cables
and Chapter 4 for test connectors.
DZll-A, 8, and E EIA Cabling Configuration

USE BC03M or BC03P TYPE CABLE FOR
CONNECTION TO TERMINALS OR BC05D'FOR
MODEM CONNECTIONS

H31 7-E EIA DISTRIBUTION PANEL

J20

OUTPUT CONNECTORS
TYPICAL ALL 16 LINES
USE H325

J18

USE H3271
AT CABLE END, TWO
M781!3 CAN BE CONNECTED TO ONE H3271

~~-7""f--_BC05W-15

CABLES

M7819

M7819
RIBBED
SIDE

DZ11-B

RIBBED
SIDE

DZll-A

L____,_"_J
DZll-E

WHEN CONNECTING CABLE TO H3271, BE SURE THAT RIBBED SIDE FACES OUT.

MK-2B21

DZ-14

DZll CABLING
DZll-C, D, and F 20 rnA Cabling Configuration

USE BC04R TYPE CABLE FOR
EXTERNAL CONNECTIONS
SEE H317-F WIRING TABLE

#1
H317-F 20mA DISTRIBUTION PANEL

#3
J1
#4

USE H3190
AT CABLE END.

DZ11-D

RIBBED
SIDE

DZ11-C

I
DZll-F

WHEN CONNECTING CABLE TO H3190, BE SURE THAT SMOOTH SIDE FACES OUT.
MK-2820

DZ-JS

DZll CABLING
H3J7-F 20 rnA Wiring Tables (Typical)
Examples shown: Connection to VTOS, LA30, and LA36.

Table DZ-3

VT05 Wiring

Mate-N-Lok
Connector Pin

VT05 Signal

S
2
3
7

Terminal + RCV Black
Terminal - RCV White
Terminal - XM IT Green
Terminal + XMIT Red

BC04R
Color Code

Table DZ-4

LA30, LA36 Wiring

Mate-N-Lok
Connector Pin

LA30, LA36
Signal

S
2
3
7

Terminal +XMIT Black
Terminal -XMIT White
Terminal - REC Green
Terminal + REC Red

H317-F
Terminal No.
4 (XMIT +)
3 (XMIT -)
2 (REC-)
I (REC+)

BC04R
Color Code

H3J7-F
Terminal No.
I (REC+)
:2 (REC-)
3 (XMIT -)
4 (XMIT +)

NOTE
The terminal REC signal is always connected to the 113J7-F XMIT
terminal post and the terminal XMIT signal is always connected to
the H3J7-F REC terminal post. Also, be sure to keep the polarity
the same, plus-to-plus and minus-to-minus.

DZ-16

June 1982

DZll CABLING
M7814 Cable Configuration with Another M7814 - When a 20 mA DZII is connected to another 20 mA DZ II, two H319 current loop receivers must be used.
"A OO

OOB

DZll
H317F DISTRIBUTION PANEL

DZ1100A"REC+~ o

GREEN

DZ11 .oN' REC -.

2
DZ11 ooA" XMIT -

DZ11°°A"XMIT+

8
:~'M'''",,": : : ,:
""

10 FT, CABLE
SUPPLIED WITH
H319

NOTE:

DZ11
H317F DISTRIBUTION PANEL

THE CABLE ATTACHED TO THE H319 SHOULD HAVE THE
CONNECTOR REMOVED AND RING LUGS ATTACHED TO THE
RED AND GREEN LEADS AS SHOWN,
THE BLACK AND WHITE LEADS IN THE H319 CABLE AND BC04R CABLE
ARE NOT USED.

DZ-17

PDP-ll/DZll DIAGNOSTICS
DZ 11 Diagnostics
Table DZ-5

DZ 11 Diagnostics

Diagnostic
Function
Checks DZ II F:unctional
Logic

Diagnostic Name

PDPll
Systems

DZ II 8 Line Async M ux Tests

(D)ZDZA**

---

Interprocessor Test Program
(lTEP) ITEP Monitor DZII
Overlay

EV DAA
RF,V*.*
EV TAA
RE V*.*
EV TBA
RE V*.*

Terminal Functional Tests

DZ II Link Tes ting

VA X-l1
Sy~ ~tems

(D)Z1TA**
(D)ZDZB**

Running PD P-II /D Z II Diagnostics - The following summarizes running DZ 11 diagnostics.
Start pllOgram:
• At address 000200 for normal testing, or
• At address 000210 for ECHO/CABLE testing.
Set Switch Registers:
For 000200
• SWO = 0 Auto Size
• SWO = I Initial start (manual input)
• SW7 = I No auto size (uses previous parameters)
For 000210
• SWO = I Manual input
• SWI = I Invokes ECHO/CABLE parameters
If program is started at address 200 with SWO = 1, the program prints the diagnostic name,
followed by the parameter functions, and then the status map.
Example of DZII Status Map
1500
1502
1504
1506
1510
1512

160100 =CSR Address
000300 = Vector Address
000005 = Priority Level
000377 = Lines Being Tested
017470 =Line Parameter Data
000000 = Turnaround Mode
000000 = Internal
000200 = External
100000 = Staggered

DZ-IS

PDP-II/DZII DIAGNOSTICS
Table DZ-6

Typical PDP-ll/DZll Diagnostic Parameters for Normal Testing (000200)

Parameter

Description

"1st CSR ADDRESS
(160000: 163700):"

Enter CSR address where testing is to
start followed by <CR>.

"1st VECTOR ADDRESS (300:770):"

Enter Vector address <CR>.

"BR LEVEL (4:7):"

Enter the correct priority level for the device being tested <CR>.

"TYPE "A" FOR EIA MODULE OR "B"
FOR 20 MA (A:B):"

Enter A for DZ II-A, B, or E or B for
DZII-C, D, or F <CR>. Entering'
<CR> only defaults to EIA selection.

"MAINTENANCE MODE
[EXTERNAL <H325> - EIA ONLY (E)]
[INTERNAL <DZCSR03=1> (I)]
[STAGGRED <H32717-EIA ONLY (S)]
[STAGGERED <H3190> - 20 MA ONLY
(S)]:"

Enter E, I, or S depending on which mode
is desired <CR>.

"# OF DZlls <IN OCTAL> (1:20):"

Enter total number of DZ I I's to be tested
<CR>.

Table DZ-7

Typical PDPll/DZll Diagnostic Parameters for ECHO/CABLE Testing
(000210)

Parameters

Description

"VECTOR ADDRESS-"

Enter correct vector address followed by
<CR>.

"CONTROL REGISTER ADDRESS-"

Enter device address <CR>.

"WHICH TEST? ECHO OR CABLE
(E OR C)"

Enter desired selection <CR>.

NOTE
Cable test (C) is only valid on EIA version.
"BAUD RATE-"

Enter the correct rate <CR>.

DZ-19

PDP-ll/DZll DIAGNOSTICS
Table DZ-7

Typical PDP-ll/IDZl1 Diagnostic Parameters for ECHO/CABLE Testing
(000210) (Cont)

Parameters

Description

"LINE:"

Enter the line number with the H325 connector installed for CABLE test or the line
number to which the terminal is connected
for ECHO test <CR>.

NOTE
Only one line can be entered at one time.
If CABLE test is selected, the
program prints:
"CABLE TEST"

If the selected line is working correctly,
the program will print:

"PASS DONE,"
To change lines, press any printable key at
the console terminal, the program returns
to the "LINE" prompt. Change H325 test
connector to new line, enter new line number followed by <CR>. Cable test will
continue. Repeat for all lines.
If echo test is selected, t.he
program prints:
"TERMINAL ECHO TEST"

The program then prints "THE QUICK
BROWN FOX JUMPED OVER THE
LAZY DOGS BACK 0123456789" on
the test terminal connected to the test line.
For continuous transmission of this message, set SWR to 377 while the message is
being transmitted or at the L1NlE prompt
level.

If the SWR is not set to 377,
the program prints the following
prompt:

DZ-20

PDP-lljDZll DIAGNOSTICS
Table DZ-7 Typical PDP-Il1DZll Diagnostic Parameters for ECHO/CABLE Testing
(000210) (Cont)
Parameters

Description

"TYPE A CHAR. ON DZII TERMINAL"

Enter any printable key at the test terminal. All characters entered at the test terminal should be ECHOED back to the
test terminal. Typing a CONTROL C at
the test terminal causes the program to
print "PASS DONE". The test message
"THE QUICK BROWN ... " will then be
sent. Typing any printable key at the
CONSOLE terminal returns the program
to the "LINE" prompt level.

DZ-21

DZll MAINTENANCE AIDS
DZ11 Register Bit Assignments
Register bit assignments for the DZII are shown below.

CSR
7fiXXXO
READ/WRITE

DATA OVRN

FRAMr;::~~ R L:;::~~I-'-==UFFER

VALID ERR

ERR

~~~SED ~-L_~_b_~-L~~ D3

----L14

~~3,

FREQUENCY
C I
~_

PAR

STOP
ENA8 CODE

2,~

, ,--.-10

E-'-~
LINE .. _ _ _
C~RR~DETECT ______ LINE
~~_3,

E-'-'--'- ,
15

LlNE-

RBUF
7fiXXX2
READ ONLY

06~-,0::.:5:....,-=--'-,_....::=-.-:=--.--'---.--C...:--,

E~'-~
I
I
LINE _ - - - DATA~~N~~.!?!______ LINE

-'-G[--';;~~~~---'---§DDPAR

NOT US~D

BREAK ENABLE
-

LINE
7
07

TRANSMIT BUFFER

_LINE
D7

DZ-22

TCR
76XXX4
READ/WRITE

MSR
• LINE 76XXX6
READ
ONLY
0

00
• LINE
0

RING INDICATOR

~l_~_ ~_2-L_~_

TRANSMIT LI~JE ENA8LE

LINE •
7
07

LFR

~'~~20NLY

TElUF
76XXX6
WRITE ONLY

DZ11 MAINTENANCE AIDS
DZll Tech-TipsjFCO Index

Table DZ-8

DZll Tech-Tip Index

Title

Speed
Bulletin
No.

DZII - (EIA) on a 103J or 113 Modem

NjA

DZII in Comm lOP Systems

NjA

20 rnA Distribution Panel Connections

NjA

DZII Installation Notes

NjA

Tech
Tip No.

Table DZ-9

DZll FCO History Chart

Optionj
Module

FCONo.

Date

Reason

Quick Check

M7819

ROO02

NOV 76

Detect DATIP and prevent the RD REC BUFF
from a character

E84 is 74LS32

M7814

ROOOI

JUN 78

Race condition between
TROY and transmit
select lines

RI62 = 100 ohm
and C67 = 470
pF ADD'ed at
E88 pin 6

DZII

ROO04

AUG 78

Prevent cable abrasion

Cable protector
on back of module

M7819

ROO04

SEP78

Character transmitted
on wrong line

Cl23 470 pF
ADD'ed between
feed thru below
and to the right
of E96 pin 7 and
E85 pin 7

DZ-23

DZ32 OPTION

To be supplied. Preparation of this material is planned for the near future.

DZ32-1

CHAPTER 3
CABLES

3.1 GENERAL
This chapter contains an outline drawing of each of the cables needed to configure any of the
device options contained in this manual.
The following Where Used cross reference chart quickly identifies which cables are used with
each option.
Cables are placed in alphanumeric order for easy reference.

3-1

Table 3-1

Communication Options Cable (Where Used) Chart

""""
0jJJf#J1ijjJJJjf/ljj/
g:<fci $
,,<v ~ "v"~" «",
" ,," ""
"""~,,
~ ,~"
~',.s' :-. .

i:::-

c§-

CABLES
BC01 R-XX
BC01W-XX
BC02C-XX
BC020-XX
BC03M-XX
BC03N-XX
BC03P-XX

Q.!:; Q.!:; Q'V ;j'Q~ Q~ ~

<§ QO Q~ Q~ ~

BC050-XX
BC05M-XX
BC05W-XX

X X
X

X X

X
X

X X

X
X X

X
X
X

X
X

X
X X X

X
X
X
X
X

X X X
X X X
X X X
X X X
X
X
X X X X
X X X X
X

70'16428
7018209

Z2!?8519

X
X

~~~~~~
BC06l-XX
BC08R-XX
OC08S-XX
BC08S-1
BC'I1 U-XX
BC20R-XX
BC20S-XX
BC26l-XX
BC55A-XX
BC55B-XX
BC55C-XX
BC550-XX
BC55F
BC55H
BC!55M-XX
BC55N-XX
7008360
7008423

~94R-XX
BC05C-XX

" "~':-...
0v' ~

X
X
MK-2B30

3-2

BCOIR

RS232
MALE CONNECTOR

M970 CONNECTOR

1..-

[

L--=ij ]]:~
I+-

BCOIW

B • • A
DO
C
F
o E
J
0 H
L
0 K
N
o M
R
0 P
T
0 S
V
0 U
X
OW

<to O(!)

»
A
G
B
H
C

coO OI
uO 0,

00 O~
wO 0-"
~O 0"-

::D

E
F/M L

c
c

o y

BB
DD
FF

OAA
o CC
o EE
JJ 00 HH
LL 0 o KK
NN 00 MM
RR 00 pp
TT 00 SS
UU
W

••

3-3

INDICATES CAVITIES
ARE NOT USED

BC02C
PIN 2

PIN 1

PIN 2

PIN 1

PIN 39

BC02D
PIN 49

PIN 50

00
00
00
00
00
06
06
00
00
00
00
00
00

PIN 49

00
00
00
00
00
00
00
06
00
00
00

PIN 1

PIN 50

RED MARKING ON EDGE OF CABLE
INDICATES CONDUCTOR 1

TRIANGLE
INDICATES
PIN 1

PIN 2

00
00
00
00
00
00
00
00
00
00

o
PIN 1

3-4

PIN 2

BC03M

RS232

FEMALE CONNECTOR

MK-J156

BC03N

MK-2571

3-5

BC03P

·0
••
·0
••
·0

·0
:.

••

o·
o·
••
o·

o.
00
o.

BC04R

BC05C
RS232C
MALE CONNECTOR

H856 CONNECTOR

~~-1

RR-.
NN

KK
HH

EE
CC

AI.

Y
W

FF
DO
LL

88
Z
X

K
H

E
C
A

.0
.0

~--t1
3-6

••
0:

BC05D

25 PIN
CINCH

~/_l
~~ur~--~l\~
~
In
,"W
HI

25 PIN
CINCH

BC05D-25 (RS-232-C INTERFACE) MODEM CABLE

BC05M

MATE-N-LOK
CONNECTOR

H856 CONNECTOR

~~H

-+-\

K
M
P
5
U
W

Y
AA

3-7

J
I.

N
R

T
V
X
Z

BB
DO

HH
KK

PP
55

--.1

B
D
F

BC05W

50-CONDUCTOR
FEMALE SOCKET
CONNECTOR

EiO-CONDUCTOR
FEMALE SOCKET
CONNECTOR

-+i
4911111 50

II
I

II 2

II) III

-+I
MK 3176

BC05Z

** A

B O.
DOO
F 00
J 0 0
L O.
NOO
ROO

USED IN V.35 APPLICATIONS

C
E

H
K

M
P
r •• S
V.O U
xOO W
Z .0 y
BB
AA
DD
CC
FF O . EE
JJ O. HH
LL 0 • KK
NN 00 MM
RR O • pp
SS
TT
UU
W

••
••

-'''/~
STRAIN RELIEF

••
••
**

3-8

INDICATES CAVITIES USED TO
MOUNT STRAIN RELIEF

BC06K
PIN 2

PIN 1

PIN 2
TRIANGLE
INDICATES
PIN 1 (2 PLACES)

PIN 1

RED STRIPE

TWIST RIBBON CABLE CONTAINS A TWIST
SECTION EVERY 21 INCHES. THERE MUST BE
AN ODD NUMBER OF TWIST SECTIONS
WITHIN ANY LENGTH VARIATION OF
Bcoe K CAB LE.

PIN 39

BC06L
PIN 2

PIN 2

PIN 1

TRIANGLE
INDICATES
PIN 1 (2 PLACES)

WIRE TWIST SECTION(S) TO BE LOCATED
IN APPROX CENTER OF CABLE AND A
MINIMUM OF 3 IN FROM CONNECTOR
PIN 50

00
00
00
00
00
00
00
00
00
00
00

PIN 50

PIN 49

3-9

PIN 49

BC08R

H856 CONNECTOR

H856 CONNECTOR
uu

S
PI'

TT
RR

MM
KK
HH

EE
CC
AA

y
W

BB
Z

X
V

S
I'

T
R

M
E
C

N
L
J
F
0

K
H

--+I

NNo
LL
JJ
FF

B
0

t---

C
E
H
K

M
I'
S
U
W
Y
AA

CC
EE
HH
KK

MM
PI'
SS
UU
MK-3159

BC08S

40-PIN SOCKET

40-PIN SOCKET
B

o
F
J
L
N

H
K
M

R
T

V
X

Z
BB
DO

FF
JJ
LL
NN
RR
TT
VV

~--+I

U
W
Y
AI'

F
J

I:
H

L
N

K
HI

R
T
V
X
Z
BB

I'
S
IJ

W
Y

AA
AA

FF
JJ
II
NN

HH
KK
HIM

L-~

I'P
S5

UIJ

r-VV

CC
EI:
HI~

Mil;!

PP-.J

UU
MK-315B

3-10

BCllU

BC20R

3-11

BC20S

]] 1[0

& y
MK·2670

BC26L

o.* *
B.

•

F • • C
E
J • •o H
L. o K

R. o

N •

••
••
••
••
••
••
••
••
••

IIJ

·i

V.
X.
T

•

M
P
S

•OW
U

.0
.0
.0
O.
O.* *

Z •

BB
DO

FF •
JJ

•

y
AA
CC

o EE
o

KK
LL 0
NN
MM
RR 00 pp
TT 00 SS
UU
W

* INDICATES CAVITIES
ARE NOT USED

3-12

BCSSA
Appropriate terminator connectors H3257 or H3258 must be used.

FEMALE CONNECTORS

BC55A-l0(INTEGRAL MODEM) PANEL CABLE

MALE CONNECTORS
CONNECTOR PANEL
(FRONT VIEW)
MK-2137

BCSSB

~II~
Fi'W-------, r - - - - - - - - - ' I

----I}t

~ ..!!l 000

illl-----:

~110

BC55B-l0 (RS-422-A INTERFACE) PANEL CABLE

3-13

BCSSC
NOT USED
IN DMPll

<
<

RS-423-A

RS-232-C

=W8
=W9
=Wl0
=Wll
=W12
=W13
=W14
=W15

=W2
=W3

0
0

Wl
=

illJ
[ill

CTI:::I
U§::I

IT!::I
0

=W19
=W20
=W21

ut]
BC55C-l0(RS-232-C/RS-423··A) INTERFACE PANEL CABLE

3-14

=W16
=W17
=W18

=W4
=W5
=W6
=W7

BCsse
Table 3-2 Modem Option Jumper Functions

{jjIi ~1Jj!J/h lih
~

:,..':1=

J2
Pin Jump";.",,,
.Q;'

t::J"

2
3
4
5
6
7
8
9
10
II
12
13
14
IS
16
17
18
19
20
21

WI
W7

WI9

WI4
W3
W2
W6
W20
W5
WI8
W17
W4

IN
IN
IN
IN
IN
IN

1i'

~"!

.q;,

~"'i

a G
a Oa ~ §'

t: t: t: 0'" ~

(i;

IN
IN
IN
IN

IN
IN
IN
IN
IN
IN

INt
IN
IN
IN
IN
IN
IN

IN
IN
IN
IN
IN
IN

24
25

r.;'"

WI6
W13

W21
W12
WI5
WIO
Wl1
W9

IN*
*

'<.i

BA
BB
CA
CB
CC
AB
CF

SD
RD
RS
CS
DM
SG
RR

SCF
SCB
SBA
DB
SBB
DD

SF
SRR
SCS
SSD
ST
SRD
RT

SCA
CD
CG
CE
CH
CI

IN
IN

W8
*RS-232·C defines both signals for this pin
t CCITT modem A only

3-15

101

SRS
TR
SQ
RL
IC
SR
SF
SS

.Q;'.Q;'

IN
IN

r.;~ ,~.

~ ~

'<.i

LL
IN

22
23

~IS

~"! ~ t::J

103
104
105
106
107
102

~09

126
122
121
110
114
119
liS
141
120
108
110
140
125
111
112

116
113
SB
117
TM
142
Make Busy
IT

BC55D

1
0

[Jr----==og\L.---6-----'- - - -'1~r
37 PIN
BC66D-33 (RS-422-A/RS423-A INTERFACE) MODEM CABLE

37 PIN
CINCH

CINCH

BC55H
NOTE
The BC55F cable is very similar to the BC55A. The only difference
is in the connector panel configuration (see BC55A).

RS-232-C

RS-423-A

-+-~J
~21.
~'_,
(-;-"',
I ,_--'II
II.
I : 'I i
I
'1

: I

I •• 1,

:-1,

---' I

II
II
II
II

II - : I
II' I

It. :11
I

:1-, . I

1:;1;
I :-1,
I ':1,

=W15
=W16
=
W17
c:::JW18
c:::JW19
c:::JW20

II: : I

• I

I' : I

I: • I
I •• I
I •• I
- ..

W1 c::::J
J3
W2 c::::J
W3 c::::J
W4 c::::J
W5 c::::J
W6 c::::J
W7 c::::J
W8 c::::J
W9=
C5 [=::J
C6 [=::J
C4 [=::J
C3 [=::J
C1 [=:1
C2 [=::J
W10=
W11=
W12c::::J
W13 =
'--==-~
W14=

---------

8C55H-3 (RS-232-C/RS-423-A) INTERFACE PANEL CA8LE
MK·2666

3-16

BeSSH

Table 3-3

BeSSH Modem Option Jumper Functions
FUTURE D
X.21 BIS
;;
rrx.20BIS

It iiiii;j;jljlj;j;j«!J!ill;' ~
rYv

23
21
11
23
16
14
12
21
4
15
17
18
19

Wl
W2
W3
W4
W5
W6
W7
W8
W9
Wl0
Wll
W12
W13
W14
W15
W16
W17
W18
W19
W20
W21

25
24
25
24
13
25
1
2
3
5
6
7
8
20
22

')~

c§'

,y:::;t":::;t'V:::;t'V

§>0c:50""><O"!!>ryry~:;:
~ ~ ~ .:;,."f .:,.'Y .:;,.'Y .:;,."f ~ ~.~.
':V
l>'

$' $' $' $'

t t t t

1Y 1Y

~~~~Q"'Q"'Q"'Q"'&&&&~~~I:;;'"

IN
IN

IN
IN
IN
IN
IN
IN
IN

IN
IN
IN

CH
CG

IN
IN
IN

IN
IN

IN
IN
IN
IN

IN
IN
IN

IN
IN

IN
IN
IN

IN
IN

IN
IN
IN

1--:~- I-~
IN
IN

IN
IN
IN
IN
IN
IN
NOT NORMALLY INSTALLED
IN
IN _.IN
IN

CI
SBB
SBA
SCF

111

110'

126
SF
SF
SRD -119
SSD (fa
SRR 122
140
RL
-- iO-5
RS
~114
ST
115
RT
141
LL
SRS 121

11'2

IN
IN
IN
IN
IN
IN
IN
IN
IN

IN
IN
IN
IN
IN

IN
IN

TM
142
DA-- -=-113
TT
117
SB

SCB SCS 12T
-MAKE BUSY---

IN
iN

--- - -

CA
DB
DD
SCA

---~

AA
SA
SS
CB
CC
---

3-17

1:;;"'&

Il'

~
CF
CD
CE

il!f

10'103
SD
104
RD
106
CS
DM r~

§9
RR
TR
IC

---~

-~g%108
125

.:;,.'Y

BC55M

Cable is used for the same purpose as the BC55N, but for data rates above 56K b/s.

USES: BELDEN B232 - UP TO 4.3 KM (14K FEET)"
BELDEN 8233 - UP TO 6.0 KM (18K FEET)'

'MAXIMUM DISTANCE IS DEPENDENT ON SPEED.
REFER TO M8203 TECHNICAL MANUAL, EK·M8203·TM FOR DETAILS.

BC55N

Cable is used to interconnect local (integral) configurations for a selected data rate of 56K b/s.

USES: BELDEN 9272

BC55N TWINAX CABLE

Recommended connector hardware for building BC55 type cables in excess of 30 m (98 feet):
Component

DIGITAL Part Number

AMP Part No.

Small cable clamp
Large cable clamp
Male housing
Male pin
Female housing
Female pin
14 ga male pin

12-11430-00
12-11430-01
12-12527
12-12001
12-12526
12-12000
12-12001-1

206062-1
206358-1
206153-1
66589-2
206060-1
66590-2
66587-2
3-18

June 1982

7008360

B O. A

o a a C
Fa. E
J O. H
La. K
N a a M
R a a P
TO. S
VOOU

1
2

xoow
z a a y

3
4

BB O . AA
DD
CC
FF O. EE
JJ
HH
LL a • KK
MM
NN
RR
PP
TT
SS
w •• UU

5
6

a a

7
8

a a

a a
a •
a a

**
INDICATES CAVITIES
ARE NOT USED

7008519

•
•o
•o
•o
LOCATING
PIN

3-19

7016428

BOeA
DOOe:
FOe E
Joe H
L 0 e ~:
NOO M
Roe p
TOO 5
VOOLJ
X 0 0 W
ZOO y
BB 0 0 AA
0000 CC
FF 00 EE
JJ 00 HH
LL 0 0 KK
NN e 0 MM
RR 0 0 PP

TT 0 0 5S
WOO LJU

**
* INDICATES CAVITIES ARE USED TO
MOUNT STRAIN RELIEF

7018209

PIN 13

[J3
PIN 14

PIN 1

3-20

CHAPTER 4
TEST CONNECTORS
AND TERMINATORS

4.1

GENERAL

This chapter contains outline drawings and turnaround signal flow diagrams of each of the test
connectors needed to test any of the device options contained in this manual. The following
Where Used cross reference chart quickly identifies which test connector (or terminator) is used
with each device option.
Test connectors are included in this chapter in alphanumeric order for easy reference. Note that
some of these test connectors are used in more than one application.

4-1

Table 4-1 Communication Options Test Connectors/Terminators (Where Used) Chart

tfJfiifjjjfjtj;jjii/JE!JlI
~~

CONNECTORS
H315
H325
H327
H329
H861C
H3190
H3250
H3251
H3254
H3255
H3259
H3260
H3271
H3272
H3273
H3274
H8611
H8612

~ ~ '" '" '" '" '"
'" '"
,
'"
~"'''''''0~~~~''''''~~'''''''''~~

~~~~~~~~t~§~~~~&~~

X X X X

X X
X

X
)(

---f--'

X X X X
X X X
X X X
X X X

--- --- --r- -

X
X X
X
X

-- --- X

M974

-+-- . -- I - - ..

---.

---

--- --I-- - - I - - ..

_- -

12-12528

--I-- -

TERMINATORS

H3257
H3258

X X

X X X X X

-- f---f-.

--~
--~

X X X
X X X

MK-3151

4-2

H315
CABLE
CONNECTOR

BACKPLANE
CONNECTOR

EXTERNAL CLOCK

TRANSMIT CLOCK

RECEIVER CLOCK

"'3
H2
J2

TRANSMIT DATA

E2=:J

sr
EJiO
I

6]'

RECEIVE DATA

DATA SET READY
SECONDARY TRANSMIT DATA

N'3 o U: :::::::::::t
E1

J1
CABLE
CONNECTOR

SECONDARY RECEIVE DATA

DATA TERMINAL READY

CARRIER DETECT

CLEAR TO SEND

REQUEST TO SEND

FORCE BUSY

RING

BACKPLANE
CONNECTOR

H325

SCE~24
SCT

SCR

SEC XMIT

11
CUT TO TEST

1--

~ SYNC

NEW

SEC R C V = : = J

SIDE

XMITDATA~

...... ... .. .

•••••

RCV DATA-------U

~~=---±J

•••••••

co===:iJ
NEWSYNC--.---1~4~
H325
DATASETRDY--4---~~

CUT TO TEST*
NEW SYNC
DTR ___.-.:2:.::0~

R1__4-.-.:2:;:.;2;....1

4-3

VIEW E

"327
P1
TO

R"=:J
T'I
R<U
T:!

R:U
T:!

R:U
T4

R;::]
T5
RU
T6
RU
T7

Cel

•• •• 31

2
4
6
8
10
12
14
16
18 o 0
20 o •
22
24
0
26
28
0
30
32
34
36
0
38
40
0
42
44
0
46
48
0
50

Ri:]

• • 57
••• • 119
13
•• •• 15
17
19
•• 2123
25
27
• 29
• 3133
•
•
•
C

35
37
39
41
43
45
47
49

[lTR 1
[lTR 2
(~

[lTR 5
(~
[~

CARRIER 0
(~

CARRIER 2
CARRIER 3

4-4

H329
TRANSMIT 0

- - - - - - - - - _ . RECEIVE 1

DTR 0

CRING1
CARRIER 1

RINGO ......
CARRIER 0 .......

- - - < - - - - - - - - DTR 1

RECEIVE 0 . . . _ - - - - - - - - - - TRANSMIT 1
NOTE:
LINES 2 & 3 ARE STAGGERED
IN THE SAME WAY,

* INDICATES CAVITIES ARE NOT USED
H861
Jl
I
A~I~S~E~C~TX~3~.7~.1~1~.1~6~-,
SEC TX 1.6.9.13

SEC RX3.7.11.16

I SEC RX 1.6.9.13

H
J

I C0371115
L

,, -1 CO 1.6.913

'CS371116

~
,

I RS 3.7.11.15
I RS 15.9.13
DTR 3.7.11.16

~ I DTR 1.5.9.13
V

!CS1.5.9.13

I RING 3.7.11.15
I RING 1.5.9.13

W>-~SE~C~R~X=2.~6.~10~.1~4_-.

SEC RX 0.4.8.12
SEC TX 0.4.8.12
CO 2610 14
BB

CC
DO
EE

CO 0.4.B.12
,, II CS
2.6.10.14
I CS 0.4.8.12

FF
HH ~

JJ
KK

RS 2 6.10 14
I RS 0.4.B.12
I DTR 2.6.10.14

' DTR 0.4.B.12

~ RING 2.6.10.14
)

I RING 0.4.B.12

M~~:

NOTE:
TURNAROUND SIGNAL FLOW AND PINNING
ARE IDENTICAL FOR ALL 4 CONNECTORS IJ1·J41

4-5

.~ -~-- ~

"3190

~ ~

tj
f::::'::l

~:J
E3

t:::j

t.:.--,

LINES 2&3. 4&5 AND 6&7 ARE STAGGERED THE SAME WAY

2~J

I::::::l

"3250

o [J 0

AUX ClK +
TX ClK DIFF +
RX ClK DIFF +

OBOOQAOC
OFOJOEOH
Ol OK
ORQNOpOM
OVOTOUOS
OZOXoyOW
OdObOCoa
OlO90hOP
onOkOmOi

AUX ClK TX ClK DIFF RX ClK DIFFTX DATA DIFF +
I~X

DATA DIFF +

TX DATA DIFFRX DATA DIFFRTS
CTS
CDET

o [J 0

VIEWB

DTR
DSR

H3250

4'-0

v
W
a
X

J:
R
S
T

~
I

I
I

H3251

J1
1

•

SHIELD GROUND

SIGNAL RATE INDICATION

~
4

SEND DATA +

SEND TIMING +

REO DATA +

I
I

REOTO SEND +

~
~

REO TIMING +
CLEAR TO SEND +

LOCAL LOOP

DATA MODE +

TERMINAL READY +

·
·

RECEIVER READY +

REMOTE LOOP

INCOMING CALL

SIGNAL RATE SEL

TERMINAL TIMING +

TEST MODE

SIGNAL GROUND

RECEIVE COMMON

SEND DATA-

SEND TIMING-

REO DATA-

I
I

REO TO SEND-

REO TIMING -

CLEAR TO SEND -

TERMINAL IN SERVICE

DATA MODE-

TERMINAL READY-

H3251

RECEIVER READY-

SELECT STANDBY

SIGNAL OUALITY

NEW SIGNAL

TERMINAL TlMING-

STANDBY INDICATION

SEND COMMON

H3254
J1
NULL CLK +
REC CLK +
TX elK +
NULLCLK REC CLKTX CLK TX DATA R DATA +
TX DATA +
A DATA
RTS
CTS
REC ADY
TEA RDY
DATA MODE
TX INT
REC INT
TX INT
REC INT

PP
HH
CC

55
TT

I
I

KK
K

V
T
BB

I
I

SIDE 1
H3254

DD
Z

JJ
NN

FF
MM

4-7

H3255
J2
A

SEND COMMON

B
REC COMMON

TER IN SER

INCOMING CALL
TER RDY +
DATA MODE +
SEND DATA +
REC DATA +
SEND DATAREC DATANULL CLK +
SEND TIMING +
REC TIMING +
NULLCLK SEND TIMING RECTIMING RTS +
CTS +
REC RDY +
NEW SIGNAL

KK
S

L
N
R

IT
SS

T
BS

J
J

NN
p

SEC FIEC DATA

:'k SEC CTS

+
+

JkSEC RTS

+
SIDE 1

+
+
+

TH1

TH2

H3255

LOCAL LOOP

TI::STMODE:

SEL STAND BY

STAND BY IND
RTS CTS REC RDY -

TER RDY -

L-L

SEC SEND DATA

DJ~TA MODE

SIGNAL RATE IND

M.,M

SIGNAL QUALITY
SEL SIGNAL RATE

AA
pp
H

u
w

J
J
J

J
MK-2122

NOT REC1UIRED FOR DMP11

4-8

83259
SIGNAL FLOW

,....,

TRANS SIG ELMT TIMING

RCV SIG ELMT TI~'ING

I
WI

SIGNAL RATE SEL

UNASSIGNEO PIN

SECONDARY REQ TO SEND

SECONDARY TRANSMIT

SIGNAL QUALITY DETECTOR

SPEED INDICATOR (212A)

B·::::::::::::Q OJ

SECONDARY RECEIVE

26
TRANSMIT DATA

RECEIVE DATA

LOCAL LOOP

DATA SET READY

DATA TERMINAL READY

RING INDICATOR

TEST CONNECTOR
OUTLINE

20
22

REQUEST TO SEND

I
J.

CLEAR TO SEND
CARRIER

'-.,..I

93260
TEST MODE
SIGN QUAL
SF/RL

MR~:

'--?r"J
WI

RS422
WS...c::::J-o RS423
W5...c::::J-o
W4...c::::J-o---·W2
W3...c::::J-o---.Wl

H3260

SEND DATA
RX DATA
SEND DATA
(RS422)

TERM TIMING
SEND TIMING
RX TIMING
TERM TIMING
(RS422)

CLEAR TO SEND

B~~

REQ TO SEND
RX ROY
INCOMING CALL
TERM ROY
DATA MODE
DATA MODE RET
I LOCAL LOOP)

--n

D~:
~:
we

NOTE: I. WI & W2 IN
W3--WB OUT
2. :~~:~NOUT

I
I

SEND TIM RET
RX TIM RET
TERM TIM RET
IRS422)

f::

SEND DATA RET

K~:

RS·423·A TESTING
RX DATA RET

RS-422-A'TESmiG

4-9

H3271

---f2--

TAANS 0

AEC ,

~. _ _ _ _ _r,=.'---I:~2~3
_ AI ,

DTR 0

'--L.:L-

CO ,

1
I

COO~
AI 0

~ _ _ _ _ _..,.;:4::...- DTA ,
1

AECO~

:24

TRANS'

NOTE
LINES 2 & 3. 4 & 5 AND 6 & 7 ARE
STAGGERED THE SAME WAY

H327'

H3272

ATS 0

~:~ ~EC'

SEC XMIT 0

• CTS'
_ _ _ _....

LOCAL
LOOP 0

__-_-:

.------rL~~_=_-_===~~-

DTA 0

LlNEO
CTSO----SEC AEC 0 - - - - -

______

::~ ~MIT'

...

::::MIT'
·-----DTR'

AING 0

'---------

H3272
::RGRI'ER ,

RECEIVE 0

CARRIER 0

C,....I---....J~:J

- - - -...
~ RECEIVE'

TRANSMIT 0

OSR 0

....~-------'

NeTE: LINES 2 & 3. 4 & 5. 6." 7 ARE STAGGERED IN THE SAME WAY
SIGNAL FLOW

4-10

TEST CONNECTOR
OUTLINE
LINE'

"3273

A
B

o
D

o
F

o
H

INDICATE CAVITIES USED TO
MOUNT STRAIN RELIEF
STRAIN RELIEF

"3274

70-17028
MALE PIN B

MALE PIN C

~
[}::::=3

::J

f'1"I 70-1702B-00 IS INSTALLED ONTO PINS BAND C
\.:..J OF THE MIL188 I/O CONNECTOR ON THE

OF 70-11>428 CABLE

70-17029
FEMALE PIN B

FEMALE PIN C

VT100 XA OR XB
ALSO INSTALl.ED ONTO PINS BAND C

~ ~

~~
4-11

70-17029-0-0 IS INSTALLED INTO PINS
BAND C OF THE BC20S CABLE

H8611

J1
TX SERIAL OUT

LINE

**
BoeA

LINE

Doec
Foe E
Joe H
Leo K
NeOM
Reo P
S
T e
VOOU
x e W
zoey
BB 0 e AA
DD 0 e CC
FF eo EE
JJ eo HH
LL eo KK
NN eo MM
RR 00 PP
IT 00 SS
WOO UU

~....,
;.;.

RX SERIAL IN

'"
A

TX SERIAL OUT

RX SERIAL IN

I
j

TX SERIAL OUT
LINE

LINE

J!.

TX SERIAL OUT

RX SERIAL IN

A.t

RX SERIAL IN

. JL ~

TX SERIAL OUT

RX SERIAL IN

TX SERIAL OUT

LINE

* INDICATES CAVITIES ARE NOT USED

RX SERIAL IN

J
I

RX SERIAL IN

I;t
'"
~

TX SERIAL OUT

RX SERIAL IN

;r,

LINE

'"""
12-12528
PI"l1

PIN 2

PIN 3

XMIT
SHIELD
SHIELD

X
4-12

TX SERIAL OUT

. REC

2. SHIELD
3 SHIELD

88612
J1
".....,

~ I--

DATA SET BUSY 00

DATA SET BUSY 01

8D
E

0- -

DATA SET BUSY 02

DATA SET BUSY 03

.!.

EIA RCV DATA 00

EIA RCV DATA 01

B __ A

L _ 0 K
N _ 0 M
R _ 0 P
T_OS
V- 0 U
_0 W
Z 0 _ Y

_ AA

RR 0 -

TT 0
_ SS
W
__
UU

~
p

EIA XMIT DATA 01

~DV11 BUSY 00

DV11 BUSY 01
DV11 BUSY 02

IN f--

~
Y

~
I¥
BB ! - r--

DV11 BUSY 03

EIA XMIT DATA 02

~EE

EIA XMIT DATA 03

EIA RCV DATA 02

I~
v

EIA RCV DATA 03

Ii(K

INDICATES CAVITIES ARE NOT USED

'--

&- -

DD 0 - CC
FF 0 _ EE
JJ 0 - HH
LL 0
KK
NN
0 -_ MM

r-~
L

M r--

EIA XMIT DATA 00

D_OC
F_OE

J-OH

ASYN H

.~ ~-

LL
0 -

MM
v

f-~
pp

~ t--

SS
v

-g:. f-UU

0"-_

4-13

M974
o

PIN
TTi_ DATA OUT
TTc DATA IN

O:£J

TTL DATA OUT 1
TTL DATA IN
TTL DATA aLIT
TTL DATA IN
TTL DATA OUT
TTL DATA IN
TTL DATA OUT
TTL DATA IN
TTL DATA OUT
TTL DATA IN
TTL DATA OUT
TTL DATA IN

TTL DATA OUT
TTL DATA IN

1=:d

TTL DATA OUT

'. E2]

TTL DATA OUT
TTL DATA IN

4=~
R1

TTL DATA OUT

13~

1:=:;J

TTL DATA OUT

15~

TTL DATA IN

15=:;J

H3257
TERMINATOR

4-14

11~
12

"3257/"3258

H3258
fEHMINATOR

10~

12=:;J

TTL DATA IN

10--E

TTL DATA OUT

--.Q]

TTL DATA IN

6 T1
6:;;1
7-

TTL DATA IN

TTL DATA OUT

3~
Kl

TTL DATA IN

TTL DATA OUT

CHAPTER 5
SPECIAL TEST PROGRAMS

5.1 INTRODUCTION
This section includes a brief description of the diagnostic packages that typically test intersystem communication links such as the Data Communications Link Test (DCLT) and the Interprocessor Test Program (ITEP).
Both DCLT and ITEP contain special expanded command features which are device dependent
(for example, printing the base table under DMRjDCLT). Other variations in features and
functionality (such as the HELP files for each specific DCLT) are also device dependent.

5.2 DATA COMMUNICATIONS LINK TEST (OCLT)
DCL T programs provide Field Service personnel with a tool to verify communications links for
many of the options contained in this mini reference manual. DCLT programs also provide the
coverage necessary to isolate faults in the following areas:
• Communications interface program functionality,
• Communication modem,
• Communication cabling and installation, and
• Physical link/network.
DCL T programs allow testing between nodes with different hardware interfaces implementing
the same or compatible protocol. The DCLT program can be exercised under normal maintenance loop back tests:
•

I nternal TTL loop back,

• Hardware loop backs:
-

module test connectors, or

cable test connectors,

• Manual controlled local modem analog and digital loop back functions (full-duplex
mode),
• Programmable controlled local modem analog loop back (RS-449 only and full-duplex
mode), or
• Programmable controlled remote modem digital loop back (full-duplex mode).
5-1

5.2.1 Hierarchy Prerequisites
Before using DClT to test the communciations link it is important to verify that the CPU's line
clocks an: operational. In addition, it is important to verify that the devices at each end of the
link have previously been tested by device specific diagnostics and found to be in working order.
Prior to analyzing any data, the user should have a thorough understanding of the protocol formats applicable to the system under test.

5.2.2 System Requirements

To run th~ DCLT program, the following minimum hardware/software is required:
•

PDP-II or VAX-II CPU,

•

Minimum memory requirements:
-

28K words for PDp··II systems,

256K bytes for VAX-II systems,

•

Any supported XXDP+ load media,

•

A working line or real-time clock,

•

Diagnostic supervisor, and

•

A communications device to test.

5.2.3 Program Structure
The DClT program is written to be used with the diagnostic supervisor. Some communications
options are supported by a DClT program designed to test the communications link for that
option. For each individual program, hardware and/or software P (Parameters) Tables are available to establish certain conditions. All DClT programs use a command line interpreter (CLI)
that may utilize anyone of three DClT command types:
•

Run Commands - (detailed in Tables 5-1 and 5-2),

•

Message Commands - (detailed in Table 5-3), or

• Statistical/Utility Commands _. (detailed in Table 5-4).
Any DClT command may be followed by its associated switch and/or qualifier. In the event of
an illegal command, the program will output an error message to the console.
Six sequential subroutines are normally peformed during the normal DCl T run command operation:
• Device Initialization,
•

Mode Set-Up (set FLAG word),

•

Receive Buffer QUE/START,

• Transmit Buffer Que/START,

5-2

June 1982

• Data Comparison (only if data check has been enabled), and
• Program PASS Completion.
Along with these six subroutines the DCLT program can also perform special routines which
may be device specific:
• DCLT down-line load test (only if supported by the device being tested), and
• Talk/Listen Mode
-

Talk/Listen mode is used for operator communication requiring line turnaround
in half duplex.

Talk mode allows the user to type his own message of up to 72 characters.

Listen mode allows the user to look for receive data and display up to 72 characters on the console.

If the first four characters of message are "EXIT", the program will switch to the
other mode automatically at both ends of the link.

5-3

Table 5-1

RUN Command

RUN COMMAND
Function - Command name RUN (R) -- used to execute the DCLT program. The run command requires a mandatory mode (M) type; it may use optional qualfiers.
Command Format: R M = Run Mode
where:

R M =, Mode Type/Optional Qualifiers
l..-_.....:....:.-I ~.---r=='
Check (CH); No Check (NOCH)
Status (S): No Status (NOS)
Echo (E); No Echo (NOE)
Modem (M); No Modem (NOM)
Pass (P)=#
Loopback (L) = type
~.-------------------------------;

See Table 5-2 for detailed description.

Default
Qualifiers

Type

Description

Active (A)

Transmit one message from list;
monitors receiver for incoming
data until list is empty. For
full-duplex and local testing.

/N oEcho /N oLooping

Passive (P)

Monitors receiver for incoming
messages; then transmits a
message from the list until the
list is empty. For half-duplex
testing, one node must be active;
the other passive.

/NoLooping

----------------------..--------------------

Transmit (TR) Transmit one message from the
list; repeats until list is
empty.

/NoEcho/NoLooping
/NoCheck

Receive (R)

Receive incoming messages;
repeat, unless checking is
enabled. Compares receive data
to expect list data.

/No Echo/NoLooping

Talk (TA)

Prints a prompt TLK on the con/No Echo/NoLooping
sole allowing operator to input
/NoCheck
up to 72 characters transmission.
Receive node must be in Listen
mode. Program will switch to
Listcn modc if first four charactersare_E_X_J_T_..__________________~ __________________._
5-4

Table 5-1

RUN Command (Cont)

Type

Description

Listen (L)

Prints a prompt LIS> and monitors
receiver for data. Message is
printed on the console when it
is received. If first four received characters are EXIT, the
program switches to Talk mode.

/NoEcho/NoLooping
/NoCheck

Downline (D)
Load

Issues Maintenance Oriented
Protocol (MOP) sequences for
devices that support this
feature.

/NoEcho/NoLooping
/NoCheck

Default
Qualifiers

RUN Command Examples:
Format

.Description

1. R M=A/S/CH/L=C/P=5

Program runs in Active mode, allows status printouts, does data comparisons, loop data at cable
(test connector required), and does 5 complete
passes before completing test.

2. R M=A/SjM/L=IjP=2

Program runs in Active mode, allows status printouts, loops data internally, and makes 2 passes.

3. R M = P /NOCH/S/NOE/NOM/

For half-duplex, one node must be active and the
other passive. Set the passive node first as shown
in the example. The active node can then be set
up, as shown above.

L=C/P=2*
4. R M=AjSjCH/L=CjP=-1

Program runs in active mode, allows status printouts, does data comparisons, loops data at the
cable (test connector required), and makes continuous passes until a control C is typed by the
user.

If no entry is made for a certain qualifier function (such as NO CHECK qualifier in Example 3)
in the command string, the default is the previously-entered qualifier for that function. In Example 2, data comparisons would be done because the CHECK function (as opposed to NOCHECK) was previously established in Example 1. When that qualifier function is changed, it becomes the default entry for subsequent command strings when no entry is made.

* Command strings must be single line.
5-5

Table 5-2

DCLT RUIl Command Optional Qualifiers
Format

Type

Description

Check (CH)

Enables byte by byte comparison of receive buffer
against list buffer. If
CHECK is enabled, the following receive error
messages are possible:
Data Comparison Error (CMD);
Data Comparison Error
total mismatches;
Data Comparison Late
Error (CML).

No Check
(NOCH)

Disables data checking.

Status (S)

Enables printing of
operator status messages
on console such as:
TXQ
TXC
RXQ
ERR
INI

Refer to Table 5-6
DCLT Event Log Messages

MSC
CMP
CML
CMD
EOP

No status
(NOS)

Disables printing of
operator status messages.

Echo (E)

Used in passive mode only;
forces transmit list to be
the same as received data.

No Echo(NOE) Disables Echo.
PASS=N, where:

PASS (P=)

N = Total number of
passes desired before
returning to DCLT
prompt:
Enter - 1 = infinite
loop until CNTL C

5-6

Table 5-2

DCLT Run Command Optional Qualifiers (Cont)

Type

Format

Description

Loopback Type Allows program selection
(L=)
of various maintenance
loop back test configurations in active mode only .
. 4 Loopback Types:

L = Type, where N =

TTL Loopback within module

I for INTERNAL

External cable test (Any
externalloopack including
test connector, manual
modem loopback or remote
system-to-system loop back).

C fol' CABLE

Program selection of
localloopback (analog
loop back) in RS-449
modems.

L for LOCAL MODEM

Program selection of
remote loopback (digital
loop back) in RS-449 modems.

R for REMOTE MODEM

MODEM (M)

Enables modem interrupt
testing, but only on
devices that support modem
transition interrupts.

NO MODEM
(NOM)

Disables modem interrupt
testing.

5-7

Table 5-3

Message Commands

MESSAGE COMMANDS
Function -

Allows the user to assign. clear, or show transmit or expect (data comparison)
messages within each transmit or expect list buffer area. Maximum buffer area
for each is 512 bytes.

Message Command Types:
I.

Clear CommandJ~J

Command Format:

Used to clear associated buffer area and preset the list with an
ITEP message.
C T = Clear Transmit list and
C E = Clear Expect List

Examples:
Simply enter C E or C T at the DCl T> prompt.
DCLT> C E
2. Set Command (SE).
Command Format:

Used to assign transmit or expect messages.
SE T for Sct Transmit and
Sf. f for Set Expcct
or
Sf. E = T for Set Exp<:ct equal to Transmit

where:
Sf Tor
SE E = Message Type/Optional Qualifier

5-8

Table 5-3

Message Commands (Cont)

Message Type/Optional Qualifier

Name

Description

SIZE(S)
SXXX

XXX = MSG size from
I to 512 Bytes

COPY(C)
CXXX

XXX = copies MSG
from 0-14 additional times

MSG
Type

Default
Buffer
Length
(Bytes)

(Z) ZEROS
(0) ONES
(1) IALT
(0) OALT
(C) CCITT
(A) ALPHA

64
64
64
64
64
65

All zeros (000____ )
All ones (1111 ____)
Alternating one/zero (101010,_ __
Alternating zer%ne (010101 _ __
512 CCITT Bit Pattern (Random)
ALPHA/Numerics
(#$!" &'()*E H + ,-.0 123456789:; < = >?
@ABCDEFGHIJKLMNOPQRSTUVWXYZ/(']\"___ %

(I) ITEP

"Interprocessor Test Program (lTEP)"
message I(DPI:)
« 177> < 177> /$A THE QUICK BROWN FOX
JUMPED OVER THE LAZY DOG.<15><12><001>
<177><177><177><177>

MSG Data

Operator typed data to include only
A-Z, 0-9, SPACES,TABS"
delimited by quotes;
Example: "HELLO"

Description

5-9

Table 5-3

Message Commands (Cont)

EXAMPLE OF SET COMMAND:
Examples:
Format
--------------~

Description

SE T=I/S=50/C=4

Assigns 5 copies (original + 4 copies) of ITEP message
(size == 50 bytes each) to the transmit buffer list (250
bytes now assigned).

SE E=Z/S=30/C=4

Assigns 5 copies (original + 4 copies) of all ZEROS.
MSG size is 30 bytes.

SE T=A/S=64

Assigns 1 message, 64 bytes long.

A typical command string would
be:
DCL T> (A) ? C E )

Clear Expect Buffer

DCLT> (A)? C T

Clear Transmit Buffer

DCLT> (A)? SE T=Z/S=30/C=2
DCLT> (A) '? SE T=C/S=64/C=2
DCLT> (A) '? SE T=A/S= 128
DCLT> (A> '? SE T= I/S=45/C= 1

DCLT> (A)? SE E=Z/S=30/C=2
DCLT> (A) ? SE E=C/S=64/C=2
DCLT> (A>? SE E=A/S=128
DCLT> (A)? SE E= I/S=45/C= 1
or
DCL T> (A) ? SE E = T

5-10

Table 5-3

Message Commands (Cont)

3. Show Command (SH).
Command Format:

Used to print out the status of associated buffer area.
SH T to Show Transmit List and
SH E to Show Expect List

Examples:
DCLT> (A)? SH T
MSG: TYPE=ZEROESjSIZE= 30
MSG: TYPE=ZEROESjSIZE= 30
MSG: TYPE=ZEROESjSIZE= 30
MSG: TYPE=CCITTjSIZE= 64
MSG: TYPE=CCITT jSIZE= 64
MSG: TYPE=CCITTjSIZE= 64
MSG: TYPE=ALPHAjSIZE= 128
MSG: TYPE=ITEPjSIZE= 45
MSG: TYPE= ITEMjSIZE= 45
MODE=ACTIVEjPASS=OOOOO
JST ATUS jCHECKjNOECHO jNOMODEM
DCLT> (A)? SH E
MSG: TYPE=ZEROESjSIZE= 30
MSG: TYPE=ZEROESjSIZE= 30
MSG: TYPE=ZEROESjSIZE= 30
MSG: TYPE=CCITTjSIZE= 64
MSG: TYPE=CCITTjSIZE= 64
MSG: TYPE=CCITTjSIZE= 64
MSG: TYPE=ALPHAjSIZE= 128
MSG: TYPE=ITEPjSIZE= 45
MSG: TYPE=ITEPjSIZE= 45
MODE = ACTIVEjPASS = 00000
jSTATUSjCHECKjNOECHOjNOMODEM

5-11

Table 5-4

Statistical/Utility Commands

Allows special utility routines to be executed. Four basic commands are available, listed as follows for both PDP-II and VAX-II unless otherwise noted.
Command Types

Description

HELP (H or ?)

Used to print a summary of DCLT commands on the console.

----------------~"--------"-------------------------------------------------

PRINT (P)*

Enters a DCLT sub-level routine called REPORT (RPT» where various commands are available to print statistical data. Some commands
are common to all devices, others are device specific (see Table 5-5).
HELP OR?

Prints HELP information for RPT>.

LOG

Prints the DCLT event log.

BASE/FULL

Prints entire base table.

BASE/ERROR

Prints only error counters in base table.

BASE/OFFSET =, NNN

Prints single location (NNN) in base
table.

EXIT

Returns to the previous level (DCLT> or
DR>/DS».

TRIBUT AR Y STATUS
SLOT NNN/SW

Prints tributary status slot data where
NNN is the decimal tributary address and
SW is one of the following switches:

ERROR

Only error slots are printed.

FULL

All tributary status slots are printed.

OFFSET = NN

Only tributary status slot whose offset is
NN is primed.

(fLOBAL STATUS/SW

Prints global status information. Switches
are the same as for TSS.

*The PRINT command is also available on PDP-I Is at the DR> level. Also, a similar command called SUMMARY (SUM) is available on VAX-lIs at the DS> level. SUM performs
the same function as PRINT, accessing the RPT> sub-level routine.

5-12

Table 5-4 Statistical/Utility Commands (Cont)
Command Types

Description

DUMP (D) PDP-II
ONLY

Prints contents of memory locations specified on console from starting address
(SSSSSS)
up
to ending address
(EEEEEE).
Optional switch /B may be used
to print in BYTE format.

EXIT (E)

Returns to previous program level.

Examples of Statistical Commands
DCLT> (A) ? H or (?)

Prints HELP information for DCLT>.

COMMAND HELP FILE
DCLT CMOS:
CLEAR OR SHOW EXPECTLIST OR TRANSMITLIST
PRINT
DUMP START-END/B
EXIT
SET EXPECTMSG OR TRANSMITMSG=TYPE/SIZE=N OR /COPY=N
SET EXPECT = TRANSMIT
TYPE = ONES,ZEROES, 1AL T,OALT,ITEP,CCITT,ALPHA
OR "OPR SPCD=A-Z,SP,TAB,0-9 IN QUOTES"
RUN MODE=MTYP/LOOP=LTYPjCHECK,STATUS,ECHO,PASS=N
MTYP=TRAN,REC,ACT,PAS,TAL,LIS,DOWN
LTYP= INT,CAB,LOC,REM
DCLT> (A)? P
TYPE H OR ? FOR HELP
RPT> (A) ? BjE
LOCATION CONTENTS DESCRIPTION
7373
004
NAKS-MSG NO BUFFERS CUMUL
17402

007

REPS RECD CUMUL

5-13

Table 5-4

Statistical/Utility Commands (Cont)

RPT> (A)? B/0=27
LOCATION CONTENTS
DESCRIPTION
17417
006
STREAMING TIME OUT COUNT
RPT> (A)?!!
The command list is
DCLT REPORT CMOS:
device dependent.
LOG - PRINT DCLT EVENT LOG
Example shown is for
EXIT - EXIT REPORT LEVEL
HELP- PRINT THIS MESSAGE
DMC/DMR.
BASE/ERROR - PRINT ONLY ERRORS
BASE/FULL - PRINT ENTIRE TABLE
BASE/OFFSET==NNN - PRINT SINGLE LOCATION

..--r:==;-

DeL T> (A)? 0 (DUMP) 17420-~

STARTING ADDRESS
- - ENDING ADDRESS

017420

004000

000000

004000

000000

NOTE
This command is for PDP-Us only. For VAX-ll use SET BASE or
EXAMINE commands.
Table 5-5

REPORT Commands/Device Matrix

RPT> COMMAND

COMMON

LOG (L)

EXIT (E)

liELP (H or?)

DMC DMR DMP DMV DPV

BASE/ERROR (8/E)

BASE/FULL (B/F)

BASE/OFFSET == NNN (B/O=NNN)

TRIBUTARY STATUS SLOTNNN/SW
(TSS NN'\j /SW)

GLOBAL STATUS/SW (GSS/SW)

---~.

5-14

5.2.4 Event Log Overview
Significant events that occur during program execution are logged into the EVENT LOG. The
most recent 45 events can be printed by executing a PRINT command at the DCLT> prompt
level. For VAX-II it is also possible to obtain the error log at the DS> prompt level by typing
SUMMARY (SUM). Typical event log messages are shown in Table 5-6.

Table 5-6

DeLT Event Log Messages

Type

Example Format

TXQ

ITime of Eventl

INumber of Bytes]

INaTel

,
0:01:27

TRANSMIT MSG QUEUED
~DR OF MSG~004312
BYTE COUNT~ 12
MODEM STATUS: CTS DSR DCD RTS RI
SQD TM
0
I
1
I 1 I
1
0
IFirst Byte Addressl

ICurrent Modem Statusl

TXC

Same format as TXQ, except for name change: Transmit Message Complete.

RXQ

Same as above, except for name change: Receive Space Queued.

RXC

Same as above, except for name change: Receive Message Complete.

CMP

ITime of Eventl

INa,el

0:01:02
DATA COMPARISON STARTED
ADDR OF MSG=004326 RX BYTES = 512 COMPARE BYTES=512
\
I
~
IFirst Byte AddresslNumber of ByteslBytes Expected
CML

Same format as CMP, except for name change: Data Comparison Length Error

CMD

LTime of Event!

INjme l

0:14:44
DATA COMPARISON DATA ERROR
ADDR OF MSG=004604 BYTE COUNT,= 58 NO. OF CMP ERRS=50
/
I
IFirst Byte AddresslNumber of ByteslNumber of Errors

5-15

Table 5-6

DCLT Event Log messages (Cont)

Type

Example Format

ERR

ITime of EventJ

IN/mel

1:01:01
DEVICE ERROR
TIME OUT WAITING FOR OUTPUT INTERRUPT
SELO
SEL2
100100

IRe!ister
EOP

100100

conte~tsl

ITime of Eventl

0:01:03

PASS= 4

END OF PASS
ERRORS= 0 NOBUFFS= 0

IPass Count!

INI

INjme I

r---'----.,
IError Count!

ITime of Eventl

1Nt me I

DEVICE INIT AND SETUP
MODE = ACTIVE/LOOP=CABLE/PASS=OOOOI
__ /ST ATUS/CHECK/NOECHO /MODEM

00:00:00

Mode-Type of Loopback
and pass count

MSC

ITime of Even..!J
J

0.00:00

amel

MODEM STATUS CHANGE
MODEM STATUS HARD ERROR
MODEM STATUS:

CHANGED TO:
MODEM STATUS:

CTS

DSR DCD RTS

SQD TM

CTS

DSR DCD RTS

SQD TM

* The NOBUFFS function is for DMC/DMR only. This feature is device dependent and varies.
5-16

5.2.5 Running PDP-II/DCLT
When the DCLT program is started, the diagnostic supervisor will prompt the user for hardware
information by typing:
CHANGE HW (L)?
The "L" in brackets indicates the type of response required, "L" indicates that a logical answer
("Y" for yes or "N" for no) is needed. In this case, the user must respond with a "Y" after a
start command unless the hardware information has been "preloaded" using the SETUP utility.
Next, the supervisor will prompt:

# UNITS (D)?
The "D" indicates that a decimal response is needed. The DCLT program will not use more
than one unit and therefore will not accept any response greater than "1." Typical PDP11jDCLT procedures are provided in Table 5-7.
This example is typical for DMCjDMR; however, P table questions are option-dependent and
may differ. Refer to option specific section in Chapter 2 for details.
Table 5-7

Typical PDP-lljDCLT Diagnostic Parameters

Question

Description

CHANGE HW (L)?

Enter Y

# UNITS (D)?

Enter 1

UNIT FULL DUPLEX OPERATION: (L) Y?

Enter <CR> for Full-Duplex; Enter NO
followed by <CR> if Half-Duplex. To use
default values, enter Control Z ( +Z).

DEVICE CSR ADDRESS: (0) 160170?

Requires OCTAL response; input correct
CSR address followed by <CR>.

INTERRUPT VECTOR ADDRESS: (0) 300?

Enter <CR> if vector is 300. If different, enter correct vector followed by
<CR>.

INTERRUPT PRIORITY: (0) 5?

Enter <CR> for BR5. If different, enter
correct value followed by <CR>.

DEVICE OPTION TYPE: (if applicable)

Input correct octal number corresponding
to the user's application followed by CR

END OF DCLT P TABLE QUESTIONS - START DCLT RUN MODE
THIS IS DCLT. TYPE "H" OR "?" FOR DETAILS
MODE = ACTIVEjPASSOOOOI
jNOSTATUSjCHECKjNOECHOjNOMODEM
DCLT> (A)?
5-17

5.2.6 Running VAX-Il/DeLT
The V AX-II Data communication Link Test (DCLT) Programs are level 2 programs that execute either under VMS (on-line) or in standalone mode. The DCL T programs require the standard VAX-II system attaching for the device to be tested. Table 5-8 details typical VAX-II
DCLT pl'Ogram operation. Hardware device parameters are requested after the device is attached (refer to the Typical V AX-!I DCL T Hardware parameters, Table 5-9). The event flags
utilized by the DCLT program help to describe the internal configuration of the hardware
and/or special program functions. These event flags are dependent on the specific device and
are listed in a device specific DCL T table.
NOTE
The promllt DS> indicates a V AX-It Diagnostic Supervisor Commall1d is required.

Table 5-8

Typical V AX-II DCLT Program Operation

Command Function

Example

ATTACH the UNIBUS interface
(UBA or UBI) to the system

DS> ATT DW780 SBI DWO 3 4 or
OS> ATT DW750 CMI DWO bus.

Load appropriate DCL T program.
ATTACH the device to the
system.

OS> LOAD EVDMC
DS> ATT DMCII

(Example shown is
DMC/DMR)

NOTE
This command now enters the hardware parameter information for
the device (refer to Table 5-9 for Typical Hardware Parameters).
When the various hardware parameters are qualil1ed, the program
returns to the supervisor level of operation and the following steps
must be followed:

--------------------------------

SELECT the devices that have
been attached to the system.

OS> SELECT ALL or
DS> SELECT DWO and
DS> SELECT XMO

SET the appropriate event
flags

OS> SET EVENT I

Now the program may be started
by the START command.

OS> START

5-18

Table 5-9

Typical VAX-II DCLT Hardware Parameters

Questions

Description

DEVICE LINK?

Link the option to the UNIBUS interface by entering
the logical name of the interace (e.g., DWO).

DEVICE NAME?

Establish a logical device name (e.g., XMO). The logical name is generally the same one used by the operating system and the actual unit number (e.g., 0-7 or
A-Z).

CSR?

Enter the device CSR address.

VECTOR?

Enter the device Vector address.

BR?

Enter the correct device priority level (normally
BR5).

NOTE
The Command Line Interpreter (CLI) format for the device also can
be linked together on one line as shown in the attached command for
the UNIBUS interface above.

5-19

5.2.7 Inlterfacing DCLT Node-to-ITEP Node
When DelT is used to communicate with ITEP, both nodes must be in compatible modes as
listed in Table 5-10.

Table 5-10

DCLT-to-ITEP Compatible Mode

ITEP NODE

DCLT NODE

ONE-WAY-OUT
ONE-WAY-IN
INTERNAL lOOP
EXTERNAL lOOP

RECEIVE OR LISTEN
TRANSMIT OR TALK
ACTIVE
ACTIVE OR PASSIVE

The following conditions also apply:
• Be sure to set the Tx Buffer at both nodes to the same value.
•

Do not send ITEP message 3 to the DClT node if it is in the LISTEN mode.

• Be sure to set the ITEP node SWR 4 = o.

5.3 INTERPROCESSOR TEST PROGRAM (ITEP)
ITEP is a software tool to test the communications link between two devices. To run ITEP on
any of the supported devices, the ITEP Monitor DZIT A must be loaded along with the correct
ITEP overlay (device specific).
ITEP features:
• Communications between two devices over remote or local links.
•

Interfaces with the Merrimack turnaround system.

•

Uses programmed or operator generated messages.

•

Monitors transmitted and/or received messages with optional print capability.

• Operates in one of four basic modes:
One Way In
One Way Out
Internal loopback
External loopback

Receive only
Transmit only
Receive followed by Transmit
Transmit then idle Receive

Table 5-11 lists each of the overlays currently available to support the options indicated. Table
5-12 details the switch register options which select specific operational variations available with
ITEP.

5-20

Table 5-11

ITEP Overlays

Program Designation

Description

MAINDEC-II-DZITA
MAINDEC-II-DZDCO
MAINDEC-II-DZDHL
MAINDEC-II-DZDJD

ITEP Monitor
DCI I Overlay
DH 1 I Overlay
D11 I Overlay

MAINDEC-II-DZDLO
MAINDEC-II-DZDPO
MAINDEC-II-DZDQO
MAINDEC-II-DZDUO

DLI I Overlay
DPI I Overlay
DQ I I Overlay
DUI I Overlay

MAINDEC-II-DZDVO
MAINDEC-II-DZDPF
MAINDEC-II-DZDZB
MAINDEC-II-DZDMO

DVI I Overlay
DUPI I Overlay
DZI I Overlay
DMCI l/DDMRll Overlay

MAINDEC-II-CZKMO

KMCI l/DMCI I L/U Overlay

5-21

Table 5-12

ITEP Switch Register Selections

iTEP Operational SV'vltCh Settings
15

Halt on

Inhibit

'I Inhibit

Error

All Type-

11
I' Use
previously

Typeouts louts Except I specified
Has 1G

effec11f

SW4=0
SeeSW41

:'~O~'2=0 data

I
1

I
'I sDe.AnTo... RXed

Data Select

.....

'0
'0

9 _
J' -

Illnternal

your own

then: End

message·
1

. -

•

. es, ,..1SG ,
$A QUick
Brown Fox

2. TXedl

1 RXed

Oata on

Monitor

Mon"or
for End

~~snle

In many cas~ot all data

i S..,W ~'~.9,~i~...

pr~-

I will appear on console

data

Note

! lr,te:nol ,uUI-'-1 seleClea I TIV This IS especially

Iboe, mode Idata

56789

1 = Test MSG!3
$C

true when the comm

If
SW4=0
ISW14 no
eHectj
piOgiCim loops
the overlay

from

Interface IS running at
SW10, 9i faster baud than the

I
I -In~ernal
~::eb.C' ~::ebac,

Return to

AXed

Data on

against

0 ;;::: ;~S~~2S3~12

I Note
I Overrides

RXed Data
IS Typed

XOendltor

~t~~ ~:~:e:; I ~:;~ac< :I~~~:d I ~~so,e

5\1\14=1
Pass IS
ty~t:J

IDT._OST~OT I ~.

I
I

console

IEven at equal or slower
bauds. all characters may
Inot appear on the console

In9 to monitor
and confer-

ence to TX/RX
data

If SW4=1 and
SW14=0. the
overlay
Will
return to the

and
End

-In thiS case

type
The program Will type a request
for data Data may be entered

Pass

IF
SW4=1
j. ASCii

<CR>

2. Octal code <CR>
1000-3771
For example'

require
new
interface
params after
one pass of

the

selected

test mode.

ABCD 1000 123 3771 EFG <CR>

and

S'.'\I1 4= 1. i.he
program
will

External

One-Way

One-Way j

In Mode

Out Mode j

:;'I~
1l§J ~ ~
TX

Idle
RX

5.3.1 Using ITEP
• SW parameters must be identical in both systems.
• Load/Start receive system first.
• Enable modem auto answer (if available).
• Load/Start transmit system.
Table 5-13

Typical Load/Parameter Input Procedure

Procedure / Parameter

Description

.L ZITAD?

Load ITEP monitor

.R XXXX?

Enter and run selected overlay where:
XXX X = overlay mnemonic
Example: DH 11 = ZDHL

INTERFACE TYPE XXX?

Enter <CR> (except for DN lIar DH 11), sec program
document for details.
XXX = OPTION SELECTED

BUS ADDRESS = 176510?

Enter <CR> for default or appropriate address followed by <CR>.

VECTOR ADDRESS = 000300 ?

Enter <CR> for default or appropriate address followed by <CR>.

PRIORITY = 000200?

Enter <CR> for default or appropriate value followed
by <CR>.
000200 = BR4 (DEFAULT)
000240 = BR5
000300 = BR6

PARAMS #1 OOOOOO?
PARAMS #2 000000 ?
PARAMS #3 000000 ?

Enter <CR> for default value or enter desired parameter value in each case, followed by <CR>. Refer to
Table 5-14 for parameter summary. Some parameters
are not used on some options.

SET SWITCHES ..

Set up Switch Registers as desired (sec Table 5-12) followed by <CR>.

PLEASE MAKE CONNECTION
(DIAL NUMBER)

Confirm that link is established.

5-23

Table 5-14

ITEP Parameter Summary

Interlace

PARAMETER #1

DN11

PARAMETER #2

PARAMETER #3

Not used

Comments

Phone number

Must terminate Ihe # with end of nUf11Der CHAR

Hle ON will Dial

I I If no auto-handshaking feature In mooeTT"

Loaded into CSR of OMS
PARAM # 1 <3:0> == Line select In oClal*

DM11-BB

Not user!

Not used

PA.RAM # 1 < 154> Mus! be Os
Loaded Into LPR

Default

OH11 Restnctlons

< 1-0> ;;;; CHAR length
<.:::> -:- :::~..;;.: 8,:3

8 bits (11)

If DM11·88 IS In the s,stem with DH11 being

<4>

(~~Heo.

= Panty ENAB (11

No 10)"

<5> == Odd Pan! . . 11)
<96>
ReVer Speeo
< 13 10> :::; Xmltter Speed
<14>=HDXllJ

Loaded Into SCR

<30>

= Line select

FDXIOI

hang in 1he DI\!~ 11 T)( II\JIT rout1re

!\iot dseo 117777/1

OT,\I)lCd~I' IN,ote ;OXljOO ~307"oe~Ultl"

lorat,oe
OM88
In CREF (012722)

1514131211109876543210

nooo

J001

UOO

V~L-.,---JL.,J

FOX

i 10 baud 110 baud

111

l,.J-..."i
8 bIts·

ITX speed) (RX speed) Pant\ 2 stop

<0> -

HOX FDX

Default

= 1 FDX

DL11

U HLJX
<151>=mustheO
T..,.plcalh, Set!o 1 (FOX)

<70> ILowbytel loaded lf1to TXCSR
<3>
HOX(11
~

HDX (0,

NCl :..:scrl ,,177777)

iBe11103.

Loaded Into PARCSR

< IU> = Sync CHAR
<158>
<8>

RXCSR

oaiec.1
sync III

Default

261

<8> = Parity sense select

No \0,

< 11·10> = \!Vord length

8 bits (1 11

<13:12>

Internal sync 11 i I

= Mode select

N01 used 1177777,

TYPically· 000410 (Default)

IHDXI

TYPically: 036026 IDetaul1i

Loaded Into the DZLPR register
Default

DZ'l

<2:0>
<4,3>

= Line used
= CHAR length

000 (Line a)
11 18 bitsl

<5> = STOP 011 count
1<7.6> = Parity Enab/Set

00 (no oarlty~

< 11 :8> = Speed Select
<12>
RCVer ON

0010 (110 baud)
I (aiwaysl

1 (2 stoP)

Net '.Jsed zt !~IS tlrT'e

UU( Il100t;?rn cuntrOI nOI aesnea ana UlVIlj

not Inillalizea bl, ITEP, the program !ISRI will

No 10J~·
110 8:11.. 0 10011
110 Baud lOOll i

Not used ;;77777)

that wrll time out
I,NO

SSYNC response!

Table 5-14 lTEP Parameter Summary (Cont)
Interface

PARAMETER . ,

DUPll

PARAM # 1 (Low byte) loaded into the TXCSR:
<3> = 1 HDX (Default)
D FDX

PARAMETER #3
PARAM #2 loaded into the TXDBUF:

<7:0> = Sync char. default = 26
<8> = TSOM. default = 1

PARAM # 1 (Highbyte) loaded into the RXCSR:
<8> = 1 Strip synch (default)

FDXlHDX Selection:

Not used (D).

<0> = 1 FDX (Default)
=0 HDX

<8>= 1
<10> <9>

DMCll

Not used (177777).

0
0
1
1

<0> = 0 HDX

Originating station - Automatic mode
Boot station - Automatic mode
Originating station - Manual mode
Boot station - Manual mode
<7:0> - Switch PAC setting of boot station
DMC-ll DDCMP line #
(Used as Password in MOP message)

N
Vl

Not used (0).

}

Must watch SW PAC #2
which cannot contain 377
for this bootstrap test.

PARAM #2 (Low byte):

<0> :
Not used (0).

monitored on a per
character basis.
Thus. SWG and SWS
have no effect.

Not used (177777).

0
1
0
1

DQll

2. DMC IS a DMA device
and therefore the TX

and RX data cannot be

(Must be 0 for this test)
<1> = 1 Secondary mode test
(Must be 1)
<2>
0 Primary station
1 Secondary station

Bootstrap test
Mode and station select

1.DMC ITEP is an on~
line link test only
between two OMCs.

Secondary mode test selection:
3. Bootstrap Test:

Not used (177777).

1. Link Test:

2. Secondary Mode Test:
Not used (0).

PARAM # 3 loaded into the PARCSR
<7:0> = Sync char. default = 26
<15> = DECmode select. default = 1
<9>
CRe inhibit. default
1

~ ~~: (Default)

< 1> = 0 Norma I (Detau I~
= 1 HI-Baud

1
r ~n~~s 6~ot
J

Only Software
loaded

registers)

Not used (177777).

PARAM #2 (High byte) loaded into
the Sync register:
<15:8> = Synch char. detault = 26

If a DM11·BB is in the system with

PARAM #2 contains specific line
information
PARAM # 1 is used to determine the line
numbers for TX and AX.

DVll

< 11 :8> = RX line number, default = 0
<3:0>

= TX line number. default = 0

<15:8> = Sync code. default = 26
<1>

<0>

= 0 Use sync A (Default)

= 1 Use sync B

OV11 being tested. but modem control
not desired and DM1'-BBnot
initialized by ITEP. the program will
hang In the DV11 TX INIT routine.
Not used.
Correction:
Load

= 0 HDX (Default)

An address that
will time out.

= 1 FOX

(In CREF)

(No SSYNCH response)

5.4 LINK TESTING
The following figure provides a graphic overview of a general application flowchart for link testing.

INTERFACE

LOCAL
REMOTE
MODEM

COMM

~2
~BPAN~
3~
8YSTEM

CABLE

<iY

TELCO
LINE

LOCAL
REMOTE

~
MODEM
7

[

TELCO
LINE

~~~E~

rJlNTERFACE

~o~
E ~- ~e
(...v>

POINT-TO-POINT LINK
I.
2.
:3.
4.
!).

13.
7.
B.

INTERNAL (MAINTENANCE) LOOPBACK LEVEL
ON-BOARD LOOPBACK WI PORT TEST CONNECTOR
CABLE LOOPBACK PRIOR TO COMM PANEL
COMM. PANEL LOOPBACK
CABLE LOOPBACK AT MODEM INPUT
ANALOG LOOPBACK MODE IN LOCAL MODEM
DIGITAL LOOPBACK MODE IN REMOTE MODEM
SYSTEM LOOPBACK FROM END NODE

Link Testing Flowchart (Sheet 1 of 4)

5-26

COMM LINK TESTING FLOW CHART
(GENERAL APPLICATION)

INSTALLATION
(BOTTOM-UP
APPROACH)

(TOP-DOWN
APPROACH)

(LEVEL 8)

TEST NODE
IN EXTERNAL
WI ON-BOARD
TEST CONNECTOR

(LEVEL 2)

TEST LINK
IN CABLE
LOOPBACK AT
COMM. PANEL

(LEVEL 3)

TEST LINK
IN COMM.
PANEL LOOPBACK MODE

(LEVEL 4)

TEST LINK
IN REMOTE
LOOPBACK
(DL) MODE

(LEVEL 7)

TEST LINK
IN CABLE
LOOPBACK AT
MODEM INPUT

(LEVEL 5)

Link Testing Flowchart (Sheet 2 of 4)
5-27

TEST LINK
IN CABLE
LOOPBACK AT
MODEM INPUT

(l.EVEL 5)

TEST LINK
IN LOCAL
LOOPBACK
(AL) MODE

(LEVEL 6)

TEST LINE
IN REMOTE
LOOPBACK
(DL) MODE

(LEVEL 7)

TEST LINK
IN COMM.
PANEL LOOP·
BACK MODE

TESTLINK

~~~~:~~K AT

(LEVEL 4)

(LEVEL 3)

COMM. PANEL

TEST NODE
IN EXTERNAL
W/ON.BOARD
TEST CONNECTOR

(LEVEL 2)

MK·2803C

Link Testing Flowchart (Sheet 3 of 4)

5-28

TEST ENTIRE
LINK IN
SYS-TO-SYS
MODE

TEST NODE
IN INTERNAL
LOOPBACK
MODE

(LEVEL 8)

(LEVEL 1)

MK·2B030

Link Testing Flowchart (Sheet 4 of 4)

5-29

CHAPTER 6
SPECIAL TOOLS AND EQUIPMENT

6.1 INTRODUCTION
This chapter provides brief descriptions of various special tools and test equipment available to
aid in troubleshooting and testing DIGITAL's Communications configurations. The following
are presently available and being used:

• IDS Model #60 Interface Monitor/Breakout panel,
• Astrocom, Minicheck Data Transmission Test Set, and
• DIGITAL's Communication Turnaround System.

6-1

6.2 BREAKOUT PANEL
The Model 60 Breakout Panel is a multipurpose tester that provides access to RS-232-C signals.
It featun~s:

• Switch packs and patchable jumper pins (one for each line) allowing signal interruption and/or rerouting;
•

12 LEDs to monitor certain key functions; and

• Two additional LEDs to check voltage levels greater than ± 3.5 Vat any line Uumper selectable).

Model 60 Breakout Box

6-2

6.3 MINICHECK
The Minicheck tester generates four patterns, checks for errors, displays number of errors, and
displays the status of the RS232 interface signals.

BATIERY INDICATOR

= LOW BATIERY

TEST PATIERN SELECT:
• SPACE··TRANSMITS CONSTANT
SPACE SIGNAL
• RANDOM--TRANSMITS 511
CHARACTER RANDOM PATIERN
• MARK--TRANSMITS CONSTANT
MARK SIGNAL
• ALT--ALTERNATES MARK &
SPACE SIGNALS

OFF = RX ONLY
DTR: ON = KEEP CONNECTION;
OFF = TERMINATE
SELECT:

TRANSMIT DATA (TD)
RECEIVE DATA (RD)
REQUEST TO SEND (RTS)
CLEAR TO SEND (CTS)
DATA SET READY (DSR)
GROUND (GND)
CARRIER ON (CO)
SERIAL CLOCK TRANSMIT (SCT)
SERIAL CLOCK RECEIVE (SCR)
DATA TERMINAL READY (DTR)
RING INDICATOR (RI)
TEST (TEST)

Minicheck Tester

6-3

6.3.1 Operational Tests
There are three basic test configurations and one Minicheck self-test procedure, specified as
follows:
I. Testing one modem with one Minicheck

IMINICHECKI....._ - -

·IMODEMI

2. Testing two modems with one Minicheck

IMINICHECK 1.....- - - -...1MODEM 1--1 ~-I MODEM I
3. Testing two modems using two Minichecks
[MiNICHECK) •

.•-_.~IM~I~N!!IC;.!!H~E:gg~CK!I
, IMODEMH f--IMOi)EMJ~

Test Procedure

6.3.2

Step 1

Disconnect modem from operating device and connect Minicheck tester to
modem.

Step 2

Apply power to Minicheck and modem, and sct Minicheck speed to the same
speed as the modem. For test configuration 3, make sure that both Minicheck
tests are set to the modem speed.

Step 3

Set RTS and DTR to the ON position. For test configuration 3 place one tester
RTS to ON and the other to OFF. To test the opposite direction, reverse the
RTS settings and repeat the test procedure.

Step 4

For test configuration 1, place modem in analog loop, if available. [n test configuration 2, place the remote modem (one without tester) in REMOTE
TEST. For test 3, go to step 5.

Step 5

Select the desired test pattern in test configuration 3, the test pattern must be
the same at both testers.

T4~st Results

Configuration 1 and 2
I. CO and CTS indicators should be ON.
2. RD indicator should be:
a. ON for MARK pattern,
b. OFF for SPACE pattern,
c. Dimly lighted for AL T pattern,
d. Flickering for RANDOM pattern.
3. Error count after initial synch should be stable.

6-4

4. Check status of interface leads by:
a. Using an Oscilliscope, or
b. Connecting the TEST lead to the desired interface lead. Results are indicated in the
+ TEST - area of the displays (plus sign lighted for MARK: minus sign lighted for
SPACE).
Configuration 3
I. Minicheck with RTS ON:
a. CTS and RD indicators ON,
b. CO indicator OFF,
c. Error count free running unless SPACE pattern selected,
d. Check interface signal status (see test results, configuration I and 2, step 4).
2. Minicheck with RTS OFF:
a. CTS indicator OFF,
b. CO indicator ON,
c. RD indicator should be:
I. ON for MARK pattern
2. OFF for SPACE pattern
3. Dimly lighted for AL T pattern
4. Flickering for RANDOM pattern.
d. Error count after initial sync should be stable.
e. Check interface signal status (see test results, configuration I and 2, step 4).

6.3.3

Minicheck Self-Test Procedure
I.
2.
3.
4.

Connect test points RD to TD, DTR to CO and RTS to CTS.
Apply power to the tester and place RTS and DTR to the ON position.
Set speed-select to 1200 (ASYNC 2).
Select desired test pattern.

Test Results:
Same as Configuration I and 2, steps 1 through 3.

6.4 DIGIT AL'S COMMUNICATION TURNAROUND SYSTEM
The communications turnaround system consists of a PDP-II 120 which offers three separate
dial-up line capabilities for remote turnaround testing. These include:
• DLlI-E operating at 300 or 1200 bls connected to a 2I2A Asynchronous Modem.
• DLl1-E operating at 1200 bls connected to a 202S Asynchronous Modem, and
• DU1I-DA operating at 2400 bls connected to a 20lC Synchronous Modem.
6-5

Telephone numbers for these lines are all included below.

MODEM

SPEED (b/s)

MODE

PHONE

212A

300/1200

ASYNC

(603) 884-1561 *

202S

1200

ASYNC

(603) 884-1559*

20lC

2400

SYNC

(603) 884-1560*

Telephone numbers do tend to change often ~ as of this printing, these are the mosl recent
telephone numbers. If there is any question about the number, refer to the latest Tech-Tips
for updated numbers.

The turnaround system features:
• Auto-Answer on three modem lines;
• Retransmission of three standard messages, if error free;
• Report message errors, if any of the standard messages are received;
• Nonstandard messages retransmitted exactly as received;
• Automatic disconnect if carrier is lost for more than one second.
Standard Messages:
$A THE QUICK BROWN FOX JUMPED OVER THE LAZY DOG
$B 0123456789
$C COM-TEST MAYNARD THE QUICK BROWN FOX JUMPED OVER THE LAZY
DOG 0123456789

6-6

CHAPTER 7
EIA/CCITT DATA

7.1 INTRODUCTION
This chapter provides a summary listing of each of the signal functions associated with each of
the EIA and/or CCITT standards which are supported by the communications devices contained in this manual. The connector pin assignments (at the modem) for each signal are also included. Table 7-5 provides a cross reference showing the relationship between each of the supported
standards.

Table 7-1

RS-232-C Interface Pin/Signal Designations

Circuit

Direction

Function

CCITT Circuit
Equivalent

AA
BA
BB
CA
CB

To Modem
From Modem
To Modem
From Modem

Protective Ground
Transmitted Data
Received Data
Request to Send
Clear to Send

101
103
104
105
106

From Modem
(From Modem)
(From Modem)

Data Set Ready
Signal Ground
Data Carrier Detector
(Positive DC Test Voltage)
(Negative DC Test Voltage)

107
102
109

2
3
4
5
6
7
8
9
10

CC
AB
CF

From Modem

11
12
13
14
15

SCF
SCB
SBA
DB

From Modem
From Modem
To Modem
From Modem

Unassigned
Secondary Carrier Detector
Secondary Clear to Send
Secondary Transmitted Data
Transmitter Clock (Internal)

16
17
18
19
20

SBB
DD
SCA
CD

Secondary Received Data
Receiver Clock
Receiver Dibit Clock
Secondary Request to Send
Data Terminal Ready

119
115

From Modem
From Modem
To Modem
To Modem
To Modem

21
22
23
24
25

CG
CE
CH/CI
DA
CN

From Modem
From Modem
To Modem
To Modem
To Modem

Signal Quality Detector
Ring Indicator
Data Rate Selector
External Transmitter Clock
Force Busy

110
125
111/112
113

7-1

122
121
118
114

120
108.2

Table 7-1

RS232-C Interface Pin/Signal Designations (Cont)

-------------------------

RS-232-C Voltage Standards
Measured at the Receiver Circuit:
Data:
-25V < LOGICAL 1 < -3V (MARK)
+25V> LOGICAL 0> +3V (SPACE)
Control:
-25V < LOGICAL 0 < -3V (NEGATION)
+25V> LOGICAL 1 > +3V (ASSERTION)

7-2

Table 7-2

RS-422-A/RS-423-A Interface Pin/Signal Designations
Circuit
Equivalents

Circuit

Direction

Function

RS-232

CCITT

1
2
3
4
5

SHIELD
SI
SPARE
SD
ST

From Modem

Protective Ground
Signal Rate Indicator

112

To Modem
From Modem

Send Data ( + )
Send Timing ( + )

BA
DB

103
114

6
8
9
10

RD
RS
RT
CS
LL

From Modem
To Modem
From Modem
From Modem
To Modem

Receive Data ( + )
Request to Send (+)
Receive Timing ( + )
Clear to Send ( + )
Local Loop

BB
CA
DD
CB

104
105
115
106
141

11
12
13
14
IS

DM
TR
RR
RL
IC

From Modem
To Modem
From Modem
To Modem
From Modem

Data Mode ( + )
Terminal Ready ( + )
Receiver Ready (+)
Remote Loop
Incoming Call

CC
CD
CF

107
108.2
109
140
125

SF/SR

To Modem

17
18
19
20

TT
TM
SG
RC

To Modem
From Modem
To Modem
From Modem

Select Frequency
Signal Rate Select
Terminal Timing ( + )
Test Mode
Signal Ground
Receive Common

21
22
23
24
25

SPARE
SD
ST
RD
RS

To Modem
From Modem
From Modem
To Modem

Send Data ( -- )
Send Timing ( - )
Receive Data (-)
Request to Send (-)

26
27
28
29
30

RT
CS
IS
DM
TR

From Modem
From Modem
To Modem
From Modem
To Modem

Receive Timing ( - )
Clear to Send ( - )
Terminal in Service
Data Mode ( - )
Terminal Ready ( - )

31
32
33
34
35

RR
SS
SQ
NS
TT

From Modem
To Modem
From Modem
To Modem
To Modem

Receiver Ready ( - )
Select Standby
Signal Quality
New Signal
Terminal Timing ( - )

36
37

SB
SC

From Modem
To Modem

Standby Indication
Send Common

7-3

126
CH
DA
AB

III

113
142
102
102b

116
110

117
102a

Table 7-3

CCITT /V.35 Interface Pin/Signal Designations

Direction

Function

Circuit
Equivalents
RS-232
RS-449

101
102
105
106

To Modem
From Modem

Protective Ground
Signal Ground
Request to Send
Ready for Sending

AB
CA
CB

SG
RS
CS

107
109
108/1
108/2
125

From Modem
From Modem
To Modem
To Modem
From Modem

Data Set Ready
RCV Line Signal Det
Connect Data Set
Data Terminal Ready
Calling Indicator

CC
CF

OM
RR

CD
CE

TR
IC

104
104

Received Data A
Received Data B
Receive Timing A
Receive Timing B

liS
liS

From Modem
From Modem
From Modem
From Modem

RO
RO
RT
RT

114
114
103
103

From Modem
From Modem
To Modem
To Modem

Transmit Timing A
Transmit Timing B
Transmit Data A
Transmit Data B

U
W

II3

113

To Modem
To Modem

Terminal Timing A
Terminal Timing B

CeITT
Circuit

A
B
C
D
E
F
H
J

R
T
V
X

Y
AA
P

7-4

DD
DB
BA
DA

ST
ST
SO
SD
TT

Table 7-4
Pin

Direction

ACU
Designation

Function

1
2
3
4
5

ToACU
FromACU
ToACU
FromACU

FGD
DPR
ACR
CRQ
PND

Frame Ground
Digit Present
Abandon Call, Retry
Call Request
Present Next Digit

PWI
SGD

FromACU
FromACU

Power Indicator
Signal Ground
Not Used
+ DC Test Voltage
- DC Test Voltage

FromACU
ToACU
ToACU

DSS
NBI
NB2

Not Used
Not Used
Data Set Status
Number Bit Weight 1
Number Bit Weight 2

ToACU
ToACU

NB4
NB8

FromACU

DLO

6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
Table 7-5

RS-366 ACU Interface Pin/Signal Designations

FromACU

Number Bit Weight 4
Number Bit Weight 8
Not Used
Not Used
Not Used
Not Used
Data Line Occupied
Not Used
Not Used
Not Used

EIA/CCITT Standards Equivalency

EIA Electrical
Characteristic
Standard

EIA Interchange
Circuit
Definition
Standard (DCE
to DTE) with
Connector

CCITT Electrical
Characteristic
Standard

CCITT Interchange Circuit
Definition
Recommended
Standard (DCE CCITT Interto DTE) With- change
out Connector
Connector

RS232-C

CCITTV.28

CCITTV.24

ISO 2110

RS423-A

RS449

CCITT V.I0/X.26 CCITT V.24

ISO 4902

RS422-A

RS449

CCITT V.II/X.27 CCITT V.24

ISO 4902

N/A

CCITT V.35

ISO 2593

7-5

CCITT V.24

CHAPTERS
VENDOR MODEM OPTIONS

8.1 INTRODUCTION
This chapter contains a summary of the operational characteristics of some of the more commonly used modems and the option variations available with each of them.
Also included is the DIGITAL recommendation for configuring each of the options for optimum
performance.

Table 8-1

Characteristic Summary for Selected Modems

Device
Type

Speed

Auto
Dial
Answer

Remote
Testing

Line

Operation

103J

0-300 b/s
(ASYNC)

Yes

With
801
ACU

Yes

Switched

Half-Duplex or
Full-Duplex
(2 Wire)

108

0-300 b/s
(ASYNC)

Series 2000
or 3002

Full-Duplex
(2 Wire)

113

0-300 b/s
(ASYNC)

Yes

Switched

Half-Duplex or
Full-Duplex
(2 Wire)

113A

0-300 b/s
(ASYNC)

Yes

Switched

Manual
Originate FullDuplex (2 Wire)

2400 b/s

Yes

With
801
ACU

Yes

Switched or Half-Duplex
3002 Private (2 Wire)
Channel
Full-Duplex
(4 Wire)

Yes

With
801
ACU

Yes

Switched
Series 2000
or Private
Line Series
3000

20lC

(SYNC)

202S

1200 b/s

NO CONDITIONING 1800
Bits/S C2
CONDITIONING
(ASYNC)

8-1

HDX (2 Wire)

June 1982

Table 8-1
Device
Type

Characteristic Summary for Selected Modems (Cont)

Speed

Auto
Answer
Dial

Remote
Testing

Line

Operatioll1

202T

Same as
202S

Yes

2 or 4 Wire
Series 3000
Private Line

HDX (2 Wire)
FOX (4 Wire)

208A

4800 b/s
(SYNC)

Yes

4 Wire 3002
Private Line

FDX (4 Wire)

208B

4800 b/s
(SYNC)

Yes

With
801
ACU

Yes

Switched

HOX (2 Wire)

209A

1-9600 b/s
Channel, or
1-7200 b/s
and
1-2400 b/s
Channels
or
2-4800 b/s
Channels
or
4-2400 b/s
Channels
(SYNC)

Yes

3002 with 01 FOX (4 Wire)
Conditioning

212A

0-300 Bits/S
ASYNC or 1200
Bits/S CHAR
ASYNC or 1200
Bits/S Bit
SYNC

Yes

With
801
ACU

Yes

FOX (2 Wire)

402C

0-600 Bits/S

Yes

With
801
ACU

Yes

HOX (2 Wire)
Switched
2000 or 3002 or
Private Line FOX (4 Wire)

SOOA
DSU

2.4K,4.8K
9.6K,56K

Yes

4 Wire DDS FDX,HDX

Yes

4 Wire DDS FDX,HDX

SOIA
DSU

SYNC
9.6K,56K

SYNC

8-2

June 1982

Table 8-1

Characteristic Summary for Selected Modems (Cont)

Device
Type

Speed

510A
DSU

Auto.
Answer
Dial

Remote
Testing

2.4K,4.8K
9.6K

550A
CSU

56K SYNC

551A
CSU

56K SYNC

Line

Operation

Yes

4 Wire DDS
Multiport

FDX,HDX

N/A

4 Wire DDS

ANALOG

N/A

4 WireDD~

ANALOG

Table 8-2

Modem Options

Modem

Option

103J

Receive Space
Disconnect

Yes

Send Space
Disconnect

Yes

Loss of Carrier
Disconnect

CC Indication

Early

CB and CF
Indications

Separate

CC Indication
for Analog Loop

Auto Answer

Yes

Failsafe State
of CN Circuit

• Off

Tip/Ring
Make Busy

Ground

Common

Designation

8-3

DIGITAL
Recommendation

June 1982

Table 8-2

Modem Options (Cont)

Modem

Option

108

To Be Supplied

I\3B

Common Ground
CB/CF Indication
CN Control
Tip/Ring Force Busy
Data Terminal Control of Disconnect

V
W
X
Y
Z

In
Out
In
Out
In

20lC

Ground

Common

Transmitter Timing

Internal

Auto Calling

ByACU

As required

Auto-Answer

Under DTR control

Ring Indication

EIA RS232 on pin 2'2

Line Interface

4 wire private (FDX)

Carrier Control

Switched, 7 ms dela y

New Sync

Not used

Carrier Detector
Sensitivity

ZU
ZV

- 24 dbm private wi re
-44 dbm switched net

Receive Data Squelch

156 ms

Soft Carrier Turnoff

24ms

Clear to Send Delay

180 ms

Fast Carrier
Detection

Out (23 ms)

Received Data Clamp

In (required)

Local Copy Primary
Channel

Out

Reverse Channel

ZC
ZD

As required
(In or out)

202S

Designation

8-4

DIGITAL
Recommendation

June 1982

Table 8-2

Modem Options (Cont)

Modem

Option

202T

Designation

DIGITAL
Recommendation

Local Copy
Reverse Channel

Out

Auto-Answer

Transmit Only

Out

CC Indicator In
Analog Loopback

Off

Ground

Common

801 ACU

As required

4 Wire Full-Duplex

Full-duplex

2 Wire Half-Duplex

See Reverse
Channel Below

Half-duplex only
recommended with
controller with full
modem with 2780
software package.

Receive Data Squelch

156 ms

Soft Carrier Turnoff

24ms

Clear to Send Delay

180 ms

Fast Carrier
Detection

Out (23 ms)

Received Data Clamp

In (required)

Local Copy Primary
Channel

Out

Reverse Channel

ZC
ZD
ZK

In (as required)
Out
4 Wire operation

Local Copy
Reverse Channel

Out

Carrier Detector
Reset

Out

8-5

June 1982

Table 8-2

Modem Options (Cont)

Modem

Option

--'-r--.

208A

Designation

DIGITAL
Recommendation

Continuous Carrier

Out

Compromise
Eq ualiza tion

ZU
ZV

Maximum (determined
by installer)
Minimum (to match
channel characteristics)

Ground

Common

Alternate Voice

A
B

Out (as required)
In

Transmitter Timing

Modem provides
transmitter clock

Carrier Control

Continuous carrier
(as required)
Switched carrier

XA
Request to Send

Continuous RTS (as
required)
Switched RTS

YT
One Sccond
Holdover

Enabled (recommended
for use with continuous carrier, selected above)
Disabled (recommended
for use with multipoint master station)

New Sync

Not used

CC Condition in
Analog Loopback

DSR asserted in
Analog loop back

Alternate Voice

YI
YJ

Data auxiliary set
installed
No data auxiliary set

Automatic Retrain

Must be installed

Compromise
Equalizer

Must be disabled

---'---.

8-6

June L982

Table 8-2

Modem Options (Cont)

Modem

Option

208B

Transmitter Timing

Internal

Auto Call

As required

CC Condition in
Analog Loopback

CC on when analog
loopback button is
pressed

Auto Answer

Yes

Transmitter Timing
Provided

Internal

Carrier Control

Switched

Request to Send
Control

Switched

Elastic Store

Out

Slaved Transmitter
Timing

Out

Data Set Ready (CC)
Condition in AL Mode
(Form Use in Test 4)

CCOn

Grounding

AA not connected to
AB

209A

212

Designation

DIGITAL
Recommendation

Tip/Ring Make Busy

Out

CC Indication
Analog Loop

CN Circuit

Out

Transmitter Timing

Internal

1200 Baud Operation

ASYNC/Start-Stop

Character Length

10 Bit

Receiver Respond
Digital Loop

8-7

June 1982

Table 8-2 Modem Options (Cont)

M(Idem

Option

Designation

DIGITAL
Recommendation

Loss of Carrier
Disconnect

Out

Receive Space
Disconnect

CB and CF
Indications

Separate

Send Space
Disconnect

Auto-Answer

Answer Mode
Indication

Off

Speed Mode

Dual

Interface Spel~d
Indication

Signal Ground to
Frame Connect

8-8

June 1982

801-C AUTO CALLING UNIT
TYPE: DUAL FREQUENCY (TOUCH TONE) OR DIAL PULSE
LINE: VOICE GRADE SWITCHED
CONDITIONING: ANY
SPEED: DIALS AT UP TO 10 DIGITS/SECOND
INTERFACE: RS366

Table 8-3

801-C ACU Options

Option

Designation

DIGITAl,
Recommendation

Call Termination

ZorA
GorZD

After DSS via CRQ or
After DSS via data set

ACR Timer

Stop timer when DSS sets

DSS Transfer

Answer tone detection or
at 'EON' code

Answer Detection

W
X
S
T

Detect end of answer tone
Detect beginning of answer tone
Detect 2025 tone
Detect 2225 tone

Ground Start

V
Y

In
Out

Data Set Answer
Detection

Without 'EON'

Circuit

ZH
ZJ
ZK

2 wire
4 wire loop start
4 wire ground start

DLO Lead

ZM
ZL

801 only control
801 and dataset control

8-9

CHAPTER 9
DEC MODEM PRODUCTS

9.1 INTRODUCTION
This chapter contains infonnation needed to configure, install, and test a number of DIGITAL's
modem products. Currently, there are two products included in this chapter; the DF02 and DF03
modems. As new modem products are developed, this chapter will be revised to include support
for those products.
The purpose of this chapter is to provide Field Service personnel, trained in servicing modem
devices, with a quick reference guide that highlights the important factors concerning installation
and maintenance. The infonnation contained in this chapter, therefore, is short and to the point. If
more detailed infonnation is needed, reference should be made to the microfiche, technical
manual, or other reference material concerning that particular device.
The options presently contained in this chapter are:
•

DF02-AA

•

DF02-AC

•

DF03-AA

•

DF03-AC

•

DF Series Rack Mount (to be supplied)

9-1

June 1982

DF02/DF03 INSTALLATION
DF02/DF03 OPTION
DF02/DF03 General Description
The DF -series modems provide full duplex, asynchronous or synchronous, binary serial data
communications. This is accomplished over two-wire, switched, telephone network facilities.
Low-speed operation [0 to 300 bits per second (b/s)] is asynchronous, binary frequency shift
keyed (FSK). High-speed (1200 b/s) operation (DF03 only) can be either character-asynchronous
or bit-synchronous, quaternary differential phase shift keyed (QDPSK).
These modems are compatible with EIA-RS-232-C/CCITT V.24 and are equivalent to
103/113/212A modem series.
DF02/DF03 Standard Modem Features
The features below apply to both DF02 and DF03 modems unless otherwise specified.
•

300/1200 b/s asynchronous (DF03) 0-300 b/s asynchronous (DF02);

•

1200 b/s synchronous (DF03 only);

•

Full-duplex operation on public switched telephone network (PSTN);

•

Manual originate/answer and automatic answer for DF03-AA/AC;

•

Automatic originate for DF03-AC only;

•

Uses standard RJllC telephone rack;

•

FCC approved for direct connect;

•

Diagnostic test switches;

•

EIA RS232-C interface; and

•

DATA/TALK HIGH/LOW speed select switch.

DF02/DF03 Auto Call Features
For both DF02 and DF03:
•

Single EIA RS232-C port (shared with modem port);

•

Asynchronous ASCII data;

•

Data rates - 110, 300, 1200 b/s; and

•

Pulse code dialing.

DF-l

June 1982

DF02/DF03 INSTALLATION
DF02lDF03 Modem Specifications
The specifications below also apply to both DF02 and DF03 modems unless otherwise specified.
•

Power requirements - 120 Vac (90-128 Vac), 57-63 Hz.

•

Physical characteristics
Width - 69 mm (2.7 in)
Height - 143 mm (5.6 in)
Depth - 277 mm (10.9 in)
Weight - Approximately 2.7 kg (6 lbs)

•

Environment requirements
0

Temperature 5 ° to 50°C (41 to 12rF)
Relative humidity 0% to 95% noncondensing
Convection cooling
•

FCC registration number
DF02: A0994Q-67693-DM-R
DF03:A0994Q-69391-DM-R

DF02/DF03 Reference Documentation
Refer to the following if the level of content in this section is insufficient.
•

Poc:ket service guides:
DF02: EK-ODF02-PS
DF03: EK··ODF03-PS

•

User's guides:
DF02: EK-ODF02-UG
DF03: EK-ODF03-UG

DF-2

June 1982

DF02/DF03 INSTALLATION
DF02/DF03 Components List
Table DF-l

DF02 Components List

Option/Parts List

Description

DF02-AA

Basic modem (no ACU module)

70-17211
54-12498
DF02-AC
M7177-YA

Telephone line interface board
Modem board
Same as above, plus:
Automatic call unit (ACU) board

Table DF-2 DF03 Components List
Option/Parts List

Description

DF03-AA

Basic modem (no ACU board)

70-17298
M5800

Telephone line interface board
Modem board

DF03-AC
M7177-YA

Same as above, plus:
Automatic call unit (ACU) board

DF-3

June 1982

DF02!DF03 INSTALLATION
Installation Procedure

STEP 1.

UNPLUG TELEPHONE FROM WALL BOX.

r=--l

r[rI - -.~~~--

..... ,

',-

__ -_-

,~:::------,,==-'l'.:

'-.....J. l~=~

WAll BOX

DF-4

June 1982

DF02/DF03 INSTALLATION
Installation Procedure (Cont)

STEP 2.

PLUG TELEPHONE INTO JACK ON MODEM.

DF-5

June 1982

DF02/DF03 INSTALLATION
Installation Procedure (Cont)

STEP 3.

PLUG MODEM MODULAR JACK INTO WALL BOX.

DF-6

June 1982

DF02/DF03 INSTALLATION
Installation Procedure (Cont)

STEP 4.

PLUG TERMINAL CABLE INTO MODEM EIA CONNECTOR.

STEP 6.

PLUG MODEM A.C. CORD INTO WALL OUTLET.

DF-7

June 1982

DF02lDF03 INSTALLATION
Modem Options

TO ACCESS DF02 OR DF03 MODULES, PERFORM THE FOLLOWING:

REMOVE THE TWO SCREWS AND LOCK WASHERS
FROM THE BOTTOM REAR OF THE MODEM CASE.

SLIDE THE BACK PANEL, !~NCLUDING MODULES,
FROM MODEM CASE.

~ ~

MODEM BOARD

c:---~-~, .~>~--~~~~~~~:~~~;~98
~

INTERFACE BOARD
DF02
70-17211
DF03
70- I 7298

=
=

DF-8

June 1982

DF02/DF03 INSTALLATION
Modem Options (Cont)

MODULE SWITCH PACKS
DF02/DF03 modules may be equipped with one of three types of switch packs as shown below.
On early versions ofDF03, jumpers are used to select options. On later versions, beginning with
serial # ASA 3500 for DF03-AA and serial # ASA 6400 for DF03-AC, switch packs are used
to select options.

RAISED

:aBB~a88!~,
F

l,:..F_ _ _~_ _~ . _ ,

USE POINTED OBJECT.
DO NOT USE LEAD
PENCIL.

SLIDE

DF-9

June 1982

DF02/DF03 INSTALLATION
Modem Options (Cont)
DF02 INTERFACE BOARD (70-17211)

Wll

Wl
W2
W3
W4

W12

W13
W14

W6
W7

_~~

----~----..

"--cm::::J(SEE NOTE)

NOTE:
rHE DF02 IS FACTORY SHIPPED
WITHOUT R36 DISABLING
REQUEST TO SEND.

DF-IO

June 1982

Modem Options (Cont)

Table DF-3

DF02 TLI Interface Board Option Jumpers

Jumper Options

CB
Indication

Normal*
Forced

Grounds

Common*
Separate

CBCF
Indication

Common*
Separate

DF02-AA/AC
Configuration

AA(STD)
AC(ACU)

CC
Indication

Early*
Delayed
Forced

Make Busy

Enabled
Disabled*

CD
Indication

Normal*
Forced

CC Indication
Analog Loop

ON*
OFF

NOTE:

......

WIO

Wll

WI2

WI3

WI4

OUT*
IN

IN*
OUT
IN*
OUT
OUT

OUT

IN*
OUT
OUT

IN*

OUT*

OUT

OUT*
OUT*
IN

Equipment with full modem control may need CB and CC indication forced for DF02-AC.
As a fail-safe feature, make busy is permanently off (no option).

*Standard factory configuration

1.0
00
N

OUT*
IN

DF02/DF03 INSTALLATION
Modem Options (Cont)
DF02 MODEM BOARD (54-12498)

-----,---

~O [J D[
_J O 0

DF-12

June 1982

DF02lDF03 INSTALLATION
Modem Options (Cont)
Table DF-4

DF02 Modem Board Jumper Options

Jumper Options
Send Space
Disconnect

Enable*
Disable

Receive Data
Rate

o to 300 b/s*

Receive Space
Disconnect

<) to 600 bls

WIA

IN
OUT

OUT
IN

W2A

IN
OUT

OUT
IN

~ 1.5 Sec (Long)*
~ 0.3 Sec (Short)

W3A

W4A

IN
OUT

OUT
IN

IN
OUT

OUT
IN

NOTE 1:

The automatic answer feature is permanently enabled (no option). Loss of carrier disconnect
is permanently enabled (no option).

NOTE 2:

W6, W7, and W8 are factory installed and are not used for any application ofDF02.

*Standard factory configuration.

DF-13

June 1982

DF02/DF03 INSTALLATION
Modem Options (Cont)
DF03 TLI INTERFACE BOARD (70-17298)

TLI MODULE
SWITCH PACK #1
(OFF)(ON)

~l
c:::c:J

S1
S2

c::::::r::::J S3
c::::::r::::J S4

c:::c:J S5
c::::::r::::J S6

~S7

TLI MODULE
SWITCH PACK ;;2

cr-c::=:J--<> W 1
: : I J2

T'i'O:'I;;

iij

c::::::r::::J S3
c::::::r::::J S4
c::::::r::::J S5

c:::::r::::J S6
c:::::r::::J S7

DF-·14

June 1982

DF02lDF03 INSTALLATION
Modem Options (Cont)

Table DF-5

TLI Module 8witch Pack I Options
8witch
Jumper**

81-2
WI2

81-3
W13

81-4
WI4

DF03-AA/AC
Configuration
Also Switch)
Pack #2

AA (STD)*
AC (ACU)

OFF
ON

ON
OFF

Interface
Terminal Timing

Enabled
Disabled*

Interface
Speed Select

Enabled
Disabled*

Option

81-5
WI5

81-6
WI6

81-7
WI7

OFF
ON

(

NOTE:

ON
OFF
ON
OFF

SI-I is not used.

*Standard factory configuration.
**On earlier versions, jumpers replace switches in same location.

Table DF-6

TLI Module Switch Pack 2 Options

Option

Switch
Jumper**

S2-1
W21

Interface
Ring Ind'icate

Enabled*
Disabled

ON
OFF

Interface
ANL Control

Enabled
Disabled*

Interface
RDL Control

Enabled
Disabled*

DF03-AA/AC
Configuration
Also Switch)
Pack #1

AA (8TD)*
AC (ACU)

Interface
Speed
Indicate

Normal Enabled*
Alternate Enabled
Disabled

Interface Test
Mode Indicate

Enabled
Disabled*

S2-2
W22

S2-3
W23

S2-4
W24

S2-5
W25

S2-6
W26

S2-7
W27

ON
OFF
ON
OFF
OFF
ON

(

ON
OFF
OFF

OFF
ON
OFF
ON
OFF

*Standard factory configuration.
**On earlier versions, jumpers replace switches in same location.

DF-15

June 1982

DF02!DF03 INSTALLATION
Modem Options (Cont)

DF03 MODEM BOARD (M5800)

MODEM MODULE
SWITCt-I PACK #1

(~II(ONI5'

==52
==54
=56
=57
=53

=55

=:::::J56

~2r~~~ ~~~KU~~

] 0

(OFF){ONi

=5'
c::::J:::::::J 52

=:::::J53
=:::::J54
=:::::J56
=:::::J58
c:::J:::JS7

=:::::J58
=:::::J59
=:::::JS10

Table DF-7

Modem Module Switch Pack I Options

Option

Switch
Jumper**

Slot
WII

Receiver
Timing

Enabled
Disabled*

ON
OFF

Transmitter
Timing

Enabled
Disabled*

Interface
Speed Indicate

Enabled*
Disabled

Terminal
Timing

Enabled*
Disabled
Slave

Mode

ASYNC*
SYNC

Character
Length

9 Bits
10 Bits*

Receiver Responds
ToRDL

Enabled*
Disabled

SI-2
Wl2

SI-3
Wl3

SI-4
Wl4

SI-5
Wl5

OFF
OFF
ON

ON
OFF
OFF

SI-6
Wl6

SI-7
Wl7

SI-8
Wl8

ON
OFF
ON
OFF

OFF
ON
OFF
ON
OFF
ON

'~Standard factory configuration.

'~*On earlier versions, jumpers replace switches in same location.

DF-16

June 1982

Table DF-8

Modem Module Switch Pack 2 Options

Option

Switch
Jumper**

S2-1
W21

Loss of Carrier
Disconnect

Enabled*
Disabled

ON
OFF

Send Space
Disconnect

Enabled*
Disabled

Auto Answer

Enabled*
Disabled

Speed

Dual*
High Only

DSR Indication
inANL

Enabled*
Disabled

Long Space
Disconnect

Enabled*
Disabled

CTS, CAR Detect
Interface Indication

Common
Separate* .

CAR Detect
Interface Indication

Normal*
Forced

DSR Interface
Indication

Normal*
Forced

CTS Interface
Indication

Normal*
Forced

S2-2
W22

S2-3
W23

S2-4
W24

S2-5
W25

S2-6
W26

S2-7
W27

S2-8
W28

S2-9
W29

S2-1O
W30

ON
OFF
OFF
ON
OFF
ON
ON
OFF
ON
OFF
ON
OFF
ON
OFF
OFF
ON
OFF
ON

NOTE: When selecting options on the modem board, the DSR indication in ANL cannot be selected with DSR interface
indication.
.......
10
00

*Standard factory configuration .
**On earlier versions, jumpers replace switches in same location.

DF02/DF03 INSTALLATION
Modem Options (Cont)

AlJTO CALL UNIT (M7177)

~25'

L_________~

~dJ-

AUTO CALL MODULE
SWITCH PACK #1
(OFF) (ON)

c:::r::::J
c:::r::::J 53
c:::r::::J 54
c::::c:::J 55
c:::r::::J 56
c:::r::::J 57
c:::r::::J 58

=
=
=
=
EEl
=

~-----

.-0----W7

DF-18

June 1982

DF02/DF03 INSTALLATION
Modem Options (Cont)

Table DF-9 Jumper Options on the Automatic Call Unit (DF02/03-AC)
W6

Jumper Options
Local Copy

Enable
Disable*

Dialer Speed

10 Pulses/s*
20 Pulses/s

Answer Tone
Abort Timer

27 Sec*
52 Sec

Wll

IN
OUT

OUT
IN

IN
OUT

*Standard factory configuration.

Table DF-IO Switch Options on the Automatic Call Unit (DF02/03-AC)
SI

Switch Option
Parity

Enable
Inhibit*

Parity

Even Enable
Odd Enable*

Character
Length

7 Bits
8 Bits*

Stop Bit
Select

2 Stop Bits
1 Stop Bit*

Communication
Bit Rate

110 b/s
300 b/s*
1200 b/s*

ON
OFF
OFF

OFF
ON
OFF

OFF
OFF
ON

ON
OFF
OFF
ON
ON
OFF

OFF
OFF
OFF
ON

*Standard factory configuration. For DF02; 300 b/s. For DF03; 1200 b/s.

DF-19

June 1982

DF02lDF03 INSTALLATION
Modem Options (Cont)

Table DF-ll

Detailed Modem Options

Option
Function

Option/Description

Factory
Configuration

Interface Terminal
Timing

When enabled, allows external transmit
timing (EIA Pin 24) to control internal
modem clock. In slave mode, receiver clock
controls transmit clock.

Disabled

Receiv(:r Timing

When enabled, allows receiver timing signal
on EIA Pin 17. This option must be enabled
for synchronous operation.

Disabled*

Transmit Timing

When enabled, allows transmit timing signal
on EIA Pin 15. This option must be enabled
for synchronous operation.

Disabled*

Mode Select

Selects asynchronous or synchronous
operation. This option must be set to sync
for synchronous operation.

Async*

Character Length

Selects data character length of nine or ten
bits.

10 Bits

Receivt:r Responds
to Remote Digital
Loopback

When disabled, the receiver logic will not
allow remote digital loopback testing.

Enabled

Loss of Carrier
Disconnect

When enabled, the modem terminates the
call if carrier is lost for more than 350 ms.

Enabled

Send Space
Disconnect

When enabled, the modem transmits three
seconds of spacing signal at end of a call.
U sed with long space disconnect option.
This option must be disabled for synchronous
operation.

Enabled *

Long Space
Disconnect

When enabled, the modem will terminate a
call upon receiving about 1.6 seconds of
spacing signal. This option must be disabled
for synchronous operation.

Enabled*

*These options must be modified for synchronous operation.

DF-20

June 1982

DF02/DF03 INSTALLATION
Modem Options (Cont)

Table DF-ll

Detailed Modem Options (Cont)

Option
Function

Option/Description

Factory
Configuration

Auto Answer

When enabled, the auto answer circuitry
allows the modem to respond to ring indicate.

Enabled

Terminal Timing

Allows for three possible transmitter timing
sources.

Enabled

1. Internal (Enable) - Transmit clock from
master oscillator.
2. External (Disable) - Transmit clock
from external oscillator source through
EIA Pin 24
3. Slave - Transmit clock is derived from
receive clock.

Speed Mode

When in dual mode, both low and high
speed data circuits work. In high only, the
1200 b/s speed is operative.

Dual

Interface Speed
Selection

When enabled, the terminal can select
modem speed by controlling EIA Pin 23.
When Pin 23 is active, 1200 b/s operation
is selected and when inactive, 300 b/s
speed is selected.

Disabled

Interface Speed
Indication

When enabled, the modem provides an
indication of modem speed to the terminal
on EIA Pin 12. When Pin 12 is active,
1200 b/s operation is selected and when
inactive, 300 b/s speed is selected.

Enabled

Interface Speed
Pin Indication

In normal, the speed indicator is on EIA
Pin 12. In alternate, the speed indicator is
on EIA Pin 11. Disabled, there is no
interface speed indication.

Normal

Interface RD L
Control

When enabled, a positive voltage on EIA
Pin 21 selects RDL mode.

Disabled

DF-21

June 1982

DF02/DF03 INSTALLATION
Modem Options (Cont)
Table DF-ll

Detailed Modem Options (Cont)

Option
Function

Option/Descri ption

Factory
Configuration

Interface ANL
Control

When enabled, a positive voltage on EIA
Pin 18 selects modem analog loopback.
Disabled, opens Pin 18 to modem.

Disabled

Interface Ring
Indication

When enabled, allows ring indicate signal
out to EIA Pin 22. When disabled, prevents
ring indicate from going to the interface.

Enabled

Interface Test
Mode Indicate

When enabled, a positive voltage will
appear on EIA Pin 25 when the modem
enters any test mode.

Disabled

DSR Indication
inANL

When enabled, data set ready comes on in
analog loopback test mode.

Enabled

CTS, CAR Detect
Interface Indication

When common, the CTS lead is forced off
whenever the CAR detect lead goes off.
Separate, both signals are independent of
each other.

Separate

CAR Detect
Interface Indication

When normal, carrier detect (EIA Pin 8)
follows the modem carrier signal. Forced,
makes EIA Pin 8 high all the time.

Normal

DSR Interface
Indication

When normal, data set ready (EIA Pin 6)
follows the modem signal. Forced, makes
EIA Pin 6 high all the time.

Normal

CTS Interface
Indication

When normal, clear to send (EIA Pin 5)
follows the modem signal. Forced, makes
EIA Pin 5 high all the time.

Normal

_ _ _ _ _ _ _ _ ' - - - - , ._ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _-.1._ _ _ _ _•_ _

DF-22

June 1982

DF02lDF03 INSTALLATION
Modem Options (Cont)

REASSEMBLY PROCEDURE:
1. Insert modem board in top guide.
2. Insert ACU board in center guide.
3. Insert interface board in bottom guide.
4. Slide all boards into case. Secure with screws and lock washers removed earlier.

DF-23

June 1982

DF02-AA Cabling

TELEPHONE INTERFACE
MODULE ITl'l

.....
10
00

DF02-AC Cabling

AUTO CALL
SWITCH PACK

'* 1

87654321

.\0
00
N

o
N

DF03-AA Cabling

MODEM MODULE
SWITCH PACK #2

MODEM MODULE SWITCH

U
'"rl

0'1

TELEPHONE INTERFACE
MODULE (TLI)

TLI MODULE
SWITCH PACK ,,2

......

('II

DF03-AC Cabling

MODEM MODULE SWITCH PACK #2

MODEM MODULE

AUTO CALL
SWITCH PACK #1

.....
§
.....
(l)

\0
00

MODEM MODULE SWITCH PACK #1

DF02/DF03 MAINTENANCE AIDS
DF02/DF03 Test Procedures
GENEIUI..L
This section provides modem checkout procedures to help isolate data communication problems
related to DF02 and DF03 modems. All test functions have simplified diagrams representing the
test features. In test features where a terminal is used, a computer system (interface) could also be
used.

The correct procedure to test and verify a modem communications link is shown in Figure 1. The
five modern test areas will be discussed in the next section.

---1-o
1

LOCAL
TERMINAL
TEST

~~
CD

LOCAL-END

DIGITAL
lOOP TEST

DIGITAL lOOP

REMOTE TEST

(5) END- TO-END
'0'

SElF-TEST

Figure 1

Data Path Acceptance Test Sequence

DF-28

June 1982

DF02lDF03 MAINTENANCE AIDS
DF02lDF03 Test Procedures (Cont)

TEST AREA 1 - LOCAL TERMINAL TEST (FIGURE 2)
These tests determine if the terminal or computer interface is working correctly. To verify the
terminal or computer interface, perform the following:
•

•

Terminal Test
-

Set terminal to off-line local test and type test message. Verify that correct message is
received.

Set terminal to on-line and install EIA cable loopback connector (that is, H325) and
repeat test message verification.

Computer Interface Test
-

Execute a test message with the communication interface set to internalloopback mode
and verify that correct message is received.

Set the communication interface to normal mode and install an EIA cable loopback
connector (that is, H325). Send test message and verify.

TEST CONNECTOR

Figure 2

Local Terminal Test

DF-29

June 1982

DF02!DF03 MAINTENANCE AIDS
DF02/DF03 Test Procedures (Cont)

TEST AREA 2- LOCAL·END DIGITAL LOOPBACK TEST (DF02 ONLY. SEE
FIGURE 3)
This test area determines if the modem EIA data-level converters are working correctly. This test
requires a terminal or computer to input the test message. This test is not supported on DF03.
PROCEDURE:
1. Verify that the DTR LED is ON.
2. Configure the following test switches:
a. Set DATA/TALK switch to DATA position (OUT).
h. Set DTL/ANL switch to DTL position (OUT).
c. Set OPER/TEST switch to TEST position (IN).
3. Verify that the TEST LED comes ON. (For DF02-AA, go to Step 5.)

4. For DF02-AC, press the ANS switch to force modem off hook (OR). Verify that the OR
LED comes ON. Perform Step 5 while OR LED is ON. OR LED will go OFF in 17
seconds and disable test.
5. Type a test message and verify that the message is received.
6. To terminate, release the OPER/TEST switch to OPER position (OUT).

LOCAL MODEM

r.----

Ci
Figure 3

Local-End Digital Loopback Test (DF02 Only)

DF-30

June 1982

DF02/DF03 MAINTENANCE AIDS
DF02/DF03 Test Procedures (Cont)
TEST AREA 3 - ANALOG LOOPBACK TEST (FIGURES 4 & 5)
Test area 3 generally has two separate tests; one called analog loopback self-test and the other
called analog loopback. Both tests verify that the modem can transmit and receive data at the local
modem with no errors. Each of these tests are discussed below.
Analog Loopback Self· Test (DF03 Only) (Figure 4)
This test uses an internal test generator for data transmission and a test comparator on the receiver
to detect errors. If errors occur, the modem carrier LED flashes ON and OFF after the test begins.
It is normal for the carrier LED to flash once or twice at the beginning of the test. This test is not
supported on DF02.

LOCAL MODEM

CAR

Figure 4

Analog Loopback Self-Test (DF03 Only)

PROCEDURE:
1. Verify that the CAR and DSR LEDs are OFF.
2. Configure the following test switches:
a. Set the HIGH/LOW speed switch to the desired speed-low speed (OUT), high speed
(IN).

b. Set the ANL switch to the IN position.
c. Set the ST switch to the IN position.
3. Verify that the TEST LED comes ON. If high speed was selected, the HS LED will also
come ON.
DF-31

June 1982

DF02/DF03 MAINTENANCE AIDS
DF02!DF03 Test Procedures (Cont)
4. Observe that the CAR LED comes ON and stays ON. This may take up to three seconds.
It may flash once or twice at the beginning. Verify that the CAR LED never flashes ag~iin
or goes OFF. If it does, the DF03 modem is defective.
5. To check the other modem speed,just change the position ofthe HS switch from its present
position. The CAR LED again flashes at first, then should remain ON as in Step 4.
6. To terminate, release the ANL and ST switches to the OUT position.
Analog Loopback Test (Figure 5)'
This test uses a data terminal or computer interface to input the test message. To verify the data,
the operator must observe that the received data is correct. This test is a very useful test, checking
both the terminal and the modem. The following describes the test procedures for each modem.

LOCAL MODEM
DIGITAL

ANALOG

---.........-.--_=tJ
I

TEST

ANL

(DF02 ONLY)

Figure 5 Analog Loopback Test

DF02 Analog Loopback Test PROCEDURE:
1. Verify that the DTR LED is ON.

2. Configure the following test switches:
a. Set DATA/TALK switch to DATA position (OUT).
b. Set DTL/ANL switch to ANL position (IN).
c. Set OPERITEST switch to TEST position (IN).
3. Verify that the TEST LED comes ON.
DF-32

June 1982

DF02lDF03 MAINTENANCE AIDS
DF02!DF03 Test Procedures (Cont)
4. Press and hold the ANS switch for one second, then release.
5. Verify that the OH LED comes ON.
6. Verify that the CAR LED comes ON.
7. Type a test message on the terminal and verify that the correct data is received. This
verifies the modem's answer data channel.
8. Press and hold the ORG switch for one second, then release.
9. Verify that the CAR LED remains ON.

10. Type and verify the test message as in Step 7. This verifies the modem's originate data
channel.
11. To terminate, set the DTL/ANL and OPERITEST switches to the OUT position. The
CAR LED goes OFF followed by the OH LED in approximately 17 seconds.
DF03 Analog Loopback Test PROCEDURE:
1. Verify that the DTR LED is ON and the CAR and DSR LEDs are OFF.
2. Configure the following test switches:

a. Set the HIGH/LOW speed switch to the desired speed-low speed (OUT), high speed
(IN).
b. Set the ANL switch to the IN position.
3. Verify that the TEST LED comes ON. Ifthe high speed was selected, the HS LED will
also come ON.
4. Observe that the CAR LED comes ON within three seconds and stays ON.
5. Type a test message on the terminal and verify that the correct data is received. Incorrect
data indicates a defective modem or wrong terminal speed.

6. To terminate, set the ANL switch to the OUT position.
TEST AREA 4 - DIGITAL LOOPBACK TESTS (FIGURES 6-9)
Test area 4 also has two separate tests (similar to test area 3) except that the test function is digital
loopback with either a self-test mode or terminal/computer test. The digitalloopback tests allow
the complete network to be checked including the remote modem logic. This test verifies the
telephone line and the receiver/transmit logic ofthe remote modem. This test does not verify any
EIA level conversion at the remote modem.
DF-33

June 1982

DF02/DF03 MAINTENANCE AIDS
DF02/DF03 Test Procedures (Cont)
The DF03 modem also has three other tests that are associated with digitalloopback. These tests
are associated with the self-test logic which uses a special switch called remote digitalloopback
(RDL). The .RDL function only works in the high-speed mode. This RDL switch allows the
operator at the local modem to cause the remote modem to automatically switch to digital
loopback without pressing the remote modem's DTL switch. No operator is needed at the remote
site. The following describes these various modem tests.
DF02 and DF03 Digital Loopback Tests (Figure 6)
PROCEDURE:
1. Verify that the DTR LED is ON.

2. Configure the following test switches:
a. Set DA TA/T ALK switch to TALK position (IN).
b. At remote DF02 modem, have someone set the DTL/ANL switch to the DTL position
(OUT). The OPERITEST switch must also be pressed to the TEST position (IN).
c. At remote DF03 modem, have someone press the DTL switch to the IN position. Set
the HIGH/LOW speed switch to the desired speed -low speed (OUT), high speed
(IN).
3. Remove telephone handset from cradle and dial the remote modem. For DF02 modems,
observe that the OH LED comes ON.
4. When answer tone is heard, set the DATA/TALK switch to the DATA position (OUT).
Place the telephone handset back on the cradle.
5. Verify the following LEDs::
a. DF02 - the CAR LED is ON.
b. DF03 -- the CAR and DSR LEDs are ON.
6. Type a test message on the terminal and verify that the correct data is received.
7. To terminate, press the DATA/TALK switch to the TALK position (IN).
8. If test is performed at computer end, repeat the above procedure. The computer modem
now becomes the local modem and the terminal modem is the remote. The computer end
will now have to generate the test message and verify the results.
9. Return the DA TA/TALK switch to DA TA position (OUT) to allow automatic answer for
incoming calls.
DF-34

June 1982

DF02/DF03 MAINTENANCE AIDS
DF02/DF03 Test Procedures (Cont)

LOCAL MODEM
EIA I

REMOTE MODEM

DIGITAL

ANALOG I

DIGITAL

EIA

TX)
I
RX I
TELEPHONE
NETWORK
(DF02 ONLY)

Figure 6

Digital Loopback

DF03 Digital Loopback Self-Test (Figure 7)
PROCEDURE:
1. Verify that the DTR LED is ON.
2. Configure the following test switches:
a. Set DATA/TALK switch to TALK position (IN).
b. Set ST switch to IN position.
c. At remote DF03 modem, have someone press the DTL switch to the IN position. Set
the HIGH/LOW speed switch to the desired speed -low speed (OUT), high speed
(IN).
3. Remove telephone handset from cradle and dial the remote modem.
4. When answer tone is heard, set the DATA/TALK switch to the DATA position (OUT).
Place the telephone handset back on the cradle.
5. Verify that the CAR LED is ON. Observe that the CAR LED never flashes ON and OFF
except at the very beginning of the test. If it does, then one of the modems or the telephone
network is receiving errors. Return to local analog modem testing or end-to-end self-test to
verify modems before suspecting the telephone network.
6. To terminate, release the ST switch and press the DA T A/TALK switch to the IN position.

7. Return the DATA/TALK switch to DATA position (OUT) to allow automatic answer for
incoming calls.

DF-35

June 1982

DF02/DF03 MAINTENANCE AIDS
DF02/DF03 Test Procedures (Cont)

REMOTE MODEM
ANALOG

EIA

DIGITAL

EIA

I
~-----

TELEPHONE
NETWORK

(
CAR

Figure 7

Digital Loopback Self-Test (DF03 Only)

DF03 RI!mote Digital Loopback (Figure 8)
PROCEDURE:
1. Verify that the DTR LED is ON.
2. Configure the following test switches:

a. Set DA T A/T ALK switch to TALK position (IN).
b. Set HS switch to IN position.
c. Set RDL switch to IN position.
3. Remove telephone handset from cradle and dial remote modem.
4. When answer tone is heard, set the DA T A/TALK switch to the DATA position
(OUT). Place the telephone handset back on the cradle.

5. Observe that the CAR, DSR, HS, and TEST LEDs are all ON.
6. Type a test message on the terminal and verify that the correct data is received.
7. To terminate, press the DATA/TALK switch to TALK position (IN).

DF-36

June 1982

DF02lDF03 MAINTENANCE AIDS
DF02/DF03 Test Procedures (Cont)
8. If test is performed at computer end, repeat the above procedure. The computer modem
now becomes the local modem and the terminal modem is the remote. The computer end
will now have to generate the test message and verify the results.
9. Return the DATA/TALK switch to the DATA position (OUT) to allow automatic
answer for incoming calls.

LOCAL MODEM

REMOTE MODEM
EIA

TELEPHONE
NETWORK

Figure 8 Remote Digital Loopback (DF03 Only)
DF03 Remote Digital Loopback Self-Test (Figure 9)
PROCEDURE:
1. Verify that the DTR LED is ON.
2. Configure the following test switches:
a. Set DATA/TALK switch to TALK position (IN).
b. Set HS switch to IN position.
c. Set RDL switch to IN position.
d. Set ST switch to IN position.
3. Remove telephone handset from cradle and dial remote modem.
4. When answer tone is heard, set the DATA/TALK switch to the DATA position (OUT).
Place telephone handset back on the cradle.
5. Verify that the" CAR, HS, and TEST LEDs are all ON. Observe that the CAR LED never
flashes ON and OFF except at the very beginning of the test. If it does, then one of the
modems or telephone networks is receiving errors. Return to local modem testing or go to
end-to-end self-testing to help isolate the problem.
DF-37

June 1982

DF02/DF03 MAINTENANCE AIDS
DF02/DF03 Test Procedures (Cont)
6. To terminate, release the ST switch and press the DATA/TALK switch to the IN position.
7. Return the DATA/TALK switcn to D A T A position (0 UT) to allow automatic answer for
incoming calls.

REMOTE MODEM

LOCAL MODEM
EIA

---DI~--'--;;NALOG

ANALOG

~-~--+-~

I
I

DIGITAL

EIA

TELEPHONE
NETWORK

CAR

Figure 9

Remote Digital Loopback Self-Test (DF03 Only)

TEST AREA 5 - END·TO·END SELF·TEST (DF03 ONLY, SEE FIGURE 10)
Test area 5 allows the local and remote modem to be verified over the telephone network. It
separates the transmit and receive logic of both modems. This separation permits better problem
isolation. A local modem may check out in the analog loopback test but fail in the digital loop back
test. With this test, if the problem is not the telephone network, the failing transmitter or receiver
should be located.
DF03 Modem End-to·End Self·Test (Figure 10)
PROCEDURES:
1. Configure the following test switches at both modems. This requires a second person at the
remote site to set the same switches.

a. Set the HI G H/LO W speed switch to the desired speed -low speed (0 UT), high speed
(IN).
b. Set the ST switch to the IN position.
c. Set DATA/TALK switch at remote modem to the DATA position (OUT).
d. Set DATA/TALK switch at local modem to TALK position (IN) to allow dialing
remote modem.
DF-38

June 1982

DF02/DF03 MAINTENANCE AIDS
DF02/DF03 Test Procedures (Cont)
2. Remove telephone handset from cradle on local modem and dial the remote modem.
3. When answer tone is heard, set the DATA/TALK switch to the DATA position (OUT).
Place the telephone handset back on the cradle.
4. Verify that the CAR and TEST LEDs are all ON. If in high-speed mode, the HS LED is
also ON. Observe that the CAR LED never flashes ON and OFF except at the very
beginning. Be sure to have the remote operator verify the LEDs on the remote modem. Any
flashing of the CAR LED indicates data errors and distortion. Repeat this test more than
once to rule out a defective telephone line before determining which modem is defective.
5. To terminate, release the ST switch and press the DA TA/TALK switch to the IN position
at both modems.
6. Return the DA TA/TALK switch to DATA position (OUT) to allow automatic answer for
incoming calls.

LOCAL MODEM
EIA

DIGITAL

REMOTE MODEM
ANALOG

ANALOG

TELEPHONE
NETWORK

CAR

Figure 10 End-to-End Self-Test (DF03 Only)
DF02 AND DF03 AUTO CALL TESTING
The testing of a DF02-AC or DF03-AC for auto call functions can easily be performed by doing
any digitalloopback test functions with the DA TA/T ALK switch in the DATA position (OUT),
and dialing the remote modem by using the auto call message format. If the call is initiated via a
terminal, when the modem receives the answer tone back, a character" A" will be returned to the
terminal acknowledging that the call has been completed.
The test message may now be sent and the received data verified. If the DF03 self-test mode is
used with digitalloopback, then the CAR LED must be observed.
DF-39

June 1982

DF02/DF03 MAINTENANCE AIDS
DF02 Troubleshooting Procedures

VERIFY THE
FOLLOWING
1. AC LINE
CORD IS
CONNECTED

TO POWER
SOURCE

DIAL A CALL TO
REMOTE STATION
AND ESTABLISH
NORMAL VOICE
COMMUNI-

SET DAT/VTALK
SWITCH TO DATA
(OUT POSITION!

SET DTUANL
SWITCH TO ANL
(IN POSITION!

2. FUSE FI IS
GOOD

3. DF02 IS
INSTALLED
CORRECTLY

IJISCONNECT EIA
CABLE FROM DF02
;NSTALL EIA
WRN-AROUND
'~ONNECTOf1

12-15336 ON
OPEN END OF
EIA CABLE

REPLACE
INTERFACE
BOARD

DISCONNECT EIA
CABLE FROM
DATA TERMINAL
TRANSFER EIA
TURN-AROUND
CONNECTOR TO
DATA TERMINAL
EIA CONNECTOR

TYPE A SERIES
OF CHARACTERS
ON THE DATA
TERMINAL

SET DATA/TALK
SWITCH TO TALK
(IN POSITION!
DIAL A CALL
TO MODEM TEST
CENTER (SEE
SET DTUANL
SWITCH TO DTL
(OUT POSITION!

SET OPER/TEST
SWITCH TO OPER
(OUT POSITION!

REMOVE
TURN-AROUND
CONNECTOR

[

NOTE!

WHEN ANSW~R
TONE IS HEARD
SET DAT/VTALK
SWITCH TO DATA
(OUT POSITION!

WAIT FOR OH
LAMP 10

RECONNECT EIA
CABLE TO DF02

___

DF-40

June 1982

DF02/DF03 MAINTENANCE AIDS
DF02 Troubleshooting Procedures (Cont)

CHECK
INTERFACE
BOARD FUSES Fl.
F2. AND F3

TRANSFER
TELEPHONE
SET CABLE FROM
DF02 TO WALL
JACK RJ11 C

DIAL A CALL
TO A REMOTE

, - - - - - - - - - - 1 STATION AND
ESTABLISH
NORMAL VOICE
COMMUNICATION
REINSTALL
ORIGINAL MODEM
OR INTERFACE
BOARD

DF-41

June 1982

DF02/DF03 MAINTENANCE AIDS
DF02 Troubleshooting Procedures (Cont)

DISCONNECT EIA
CABLE FROM DF02

DISCONNECT EIA
CABLE FROM
TERMINAL
EQUIPMENT
CONNECT BIT
ERROR RATE
TESTE R TO OPEN
END OF EIA
CABLE

SET TESTER
SWITCHES AS
FOLLOWS,
POWI:R TO ON
DTR ~O ON
RTS TO ON
SPEED SELECT

TO 300

SET DATA/TALK
TO TALK
liN POSITION)

PATTI,RN SELECT
TO RIINDOM

OIAL A CALL TO
REMOTE STATION
.. NO ESTABLISH
NORMAL VOICE
:OMMUNICATIONS

DF~42

June 1982

DF02lDF03 MAINTENANCE AIDS
DF02 Troubleshooting Procedures (Cont)

SET DATA/TALK
SWITCH TO TALK
(IN POSITION!

TRANSFER
TELEPHONE SET
CABLE FROM DF02
TO WALL JACK
RJll C

DIAL A CALL TO
REMOTE STATION
AND ESTABLISH
NORMAL VOICE
COMMUNICATION

NOTE
REFER TO CHAPTER 6
FOR COMMUNICATIONS
TURN AROUND SYSTEM
TELEPHONE NUMBER.

DIAL A CALL TO
MODEM TEST
CENTER
(SEE NOTE!

WHEN ANSWER
TONE IS HEARD
SET DATA/TALK
SWITCH TO DATA
(OUT POSITION!

PRESS AND HOLD
TESTER DISPLAY
RESET SWITCH
FOR 1 SECOND

DF-43

June 1982

DF02lDF03 MAINTENANCE AIDS
DF03 Troubleshooting Procedures

CHECK INTERFJAE
BOARD FUSES
Fl. F2. AND F:,.
VERIFY:
1. AC LINE
CORO
CONNECTED
TO POWER
SOURCE.
2. LINE FUSE
GOOD.
3. DF03
INSTALLED
CORRECTLY

SET DF03
PUSH BUTTONS:
ANL: "OUT"
ST: "IN"
RDl: "IN"
DTL: "OUT"
HS: "IN"
DATA/TALK: "IN"

REPLACE
MODEM BOARD.

ET ALL DF03
PIJSHBUTTONS
"OUT:' VERIFY
C,~R AND DSR
lEOS ARE "OFF."

~I 3
SET ANl AND
ST PUSH BUTTONS
''IN.'' SET HS
PUSHBUTTON "IN:'

CIIR lED COMES
"ON" WITHIN
3 SECONDS.
OBSERVE CAR
lED FOR
1 MINUTE.

SET HS
PUSHBUTTON
TO "OUT"
POSITION.
CAR lED COMES
"ON" WITHIN
3 SECONDS.

LIFT
TELEPHONE
HANDSET AND
DIAL MODEM
TEST CENTER.
REFER TO
CHAPTER 6 FOR
COMMUNICATIONS
TURN-AROUND
SYSTEM
TELEPHONE
NUMBER.

WHEN ANSWER
TONE IS HEARD.
SET DATA/TALK
PUSHBUTTON TO
"OUT" POSITION

INSTALL ORIGINAL
MODEM BOARD.
REPLACE
INTERFACE
BOARD.

INSTALL ORIGINAL
INTERFACE
BOARD.

OBSERVE THAT
CAR. DTR. HS.
AND TEST lEDS
ARE "ON'

-c=_
DF-44

June 1982

DF02lDF03 MAINTENANCE AIDS
DF03 Troubleshooting Procedures (Cont)

OBSERVE CAR
LED FOR
APPROXIMATELY
2 MINUTES.

TRANSFER
TELEPHONE SET
CABLE FROM
DF03 TO WALL
JACK RJll C.

OBSERVE THAT
CAR.DTR.HS.
AND TEST LEOS
ARE "ON."

DIAL REMOTE
STATION AND
ESTABLISH VdlCE
COMMUNICATIONS.

OBSERVE THE
CAR LED FOR

2 MINUTES.

SET DF03
PUSHBUTTONS:
ANL: "our
ST: "IN"
RDL: "IN"
DTL: "OUT"
HS: "IN"
DATA/TALK: "IN"

LIFT TELEPHONE
HANDSET AND
DIAL REMOTE
LOCATION YOU
WISH TO CHECK
YOUR SYSTEM
WITH. (IF CALL
IS ANSWERED
MANUALLY. INSTRUCT
REMOTE ATTENDANT
TO PLACE MODEM
AT THAT LOCATION
TO DATA MODE.
THAN HANG-UP
TELEPHONE.)

INSTALL ORIGINAL
INTERFACE BOARD.

WHEN ANSWER
TONE IS HEARD.
SET DATA/TALK
PUSHBUTTON "OUT."

REPLACE
MODEM BOARD

DF-45

June 1982

DF02/DF03 MAINTENANCE AIDS
DF03 Troubleshooting Procedures (Cont)

SET DATA
TERMINAL TO
"ON-LlNE" MODE.

DISCONNECT EIA
CABI.E FROM DF03.

DISCONNECT EIA
CABLE FROM
DF03.

CON~ECT BIT ERROR

RATE TESTER
TO C·F03.

-c-

SET rCHES:
TESTER
;]
SWI
POWER: "ON""
D--R: "ON"
R'-S: "ON"
SPEED SELECT: 300
PATTERN
SEU:CT: RANDOM

.I_

INSTALL ORIGIN/:l
MODEM BOARD.

INSTALL ORIGINAL
MODEM BOARD.

INSTALL EIA
TURNAROUND
CONNECTOR ON
OPEN END OF
EIA CABLE.
TYPE SEVERAL
CHARACTERS ON
TERMINAL.

REPLACE AUTO
CALL UNIT BOARD.

SET A_L DF03
PUSHIlUTTONS "OUT"
VERIFY THAT DTR LED
IS "ON' AND THE CAR
AND DSR l.EDS
ARE ··8FF."

~I%L.PUSHBUTTON

TES-- LED COM ES
"ON ..

==-~C=
COME~
CAR
'ON"" LED
WITHIN 3
SECONDS.

PRESS AND HOLD
TESTER DISPLAY
RESET SWITCH FOR
1 SECOND.

HS PUSHBUTTON
FOR DESIRED
SPEED.

L ___
DF-46

June 1982

DF02/DF03 MAINTENANCE AIDS
DF03 Troubleshooting Procedures (Cont)

ALL DF03
PUSH BUTTONS
TO "OUT" POSITION
SET ANL PUSHBUTTON
"IN" AND OBSERVE THAT
TEST LED COMES "ON."

INSTALL ORIGINAL
INTERFACE BOARD.

USE TERMINAL
TO CALL MODEM
TEST CENTER
REFER TO CHAPTER 6
FOR COMMUNICATIONS
TURN-AROUND SYSTEM
TELEPHONE NUMBERS.

OBSERVE THAT CAR
LED COMES "ON"
WITHIN 3 SECONDS.
ENTER YOUR NAME
ON TERMINAL KEYBOARD
AND SEE IF THE
SAME INFORMATION
ECHOS.

REPLACE
MODEM BOARD.

YES
INSTALL ORIGINAL
MODEM BOARD.
REPLACE AUTO
CALL UNIT
BOARD.

REPLACE AUTO
CALL UNIT
BOARD.

REPLACE
INTERFACE
BOARD.

INSTALL ORIGINAL
AUTO CALL
UNIT BOARD.

DF-47

June 1982

DF02/DF03 MAINTENANCE AIDS
DF03 Troubleshooting Procedures (Cont)

YES

OR~.JL

NSTALL
AUTO
CALL BOARD.
I1EPLACE
[ MODEM BOARD

REPLACE AUTO
CALL UNIT
BOARD.

INSTALL ORIGINAL
AUTO CALL
UNIT BOARD.
NSTALL ORIGINAL
MODEM BOARD.

[

F:EPLACE
INTERFACE
BOARD.

PROBLEM REQUIRES
ADDITIONAL RESEARCH.
REFER TO THEORY OF
OPERATIONS

DF-48

June 1982

DF02/DF03 MAINTENANCE AIDS
DF02/DF03 Tech-Tips/FCO Index
Table DF-12
Tech
Tip No.

Table DF-13
Tech
Tip No.

DF02 Tech Tip Index
Title

Speed
Bulletin No.

DF02 Breaking Dial Tone Problem

None

DF03 Tech Tip Index
Title

Speed
Bulletin No.

PIN 23 Asserted on VTIXX Terminals

201

NOTE
At present, there have been no FCOs issued on the DF02 or
DF03.

DF-49

June 1982

APPENDIX A
FLOATING DEVICE
ADDRESSES AND VECTORS

A.1 FLOATING DEVICE ADDRESSES
UNIBUS addresses 760010 (160010) through 763776 (163776) are designated as floating device addresses (see the following figure). These are used as register addresses for communications and other devices interfacing with the PDP-II, LSI-II, and VAX-II.
NOTE
Some devices are not supported by LSI-ll and VAX-ll; however,
the same scheme applies - that is, gaps are provided as appropriate.
The convention for assigning these addresses is as follows:
777 777

2K
WORDS

DIGITAL EQUIPMENT
CORPORATION
(FIXED ADDRESSES)

770 000
DR11-C

1K
WORDS

767 777

t
USER ADDRESSES

764 000
763 777

t
1K
WORDS

FLOATING ADDRESSES
DIGITAL EQUIP CORP (DIAGNOSTICS)

760 010
760 006
760 000
757 777

80
VECTORS

48
VECTORS

L..j
.-----::~

001 000
777

000000 3 0 0
000 277

TRAP & INTERRUPT
VECTORS

000 000

UNIBUS Address Map
A-I

A gap of 108 must be left between the last address of one device type and the first address of the
next device type. The first address of the next device type must start on a module 108 boundary.
The gap of 108 must also be left for devices that are not installed but are skipped over in the
priority ranking list. Multiple devices of the same type must be assigned contiguous addresses.
Reassignment of device types already in the system may be required to make room for additionalones.

Table A-I

Rank
I
2
3
4
5
6
7
8
9
10
II
12
13
14
IS
16
17
18
19
20
21
22
23
24

'"
"' '

t
tt

Floating CSR Address Devices
UNIBUS
Option

LSI-ll Bus
Option

Decimal
Size

Octal
Modulus

4
DJII
10
20
DHII
8
DQII
4
10
DUll
OUVII
4
10
OUPII
4
10
LKI1A
4
10
OMCIljOMR11'"
4
10
OZII**
OZVl1
4
10
KMCII
4
10
4
10
LPPII
VMV21
4
10
VMV31
8
20
OWR70
4
10
RLV11
4
RLlI
lOt
LPAII··K
8
20t
KWII-C
4
10
Reserved
4
10
RXII
4
lOt
ORII-W
4
10
ORII-B
4
10tt
OMPII
4
10
OVPll
4
10
4
10
15811
OMVII
8
20
'-----OMCII before OMRII
OZII E and OZII F are dual OZlls and are treated by the algorithm as two OZlls.
Extra devices only.
After second device.

A-2

A.2 FLOATING VECTOR ADDRESSES
Vector addresses, 300 through 777, are designated as floating vectors. These are used for
communications and other devices that interface with the PDP-ll, LSI-ll, and VAX-ll. The
LSI-II floating vector area is limited to a starting address of300 through 376. The area from 400
to 450 is reserved for LSI-I I devicesADVII-A,IBVII·A,andKWVII-A with additional space
available above 450 to 777.
NOTE
Some devices are not supported by LSI-H and VAX-ll; however,
the same scheme applies. Vector size is determined by the device
type.
There are no gaps in floating vectors unless required by physical hardware restrictions (in data
communications devices, the receive vector must be on a zero boundary and the transmit vector
must be on a 48 boundary).
Multiple devices of the same type would be assigned vectors sequentially. Table A-2 shows the
assignment sequence.
Table A-2

Rank
I
I
2
2
2
3

4
5
6
7
8
9

10
10
II
12
13
14
14
14
15
16
17
17

Floating Interrupt Vector Devices
UNIBUS
Option

LSI-ll Bus
Option

DCII
TU58***
KLlI (extra)
DVLlI-F
DLlI-A (extra)
DLVI1-J
DLlI-B (extra)
DPII
DMII-A
DNII
DMI1-BB
DH II modem control
DRVII-B
DRII-A
DRVII
DRII-C
PA611 (reader)
PA611 (punch)
LPDll
DTlI
DXll
DLlI-C
DLlI-D
DLVI1-E
DLlI-E
DJll
DHII
GT40
VSVll

A-3

Decimal
Size

Octal
Modulus

4
4
4
4
4
4
4
2
2
2
4
4
2
2
4
4
4
4
4
4
4
4
8
8

10
10
10*
10*
10
10
10*
4
4
4
10*
10*
10*
10*
10
10*
10*
10*
10*
10*
10*
lOt
10
10

Table A-2

Rank
18
19
20
21
22
23
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
**
***

t
tt

Floating Interrupt Vector Devices (Cont)
UNIBUS
Option
LPSll
DQll
KWll-W
DUll
DUPII
DVII
DV modem control
LKll-A
DWUN
DMClljDMRl1
DZII
KMCII
LPPII
YMY21
YMY31
YTYOI
DWR70
RLiI
RX02
TSII
LPAII-K
IPlljIP300
KWII-C
RXII
DRII-W
DRII-B
DMPII

LSI-II Bus
Option

KWVll
DUVll

DZVII

RLY11

DPYII
MLl!
ISB
DMYII

Decimal
Size

Octal
Modulus

12
4
4
4
4
4
2
4
4
4
4
4
4
4
4
4
4
2
2
2
4
2
4
2
2
2
4
4
2
4
4

30*
lOt
10
10*
10*
10*
4
10
10
10*
10*
10
10
10
10
10
10*
4tt
4
4tt
10
4
10
4tt
4
4tt
10
10
4**
10
10

The vector for the device of this type must always be on a 108 boundary.
MASSBUS device.
There is no standard configuration for systems with both DCII and TU58
These devices can have either a M7820 or M7821 interrupt control module. However, it should always be on a 108 boundary.
After the first.

A-4

APPENDIX B
DIAGNOSTIC SUMMARY CHARTS

Table B-1

Link TestjDECXll Diagnostic Index

Device
Option

DCLT
PDP-ll
VAX-ll

DHII
DL1I-E
DL1I-W
DLVII
DMCII
DMPII
DMRII
DMVII
DPVII
DQII
DUll
DUPII
DUVII
DVII
DZII
DZll-X
DZ32
DZVll

NjA

NjA
NjA
NjA
CZCLK
CZCLM
CZCLK
CZCLM
CZCLH

NjA
NjA
NjA
NjA

ITEP
Overlay
DZDHL

NjA
NjA
NjA

EVDMC
EVDMDt
EVDMC

NjA
NjA
NjA
NjA
NjA
NjA
CZDCLt NjA
NjA
NjA
NjA
NjA
NjA
NjA
NjA
NjA
NjA
NjA
NjA
NjA

DZDMO

NjA
DZDMO

NjA
NjA
DZDQO
DZDUO
DZDPF

N j A = Not available

t = Planned future programs

B-1

DECXll
CXDHA
CXDLA
CXDLA
CXDLA
CXDMC
CXDMD, CXDME
CXDMR
CXDMD, CXDME
CXDPV
CXDQA
CXDUA
CXDPB

NjA

DZDVO
DZDZB
DZDZB

CXDVA
CXDZA
CXDZA

NjA
NjA

CXDZB

NjA

Tabl.~ B-2

General Purpose/Functional Diagnostic Index

Option

PDP-II Systems

VAX-It Systems

DHIl
DLI l-E
DLI J-W
DLVII
DMCII

CZDHM, CZDHN, DZDHK
DZDLA
DZDLD-A
DVDVA,DVDVC
CZDMC, CZDME-CZDMH

DMPII
DMRII

CZDMP-CZDMT
CZDMP-CZDMS-CZDMI

None
None
None
None
EVDXA, EVDBA, EVDBB,
EVDCA, EVDMC
EVDXA, EVDMA, EVDMB
EVDXA, EVDCA
EVDMC, EVDMA

DMVII
DPVll
DQIl
DUll
DUPlI
DUVII
DVII
DZII
DZII-X
DZ32
DZVII

CVDMA-CVDME, CVDMT
CVDPV
DZDQA-DZDQF
DZDUA-DZDUF
DZDPB-DZDPF
DZDUQ-DZDUV
DZDV A-DZDVF
DZDZA
DZDZA
None
DVDZA,DVDAB

EVDCA, EVDUP, EVDUQ
ESDEB-ESDEE
EVDAA,EVTAA,EVTAB
None
EVDAB,EVDAC

----.----~------------------------~--------------------

B-2