Digital PDFs

AC-E926B-MC

September 1978

15 pages

Original

1.6MB

Document:	CXADBB0-AD-11K
Order Number:	AC-E926B-MC
Revision:	0
Pages:	15
Original Filename:	http://bitsavers.org/pdf/dec/pdp11/xxdp/x11_listings/AC-E926B-MC_CXADBB0-AD-11K_Sep78.pdf

OCR Text

ADB8 DEC{Xll SYSTEM EXERCISER MODULE
UDB8D.P 1
12-0CT-78 11:43

MlI.CVll 3011( 1052)

12-0CT-78

16:16

PAGE 2

1
3
.REM ,

IDENTIFICATION
PRODUCT CODE:
AC-E926R-MC
PRODUCT NAME:
CIADBRO AD-11K MODULE
PRODUCT DATE:
SEPTEMBER 1978
MAINTAINER:
DEC/XII SUPPORT GROUP
THE INFORMATION IN THIS DOCUMENT IS SUBJECT TO CflANGE
WITROUT NOTICE AND SHOULD NOt BE CONSTRUED AS A COMMITMENT
BY DIGITAL EQUIPMENT
CORPORATION.
DIGITAL
EQUIPMENT
CORPORATION ASSU~ES NO RESPOISIBILITY FOR AMY ERRORS THAT
MAY APPEAR IN THIS MANOAL.
THE SOFTWARE DESCRIBED IN THIS DOCUMENT IS FURNISHED TO THE
PURCHASER ONDER A LICENSE FOR flSE ON A SUGLE COMPUTER
SYSTEM AND CAN 8E COPIED (WITH INCLUSION OF OIGITALS
COPYRIGHT NOTICE) ONLY FOR USE IN SUCR SYSTEM, EXCEPT AS MAY
OTHERWISE BE PROVIDED IN WRITING BY DIGITAL.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO RESPONSIBILITY FOR
THE USE OR RELIABILITY OF ITS SOFTWARE ON EQUIPMENT THAT IS
NOT SUPPLIED 8Y DIGITAL.
COPYRIGHT (C) 1976,1978 DIGITAL EQUIPMEIiT CORPORATION

SEQ 0001

AOBB DEC/XII SYSTEM EXERCISER MODULE
XADBBO.PII
12-0CT-78 11:43

MACVll 30A(1052)

12-0CT-78

16:16

PAGE 3

SEQ 0002

PAGE 2
1.0

ABSTRACT
ADB IS AN IOMOD THAT EXERCISES THE ADll~ ANOLOG MODULE.
TRIS
MODULE REQUI RES ONL Y AN ANOLOG GROUN!) ON Cit ANNEL ZERO IN ORDER TO
BE RUN L HOWEVER; WITH SPECIAL SETUP~ MORE OPTIONS CAN BE CHOSEN.
ONE OPTION IS THE USE OF THE KVIIK (uUAL REAL TIME CLOCK) DEVICE.
THIS OPTION ALLOWS EXERCISING THE ADIIK ASSYNCRONUS WITH THE
PDP-II CPU, TRAT IS~ ADIIK CONVERSIONS WILL BF. STARTED AT RAN~OM
TIMES TO AL~OW FOR MAXIMU~ BUS NOISE DURING THE CONVERSION.
IF
THIS OPTION IS SELECTED~ YOU MOST DESELECT THE MODULF. KWO FROM A DEC/XII
qUN. VITH NORMAL OPERATIuN( RMS NOISE AND PEAK NOISE ARE SAMPLED
ON CHANNEL ZERO AND COMPaRED AGAINST A LIMIT. VITH THE SECOND
OPERATION OPTION, MORE CHANNELS MAY BE SPECIFIED TO RUN TaE NOISF
TESTS ON. THE THIRD OPTION ALLOWS FOR SAMPLING OF ONE TO ALL THE
CHANNELS OF THE ADIIK. A CHECK IS MADE TO SEE TRAT THE INPUT
VOLTAGE REMAINS STABLE WITHIN AN ALLOWED TOLERANCE. LOCATIONS
'iITKING THIS MODULE TO CRANGE ANY LIMIT, OR TO FORCE TYPEOUT OF
AN" VALUE.

2.0

REQUIREMENTS
ffARD'iARE:

ONE AOBK
ONE WRAPAR[]{JNO MODULE (OPTIONAL)
ONE KWIIK (OPTIONAL)
STORAGE:: A08 REQUIRES:
1. DECIMAL WORDS: 881
2. OCTAL WORDS: 1561
3. OCTAL BYTES: 3342

3.0

PASS DEFINITION
ONE PASS OF THE AD~ ~OOULE CONSISTS OF
INTERRUPTS (CONVERSIONS).

4.0

GENERATING

8244(DECIMAL}

EXECUTION TI~E
ONE PASS OF THE ADB
MINUTE.

~OOULE

RUNNING ALONG TAKES APPROXIMATELY

ONE

ADBB DEt{l11 SYSTEM EXERCISER MODULE
XADBBD.P 1
12-0CT-78 11:43

MACYll 30A(1052)

12-0CT-18

16:16

PAGE 4

SEQ 0003

PlGE 3
5.0

CONFIGURATION REQUIREMENTS
DEFAULT PARAMETERS:
DEVADR: 170400,
VECTOR: 340,
BRl: 6
DEVCNT: 1,
SRI: o
REQUIRED PARAMETERS:
NOIfE IF SRI=l
IF SRI BITS 1 2=1 THEN SEE OPERATION OPTIONS

6.0

DEVICE/OPTION SETUP
SR1=OOO
SRI BITO=1
SRI BIT1=1

1.0

AN ANOLOG GROUND MUST BF, PAT ON CR.
THE (W111 OPTION MUST BE CONNECTED
TO THE AD11K OPTION.
ALL CHANNELS SPECIFiED MUST HAVE
AN ANOLOG GROUND.

MODDLE OPERATION
1.

2.
3.

{START} BIT EXERCISE esa
SET TEST CijANNEL TO ZERO
(RRSTRT) PRE~ORM RMS NOISE CHECK OM SPECYFiED CHANNEL.
(ADRMS1)
WE FIRST USE SAR TO FIND THE DAC VALOE THAT PRODUCES A 16/84
SPLIT FOR THE LEFT BOUNDARY OF NO}SE. THEW VE USE SAR TO
~IND THE DAC VALOE THAT PRODaCES A 84 16 SPLIT FOR T~E
RICHT
VALUE.
~E
THEN SUBTRACT THE TWO OAC VALUES AID WE BAVE A
VALOE FOR THE 68' AREA OF NOISE (RMS). IT IS THEN COMAREO
AGAINST THE ALLOWED LIMIT TO SEE IF EXCESSIVE NOISE IS ON THE
CHANMEL.
(AOPK1) PRiFORM PEAK NOISE CHECK ON SPECIFIED CHANNEL.
9. (AOPK1
THIS IS A PEAK NOISE TEST.
WE FIRST U E SAR TO FIND THE DAC VALOE TRAT PRODUCES A .6\
SPLIT FOR THE LEFT 80UNDARY OF NOISE. THEN WE USE SAR TO
FIND THE DAC VALUE THAT PRODUCES A .6' SPLIT FOR THE RIGHT
BOUNDARY.
wE THEN SUBTRACT THE TWO DAC VALUES AND WE HAVE A

AoBB oEC{X11 SYSTEM EXERCISER MODOLE
UDBBO.P 1

12-0CT-'1B 11:43

MACYll 30A(1052)

12-oCT-'18

16:16

PAGE 5

VALOE OF 9Bl AREA OF NOISE (PE~Kl.
IT IS THEN COMPARED
AGAINST THE ALLOWED LI~IT TO SEE I' EXCESSIVE NOISE IS OR THE

SEQ 0004

AOBS DEC/XII SYSTEM EXERCISER MODULE
XADBBO.P11
12-0C1-78 11:43

MACVI1 30A(1052)

12-oCT-78

16:16

PAGE 6
PAGE 4

5.
fi.

CHANNEL.
IF MULTIPLE CHANNELS ARE SELECTED FOR NOISE TESTING TEST HEXT
CHANNEL, IF SI~GULAR RETEST CHAN. O.
IF MULTI-CHANNEL SAMPLING IS SELECTEn~ TAKE SAMPLES ON EACH
CHANNEL SPECIFIED
AND COMPARE THe AVERAGE OF rHE SAMPLES
AGAINST THE OLO AVERAGE FOR THE CHANNEL. IF THE DIFFERENCE
IS GREATER THAN THE TOLERANCE, REPORT THE DATA ON THAT
CHaNNEL.
REPORT END PASS.
(SAR) SAR IS A SUCCESSIVE APPROXIMATION ROUTINE. IT IS USED
TO FIND A DAC VALUE THAT PRODUCES A DESIRED SPLIT. IT DOES
THIS BY TRYING A DAC VALOE AND fAKING 512 CONVERSIONS ON THE
AID. If THE AMOUNT OF THE SAMPLES IS LOWER THEN SPECIFIED IT
IBCREASES THE OAC VALUE, IF THE AMOUNT OF SA~PLES IS HIGHER
THEN SPECIFIED, IT DECREASES THE DAC VALUE. IF THE END OlC
VALUE IS EITHER 000 OR 377 WE HAVE A "WARPAROUNO" ERROR
THIS OCCURS WHEN WE ARE UNABLE TO AOJUST THE DAC TO PRODUCE 1
OESIRED SPLIT, AND INDICATES EXCESSIVE NOISE ON A CHANNEL.
(RANDY) THIS IS A RANDOM NU~BER GENERATOR.
IF TRE KWI1K
CLOCK OPTION IS SELECTED WE GET THE NUMBER THAT WE PUT INTO
THE CLOCK PRESET REGISTER FROM THIS ROUTINE.

SEQ 0005

ADBS DEC{Xl1 SYSTEM EXERCISER MODULE
XADBBO.P 1
12-0CT-78 11:43

NACYl1 30A(1052)

12-0CT-18

16:16

PAGE 1
SEQ 0006
PAGE 5

8.0

OPERATIONS OPTIONS
1.

VALID SRI VALUES

SRI BIT

FNABLUD ISABLE

FUNCTION
INHIBIT USE OF CLOCK OPTION.
1
ENABLE USE OF CLOCK OPTION.
NOTE:
IF
ENABLED, YOU ~UST DESELECT KWDA FROM
DRC/Xll RUN.
1
o
INHIBIT SAMPLING OTHER CHANNELS
FOR
STABLE INPUT.
1
1
ENABLE SAMPLING CHANNEL ZERO THROUGH
CHANNEL SPFCIFIED BY CLSTCH (164) FOR STABLF
INPUT (+-) TOLERANCE SPECIFIED BY OFFALL (170)
2
o
USE CHANNEL ZERO ONLY FOR NOISE TESTING.
2
1
USE CHANNEL ZERO THROUGH THE CHANNEL
SPECIFIED IN NLSTCH (166) FOR NOISE TESTING.
2. THE FOLLOWING ARE LOCATIONS WITHIN THIS MODULF TRAT ENABLE
THE USFR TO CHANGE LIMITS AND SPECIFY CHANNELS.
LOCATION
APC
FUNCTION
ARMLIM
216
SPECIFIES MAXIMUM LIMIT FOR RMS NOISE.
MAY
BE CHANGED TO ZERO TO FORCE TYPEOOT OF RHS
NOISE ON A CHANNEL RrrN~ING IN A SYSTEM
ENVIRONMENT.
IIPl{LIM
220
SPECIFIES MAXIMUM LI~IT FOR PEAK NOISE.
MAY
BE CHIINGED TO ZERO TO FORCE TYPEOUT OF PEAK
NOISE ON A CHANNEL RUNNING IN A SYSTEM
ENVIRONMENT.
eLSTeH
164
IF SRI BIT1=1~ USEn TO SPECIFY END CHANNEL
FOR SAMPLING ~TABLR INPUT.
OFF ALL
110
IF SRI BITl=1,- USED TO SPECIFY TOLERANCE OF
STABLE
CHANNEL.
PRESET
BY
MODULE TO
"000002".
NLSTCR
166
IF SRI BIT2=l L USED TO SPECIFY END CHANNEL
FOR NOISE TESTING.

o
o

•

AD80 OEC{XII SYSTEM EXERCISER MODOLE
XADOBO.P 1
12-0CT-78 11:43

NACYll 301(1052)

12-oCT-78

16:16

PACE 8
SEQ 0007
PACE 6

9.0

NON-STANDARD PRINTOUTS
1.

IF A CHANNEL HAS EXCESSIVE RNS NOISE, IT REPORTS IT IN AN
ERROR CALL .AND A MSCII CALL:
(EXAMPLE)
ON CH. 00 AID RNS 11015&=0.52 LSD (LIMIT=.25LSB)
IF A CHANNEL HAS EXCESSIVE PEA~ NOISE, IT REPORTS IT IN AN
ERROR CALL AND A MSCN CALL:
(El{ AMPLE)
ON CR. 00 AID PEAK NOISE=2.51LSB(LIMIT=2.00LSB)
IF THERE IS AN EXCESSIVE AMOUNT OF NOISE SO THAT THE DAC
CANNOT BE ADJUSTED, If REPORTS IT IN AN ERROR CALL AND A MSCN
CALL:
(EXAMPLE)
PEAK WRAPAROUND RRROR ON CHAN. 00
IF A CHANNEL IS FOUND TO BE UNSTABLE IN STABLE INPUT
SAMPLEING, IT REPORTS IT IN A MSGN CALL:
(EXAMPLE)
ON CHAN 14 OLD AVERAGE=4066 NEW AVERAGE=4000

•
• ><

,
MACYll lOA(1052)

12-DCT-78

16116

PAGE 9

SEQ 0008

PAG!! .,

888888: 042101
88R8t~: 17848~
8808
0: 00 3~8
8888 i: 000~8r
888m: 8°8°00
888m: 888888
000026'

U~Q~q

888813: ~Hom:

~888!8:1 888811
R
0888. : B8 B08
46

0°1° " 1°0° 8°
82
m: SR80S
00 054' 00000
000056 •

8R88~8:

888888

000062' 000000

88m~:
8888i8
00001~' So oS °

020074' 2200 0

8N8f~&: 008888

8g8t8~: 000000

000 04'

°88 8F 000000
80m~'

008 000
880M: 8°8193°8'
OOOU4' 0 obo

888m: 888888

mM~ml1 SH!~~T~WHm MODULE

888m: 000103

HACYll 301(1052)
~8~NP;

12-0CT-78

16:16

PAC! 10

SgQ 0009

,MODULE IDENTIFICATION NUMBER=103

103

;***********************************************************************

;*OPTIONAL US~R SUPPLIED IN
CLSTCH: .WORD
0
;USER SUPPLIED LAST SAMPLED CR

~~Ifri

::8:8 g

tRill Ig~:~IIB ~~~IRI2~IEp6D'SAMPLK

~:REGISTE~ lNO VECTOR ADDRESS

888m: 110400

ADSR:
DAC:

000234' 170402

AOBR:

ASR:
AHR:

.YORD

lAID CSR lDDRFSS
;DAC (WRITE ONLY) AND BUFPER REG (READ ONLY)
ITRE l'OLLONINC ARE KlIllK ADDRF.SSES IF A KWlll EXISTS.
.WORD
.WORO
.WO~D

170400
170402

S:FLAGS, COUNTERS AND OTa KR RKG IS TERS
;.
000241' 000000
00g244' 000000
88
on 252' 000000

o
o

OO5.60· o8Soo~
g00262'
000310

30.

gOO!70: 888888
oRg 12' 000000
Slio l~: s&sm

gm: gmss

888~U: Ro08g~

~OO.

0S8~§r 000000

M01l
6 U START: NOV
888m: O12m 820064 lH
171~74
MOV

811

0003f'
767
0003 2" 0llO~

l¥m&

888M: 8~q8 AP~~i
888m: 0 2~~~ t 080
880~~6: 0fo~gZ &9n8~
00835~' 8 ~ 61
000362" 005067 In6~6

IIOV

:g~

NOV
ADD
NOV

48¥
CLR

244 'fNTR
f26l:~1
JH

li~!~~&
~~ADBR

;8244 INr

jU 18m
lET B,SE
f IJt.1 D
;FYX UF ER

TS/lTERATIOIl
N
AID.

Ulum

ft ,RO

;CLOCK CSR=

NSfABR

f~li
clOCK PRESET REG ADDR.
; L AR 1ST CHAN. FOR ROISE.

!~'AaR

;~A~S~LO~fiD = y~~.

.ffii\•.
AOBB DEC/XII SYSTEM EXERCISER MODULE
UDBBO.Pll
12-0CT-78 11:43

MACYll 30A(1052)

;.ft.

184

3B5

186

m 888m: mm·

000000' 000 256'

12-0CT-78

16'16

PAC, 11

.*.

SEQ 0010

** *1r* ** ** ** ** * * Ifr** *.*;CONVERT
** *... * fl.
It 111*
** ** *******.* **** ** ••
ARMLIH TO ASCII AND

aTODs,BRGTN,ARHLI~,OECI~

;STORE AT DECTH

lB9

,**********.*****.**** •••• ****.**.****.*.*** •• ****.*********.*

19~

MOVR

HO 000376' 116'/67 002170 002375
116761
393
m 888m: 116761 mm 881m
397

400

000420 •
000426 •

403
404
405

0004H' H6167

BTOO$,BEGIN,APKLIM,DECI~

000000' 000262'

000452' 005771

117554

~OV9

fl'In
=l.[]GIC TEST In
THIS TEST WE

m
m
m
426

LOG1:

104401
000462' 104407
000466'
000414 •

000000'
000000'
000001 177]22

000416 • 005777

177534

8Hm

437

000522" 104407
000~26' 104407

888888 :

000,32' 005707
000536' 001027
000540' 0\67~7

177,06

LOG2:

000,60' 012767

000011

000566' 104405

000000' 000000
000000 •

000514" 104410
000600' 005011
000604' 005177

888m: mm

414

177426
177424
177430

LOG3:

888m:
mrn
gggm: mm
000652'
000652' 104407

117112

117777
000040
000011

177404
177310
177366

~OV

INTnr,

mr~m~~R

MACV11 30A(1052)

LOG4:

12-0CT-1B

000000'

#177777 < ~ABR
UIT5,@ADSR

~~~fA&pA,~c~~g 1~6~: ,LAG.

i sm6R~ limfRm~' I~Hgm. INTERRUPT.
;TEIIPORARY RETURN TO MONITOR ••••
;THRN CONTINU, AT NEXT IHSTRUCTION.

16'16

PACE 12

177312
177304
000046

000736' 104405

000000· 000000

171202

2S:

;IS THE CLOCK OPTION SELECTED?
;IF NOT, GO TO NEXT TEST.

e~I,@ASR

mm~nm
mR
INCB
SNE

RO
1S

;TEMPORARY RETURN TO ~ONITOR ••••
; THEN CONTINOF AT NEXT INSTRUCTION.
;IS THE CLOCK OVERFLOW SET?
;YES-EXIT I.OOP.
; ~O, IS DELAY EXCEEDED?
)NO-CONTINUE DELAY.

CLR

MOY

@ASR,ASTAT
@ASR

;RECORD CONTENTS OF CLOCK CSR.
;CLRAR THE CLOCK.

TSIB

~ADSR

~~SR

000714' 016161

m 888m: 81~m

l3Alo,SRI

HOV

•
888m:
1944~~ 000000
177350
000666' 101il02
117336
117330

:I~
MOV

"OV
CLR

1 S:

111320

49<;

MOV

000001

000706' 105177
000712' 100416

494

~~R

IS:

483
484

490

VAS SELECTED, WILL IT RESPOND?

111320

000610' 105200
000612' 001367
000614'

:91
4n

;CLOC~

17 66

418

487
488

@ASR

m
m
m 888m: m;m
489

~l~ ~~Oij§TO~olg~x~E¥~~+:D?

TST

$:~~1§CTt~~T.ilL ONLY BE DONE IF THE CLOC~ OPTION IS SELECTED
;'IN THIS TEST WE WI~L SEE IF THE OVERFLOW OF CLOCK 1 WILL
;'TRIGGER A CONVERSION IN THE AID

463

41,

;TEMPORARY RETURN TO MONITOR ••••
;THEN CONTINUE AT N,XT INSTRUCTION.

fmO,SRl

BF.Q

413

mm~um

BIT

1 1 mm
88mF mm l1M9

m 888m: 8~ml
472

mm:~~m

ADHq DEC/X11 SYSTEM EXERCISRR HODULR
OORBO. P11
12-0CT-78 11: 43

471

I ADDRESS THE AID

i*IN THIS TEST WE WILL SEF IF THE AID WILL INTERRUPT.

470

@ADSR

433

469

SEE IF THE AID RESPONDS TO ITS

; "LOGIC TEST H
177536
000600 • 171214
000101 177510

466
467
46B

TST

t:LOGIC TEST

000502 • 005067
000506 • 012777
000514' 012177

440
44\
142
443
444
445
446
447
448
449
450
451
452
453
454
45,
456
457
458
459
460

~ILL

;"IN THIS TES' WE WILL SEE IF THE CLOCK RESPONDS TO ITS ADDR, ONLY
; "IF TUE CLOC~ OPTION IS SELECTED BY SR1.

429
430

_.*.* .•. * •••

; INTO THE ASCII MESSAGE
ITHAT WE TYPE DOT.

;·ADDR. IF nUT, A O~C/Xll "SYS ERROR ••• " WILL OCCUR

425

DECIH+3,P8+2
DECIM+4,PB+3

417
418

m 833m:
m

;STORE AT DECIM

.*at.* ••• ***.**k*.***.* •••• *.** •• ** •••••••• ** •••••
Mova
DECIH+2,P8
;HOIl WE WILL PUT IT

MOYB

002341

40B
409

414

m~~A!~ETn~p~E TYPE OUT.

;********************************************************.* •••
iCONVERT APKLIM TO ASCII AND

196

m
~gmA·
m 888m: llgm °8~m ggm s
&02124
m
m
412

;NOW WE WILL PUT IT

HOVB

~ov~

8M!

LOGS

171156

;FOR THIS ERROR YOU HIGHT CHECK
;TO SEE IF A nVERFLOW IS WIRED TO
; AID INPUT.

SEQ 0011

MACHt 30A(1052)
496
497
199

000744' 104410

m
mm mogs'
m 888m:
oggm: mm 177~42
m
mm·
8A
m 831m:
1Hm
852~g~ Aoolol
m 831m: °b8~g~
m 831m: mm mm·
m
000750 •
000750' 104407

I 'FOR TEST AND STORR AWAY THETR RESULTS.

LOGS:

000000'

800774' 012777
2700

001022'

517

1S:
1"/1234

177222
177174

177166

mm:um

1ST
CLR
CLR
HOV

111006

177770

514

001042'
001042- 067701

25:
3S:

ADSR
CH
#4S,@VECTOR

;CLEAR A/D"S CSR
; START ON CH. O.
;SET UP INTR. VECTOR.

CCH,
TMP

IS£T TO DO 8 CONVERSIONS.
;R1 IIILL CONTAIN SUM OF CONVERSIONS.
;GET CH. NUMBER.
;PUT IN CORRECT CSR POSITION.
IADD INTR. ENABLE AND GO.
ISHRT A/D.
;EXlT TO MONITOR. MOOllLE WAIT FOR INTERRUPT.

MOV

CLR
",OV
SIIAR

m~umO,TMP

@ADBR,RI

88l8~g: nm~

~3~ %Om~: %m%\

ASR
ASR
ASR
AOC

081056' 006201

m 88mF mm
531

001066' 006302
001070' 010162

534

001074' 005267

177200

~OV

ASL

003112'

~OV

177166

88tm: mm 177162 177120
Wi
537 001110' 026 167 177152 171106

CMP
RLE
CMP
BLE
BR

m mm: m4~\
540
541

m
'i44
545

001122'

547
548
';49
550
'i51

545

001122' 000004

000000' 001042'

001130' 005011
001134' 005067

177076
177130

')53
554
555
556
557
558
559

176644
002066'
176636

171064

177052

562
'i 6

~g5

566
567

MACVll 30A(1052)

177034

568

177004

569
570
571

SF
hl

585

001202
001274' 012167

000031

001302' 104405

000000' 000000

176604

001310' 104403

000000' 002576'

ICALCULATF. AID

588

176722

176710

592
593
594

176656

m
~8°J

607

Aopn:

MOV
MOV

SWAB
BIS
CLR

MOV

MOV
JSR
HOV

MOV

597
59B
599
600
601
602

%o~

I NOW WE HlIST

ICALClILATE THF AYfRAGf

lor THE SAMPLES THAT

IWE JUST TOOK.
IPICK UP CII. NUMBER.
I liSE IT AS AN OFFSET.
ISTOR£ THIS AVERAr,E.

CCR
CCH,NLSTCH
IS
ceH,
CLSTCH

I No-on NEXT ONE.

USTRT

IUPDATE CH. NOHRER.
IDONB ALL NOISE CHANNELS?
IDONE ALL STABLE CHS?

S~~s:g8T8E~iS 1~~ETms.

;---------------------------------------------------------------prRQS,BEGIN,3S
I QUEUE UP TO CONTINUF AT 3S ANn RTI
;----------------------------------------------------------------

IS:

~B~
~Rl

RI
Rl
CCH,R2
R2
RI,RECSAH(2)

RESTRT: CLR
CLR

~52

579

ISU~ THTS RESULT.
INOTE [NTR SERVIC~ WILL
;REING USg HERE AFTER A PIRC
;DONE B CONVERSIONS?
INO - 00 AHOTHEq ONE.

;*AfO INTERRUPTS TO H'ERg

4S:

mM~~H" Sn!~~T~nRm~~ MnDULE

5BO

TMP

EXITS,BEGTN

INC
B'lI

528

ITEMPORARY RETURN TO MONITOR ••••

t~mECBmN8~ ~hNmFU~TRUCTfON.

~ADqR

AnD

522
523
524
525

PAGE 13
SEQ 0012
; nROP TH IS ~ODULE - fATAL ERROR.
;CAN-r CONTINUE IF OVERFLOW DDESN"T TRIGGER THE CDNVERSI

iI'IN
!LOGIC TEST 1#5
THIS TEST VE WILL SAMPLE ALL CHANNELS SELECTED

508

511

16:16

000000'

499
500
501

504
505

12-0CT-18

JSR
SUH

MOV

CMP
BLE

JSR

001422' 012767
001430' 104405

000031 176456
000000' 000000

ICLEAR A/O'S CSR.

12-0CT-7B

16:16

PAGE 14

SEQ 0013

~2gMB8~~{fll Sr~!~~T!~~RfI~~~ MODULE

inm sum: °n~6~

001436' 104403

61g
2i7

~um~ ~u~h
8
o

476'

011
001500' 000161

MAeVIl 301(1052)

176604
000001

g~~
q
88 m: mm mm
hi 881w:
18r6~
~~~ 5 ~. 80 ~~5
88tW: m

lS,

176510

2S:

176540

001~26' 8~r67

III mm:
°m 8i
00

001542' 026797

45
646
647

001616'

661

176~ 20

176454

4$'

CMP

mm·

1$'

176146

8S:

7~~

109

714

h6
117

~~~t ~~cl6fiEF8RSt=~~I~upr

mSw'iLlEIi8~~ IMl~S'

; GET CH. !lUMBER

IFt~ RI¥HT POSITION IN CSR.
l§
2R+ NA'O. ENABLE AND GO.

IF-XIT TO MONITOR. MODULF. IIAIT FOR INTERRUPT.

ADD
OF.C
6NE
ASH
ASR
ASH

Mnv
SOB
aPL
NEG
CMP
BLE

~AD~R'R3

~1~£ ~M~~ it~p~iM~er~9TlL

55
Rl
R3
R3

; NO - DO NEXT ONE.
/YES NOW WE

~~U~o gW~~E8Y

ISAMPLE AVERAr.E.
I NOW GET CH. NUMBF.R
S~~~~ ~~wo~~~~rE VALUE.
IGET THE D~PFERF.NCE BF-TIIEEN
jt~Dp6~'T~ ~ U~~R~EOi?ST GOT
IOTAERwrSF MAKE IT POSTIVE.

~~H'RQ

~~~n"(0)'R3
~~

r6~OFnLL

12-0CT-78

i~~S160w~i~tNC~OLERARCE?

16:16

PACr. 16

SEQ 0015

.*.

~~y*** **~~;~ ~:1~1, ~~~~~l************ ••• * £o* *. *••••• ** **** **
ICONVERT NUMBA2 TO ASCII AND
I STORE n OLDS

881~~3: A81~~~. 000000' 000274'

I\'

It",

OTOIS,BECIN,NUM~A2,OLOS

;************ ••• ************************************** •••••••••

; .. * '* •• **' ******* **************
.. *•• *_ .. ****** .** **********._*** *.*'.
ICONVF.RT NUMBAl TO ASCII AND

001740' 000167

001744'
001744' 104413
001750' 000167

000000 •
171154
000200
176260

m
mm
001000
m
708
000001 116004
710
002014' 052717 000001 176210
m
113 002022' 000420
705

~h~iiEcroR

_.* .••.••.•

697
698
699

;DOWE ALL CHANiELS?

,*** •••• ***.*.* •••• * •• **** ••
**_ ••••••••••••••••••••••
ICONVERT CCA TO ASCII AND
ISTORE AT CRA""
OTOAS,BFGIN,CCH,CHANN
;****************************************************** ••••••••

m 8811}3= A8~~1~' 000000' 000276'
001722' 010160 003112'
m
6B7
104403 000000' 002654'
m 001726'
001734' 005261
lOS:
694

CCH 6CLSTCH
~~N P

;----------------------------------------------------------------

MACHI 30A(1052)

619
680

690

ms--

~RIT1,SRl

~TiiQ$;iiF.G[N;7$----------;-iiiiF.iiE-UP-Tii-coiiTiiiiiE-iT-7S-'iiiii-iiry-----

MOV

613

on
m

MOV

m~TE~TLASt S!ig~~E en?
IY§S - STIU~ AGAIN ON CH. O.
;r. TEST CH o.
IARE VE DOING VOLTAGE SAMPLING?
E~M~s~lTH cn o.

MaY
CH, 1
Ri 0 Rl
9SWAR
S
MaV
a ~hOSR
ElIT$, BECl

ASL

669

~93

m
MOY

Anc

N°
d 001674' 016067 003112' 176372

iNO DO AGAIN.
IPOIU TO NEXT Cli.

cM OP

AOeq DEC/XII SVSTRM EXERCISER MODULE
12-0CT-7R 11:43
664
665
~66
667
668

676

ADRNSI
NeCR

NCCR,~LSTCH

HORRO.PIt

g1~

CLR

SM!D~N038M~~SES?

~ONNEC1~D
!O TH~ ~W!l~ OPTION?
)l~pE soWE TUR
1 M
I OP N ONE PASS.

m
eLR

001652' 10000!

80r54' 005403
08 m=

JMP
[HC

mmEMtnM~II=bisE CHANNELS?
) v~s - GET THE NEXT ONE

!~ITO'SRI

3$:

176412

SEQ 0014

**_.

nIT ,SRI

176262

65~

g~6

~ ASSCNT,.1

000002
176524

8&HH; 001365
m
~51 881m: ggg2gj
6~~ 001632' 006'03
654 mm: g~5<;8a
176424
001542' ooHoo
m
657
88lUF mm 003112'
648

PAS5S"T

BIt
HE

HCR

U
m~01
54 '
176222
3bin00
gi9 801~gg:
~3g ~n5H:
~~m~
55 :
g:1 o001610'
g04' 104400 000000'
5S:
W
g44 001610 • 000004 000000' 001616'

INC

CliP
aE~

3lE

111450

PAGE 15

*"'.

F.NDP:

176340
000001
176320

16116

~ SGN$,BEGIN,MSG5
********** '* *** ***_. *************.*
***
)ASCII MESSIGr ***.
CALL* ****
WITH****.*11'**"
CO~MON H~ADER

000000 • 002616'

m~6~

12-0CT-78

OTOAS,BEGlN,NOH~A3,NEWS

;STORE AT NgWS

;.11 •••• ***** ...... ****** * ..... *,:,*•••• ******* ** •••••• ** *** **' •••• _......

.nv

Rl,RECSAM{RO)
HSCNS,BECIN,MSGI2
INC
eCH
J>I!P
4$

IPUT NEW INTO OLD.
;ASCII MF.SSlCE CALL WIT" CO~MON HEAD~"
ILOOK AT NEXT CHAN.
IGO TEST IT

EF.NDP'

ENOITS,REGIN
RESTRT
IUSING SUCC-SSIVE APPROXIMATION AND WRAPAROUND DAC DEFINED IN RI.
SAR:
MOV
;R2
HSB OF DAC
iGET RIO OF 'ONES'
CLR
CLR
iSTART IIITH ZFRO OAC
; TRY THIS 8IT
8IT:
ADD
MOY
ILOAD OAC.
CLR
; INIT HIGH COUNT
MOV
IR4 = • OF SAMPLES IN A BURST
CONY:
liS CLOCK SELECTED?
BIT
n[TO,SRI
ONE
;VES GOTO HANDLER.
BIS
;NO - SET GO RIT IN AID.
~~ITO'@ADSR
BR
IGOTO 25
GET A RANDOM NOMBER.
IS:
JSR
P~§~ANOY
CLR
MAKE SURE THF, CLOCK'S CSR IS CLEAR.
SIS
1177170,RNA
MAKE SURF OF HIGH NUMBER.
SET CLoe" PRRSET REG.
SET OVF.RFLO~ ENA~LE.
nh~!~~OSR
JMP

m~9B=~W 1 SB!5~T~~ij~Hm MOD!l!,F.
720

002056' 011711

723

001066'

i~~ g&~8~l: 104400
124

000011

MACVll

JOH1052J

12-iJC1-'18

16,16

PAGE 17

SEQ 0016

176152

HOV

; SURT CLOCK

f:xns

,RnlJRN TO HONITOR,

000000" 002014"
176134

12H

1"16146

m
731

734

1161 24

m
m
740
m

1"6H4

739

1'16106

000177

141

744

Ii' 8g~I~~: SB~'Z~ b~8g!g
748
149
750

m
753

754

755
756

757
758
159

~I'

162

002156" 104405
002164' 005767
001004
10448
0004 3'
002202 "
002202 " 104403
002210 " 00526.,
002214 ' 005126
00~170'

881m:

;ASe!I MESSAGE CALL WITH COMMON HEADER
;UPDATE T~E ERROR COUNT.
; RESTORE STACK FROM THE JSR PC THAT
;GOT us TO "SARff.
JMP
f:NOP
;t.~T NEXT DIRECTIYE.
;GET THR AVERAGE or 512 SAMPLfS AND THEIR COUNT SPREAD
AVER'
CLR
MOV
MaY
MOY

005000
012704
01270!
012'102

001000
100000
040000

012161
001004

000001

115550

002250' 052777

000001

175754

76'/

AOB~ DEC/Xll
XA08BO.Pll

SYSTEM
EXERCISFR MODULE
1]-OCT-78 11 ,4]

002256" 000420

785
786
767

002320' 104400
002)24 •

000000'

002324' 000004

000000' 002332"

791

794

795

796

797

m
qOO
801
802

ROl
804
BO'i

16,16

PAGE 18

SEQ 0011

;GOTa 25
;GET A RANDOM NUMBER.
;MAKE SURE THE CLOCK'S CSR IS CLEAR.
;MAKE SURE Of HIGH NUMBER.
,SET CLOCK PRESET REG.
~mR~V~Eh~~W ENABLE.

JSR

m
HOV
SIS

Mav

;F.xn TO MONITOR. MODULF. WAIT FOR IMTERRUPT.

IS,

2S,
175650

M8m

000060

838m

000036

000036
000030

000816

000020
000012

&&go~a

B14

815

816
811
818
819
820
821
822
823

888m

824

po 002416' 016761
83~

12-0CT-78

,TS CLOCK SF-LECTED?
;YES GOTa HANDLER,
;NO - SET GO HIT IN AID.

OO~402

01 701
02 702
002002
017702
005304
001324
000300
110000
006200
005500
060300

811

829
830
831

ffRlTO,@lDSR

EXlTS,BEGIH

115616
°ngg
b2~701 175670

808
809
810

828

IHS

(6)+

MACVIl 304(1052)

00~n6 •

URDCNT

781

788
789
790

INC

UITO,SRi

002260 • 804167
05071
88m3: g~mi
171110 000112
000 166 175134
782 gmu:
781
8888H
81HH
mm
784 002)20"
77P

779
780

MSCIJ $, BEGIN ,MSGtJ

1ST

EeON'

771

716

000000' 002610"
25 ,
115630
177222

768
769
770

111

1 76052
000000' 002636"

002216" 000167

m
m
772
113
774
775

000000" 000000

002504' 017167
002512' 016767
002520" 010561

ADC

ADD

RnA, RNC

AOC

RNC

ADD

Hhn
121623

mm mm

175310
115546

,GENERATE A RANDOM NUM8ER
RANDY,
ADO
RNBI'R~A
ADD
RrlC "RNA
ADe
RNA
AOU
RNA,RNB
ADD
m,RNB

115364

BReOM,

RNB,RNC

TEST.

MACYll 30A(1052)

an 883m: bmn,

000000' 000212'

002534' llg161
11 '/61
1 6161

888m 888m

83~

m mm:
m

937

A40
841

000032

002556" 104420 000000' 000264'
002564' 003332'

B45

002566' 000201

84B

002570' 000001

DEC IH:

86; 002616' 002122'
ma1~:

MSGS:

~gl

882~rF 002161 '

mm:

00~620'

002626' 002161'
002630'
002632' 8m6~:
002634 ' l'/17h
MSGll :

002654'
002656 ' 88m~:
002660'
002662'
002664' 0027]4'
003314'
003025 '

HSG12:

002610' 002114'

MSG13 :

mm:

%&mr

883m: ~~mr

MODIILE

881m:
88~W;
002106' 002122'

894

002730' 041101

000040

002750' 020015
&,2
00
120
000

000
051515

88HU:

8mu=
m 881m:
0;

036m

922

040m
003040' 020015

mo~~:

000

930
93~

003£00'

M6B

~~Hl~A~uMDER 2 DIGITS)

0,0

VALU~ =
1'A 0 READING
4 DIGITS

t AID

12-0CT-78

,lSC lZ
.ASCI7.

PAGE 20
RMS

~RAPAROUNO

ERROR
ON CHAN
(CHAN NUMRER 2 DIGITS)
MESSAGE TERMINHOR.
'tUD '
' ON CHAN '

020113

P5:

833m

042523

P6:

'NOISE

P7:

• ASC Il
,BYTE
,ASCIZ

P8:

.ASCIZ

'2,00 LSB)'

052111

16:16

P4
P13
P15
P2
calNN+4
-1

040505

051122

NEWS+2
-1

HE VALUE
"NEW AID READING 4 DIGITS
MESSAGE TERMINATOR.

'PEAK '

= '

'0,50 LSB)'

P9:

,lSCIZ

PI3:

• ASCI7.

'WRAPAROUND

051111

P15:

,ASCIZ'ERROR'

8~mo

VALUE:

,AseIZ

NPoW VALUE

't. xx LSD (LIMIT

036448
.8YT.
.EVEN

003112'

BRCSAM: .BLKW

003312· 000003

OLOS:

mm:
8888°~
003330' 000080
88m~: 888m
000001
M
~h

934
93 5

MESSAGE TERMINATOR

PI
PIS
P2
CHANN+4
P3
ULDS+2

.; OLD VALUE

130

000040
000

ERROR

'RMS '

000

MESSAGE TERMINATOR

~~II'i~A~UMBgR 2 DIGITS)

• ASC IZ
,BYTE
• ASC IZ

051514

(LIMIT
~:g~vm~n"mME~A~U~\m CHANGE
IF OPERATOR CHANGES

&~i~AROUND

• ASCIZ

mm 8W~3
mm:
88mr
m
923
924
925
926
927

P4:

020060
000

NOISE

% AID

Pl:

051m

003056'

921

;
;
;

000040

m mm
m 88188
00300~'
mm:
mm 02088&
mm:
mm mm
mm:
odH
8m~~ mm
m
9lA
881m:
m
m

909
910
911
912
913
914
915

~ {C~}~ NUMSER 2 OIr.ITS)
; PF.AK

NACYl I 30A(1052)

002100' 002753'

RMS

;ON CHAN

P2
CHANN+4
PI

m 883m: ~mw
m mm: mn6 smn 8m~~ ~l !
mm:mm mm mm

897
898
B99
900
901
902
903
904

; 0.50 LS8) "THIS VALUE WILL CHANGE IF OPERATOR CHANGES
; MESSAGE TERMINATOQ.

;

~ 'H~ij~ERTgD BELOW) X.XX LSD (LIMIT

PIS
P2
CHANN+4
-I

:~8~Bg~~{rl1 Sr~!ff~T~~ffRfl~f~
BBB
8B9
890
891

VALUE
P?
-1

PIJ

B64
685
885
B8?

;ON CHAN
; (CHAN NUMBER 2 DIGITS)
; % AID

PO
VALUE
PB
-I

8B~

P2
CHANN+4
PI
P4

A60
B 0

M
B1l

BBO

.%KW

;ASCII MESSAGES AND POINTERS
HSG1:

BBI
A62

SEQ 0016

;****************************-*********************************
RTS
PC
} EXIT TO CALLER,

00257& ' OO~m:
002600 '
m63~: 882714'
002153"
002g06'
002610 '
002612 ' 003001'
002614" 111111

816
01?
81B

PAGE 19

STOOS,BEGIN,NOHBA1,OECIM}STORE AT DECTM

851
852
853
854
855
856
AS?
858
859
860

664
A65
B66
667
866

16:16

000323

842

12-0CT-18

NEWS:
CHANN:

,RLKW

.VDlta

.BLKW
, WORD
.DLKW
.WORD
• END

64.

;USF,O TO STORE AlO RESULTS ON UP TO 64. CHANS.

3
0
3

;USF,D FOR STORE OF ASCII OF OLD SAMPLE VALUe..

3
0

;OSED FOR STORE OF ASCII NEW SAMPLE VALUE.
iUSf:D FOR STORAGE OF ASCII OF CHAN. KIIMBER.

SEQ 0019

mM~mll Sn!~~T~nRHm MOOUL"
ARN
ACS.
AOBR
ADOR

000240R
000102R

00023~R

R
1mF: 88f880
OO1316R

gmm

ADR~S1
AOSR
APKL 1M
APKX
ARNL I ~
ARHX
AS8
ASR
ASUT
AVER
AWAS
BEGTN

000262R
008 2b g R

g80~~2H

00010 R
00~236R

88
~i~~
0001 OR

OOOOOOR

BIT

BITt =
: OO~O020
RITO

347ff
318.

WI
H~·
ml
nIt

TTIO
: 88 4 88 0
BIT
1:

ntH ~ m88°

33U

lUig

~m
888m
m~KS~

mas

mm
ggggm

= mmR
COAT AS: 104412
CRANN
003332R
CLSTCR 000224R
CONnG 000056R
CONY
002004R
A
OATCKi= 04411
DATER = &84g~4
OECT~
2 OR
OVIOI
OOOO14R
(lCON
002240R
000250
R
EOGE

~mm

54 •
39
60r

m
m:
m:
331#

33H

331#
36n
33U
668
333#
306~

694
736
423
628

f8WjR

ENDTTS=
.NOP
001444R
~mM = ~g~mR
ERUT
002324R
ERRTYP 000106]1
EXITS:
FRED
mmR
GETPAS= 104415
GW8UFS=
HQOCNT ASg6UR

~~m~= mmR

ICUNT
ICOUNT
ION'I"
INIT
INTFLG

[NTR

tgg~

000036R
000040R

&mm

000244R
000120]1
000452R

LOG3

888~m

MOONA"
MOOSP

A&33AgR

888~m
tm
HAP22S:

~OUW

=~m
~ 184402
HSG~
=

MSG1

~~m

mmR
002636R

8mm
MSGll
MSG5
002616R
NCCij
000264R
NEWS
003~2~R
ULSTCR
NULL = 888o~OR
NOMBU
NOHRA2
NIlMBA3 000216R
OFHLL 000230R
OLDS
003312R
OPEN = 000000

8mm

m~iT= mmR

~A~~CN= mmR

pbps~ = 00~126
POPSP2= 02 626
PRTY = 000000
m~r ~ 888m

520

647

121

790

192

194

795

191

bOl

434*

5q3*

m·

443
712"

119'

444*

452146'

~~g:

m·

486
B26

4B1
821

460

4Rl'

716"

720"

719*

183*

m m m m

274
6B

m m

516
469"

475

629
331#
~O2

785

18B

833

617

109

112

712

775

46B
516

719

1B2

421
556
387
509-

422

431

438

413

414

505

506

399
514

833
510

514*

535

537

630'

632

637

655

668

690"

861

814

8BO

892

935#

486'
594

B26"

392

393

394

3Q9

402

403

404

833

836

831

818

84H

199
566'

121

731

633
694

~~S~PR~~mm) TAAlF.n:!-~MER l~tAgOL~AGE 23

8264

~BB'

41
514

~80'

758'
441

432'
311*

331j
303

m.
~m

mf
mf
424

603

754

m
609

~6U

5~l

605'
185
599

102'

490

582

601

750

440

454'

609

68a

154

157

364#

Pi!
Hit

734'

623

625'

842

312

131

739

564

589

622'

582

607

750

291

292

309
326

313

314

85H
869!

m
860

~82'

84
535
447

623
490

683
662

93 It

290
322
616

m
nh m* Uf m
m

3h
331#

704

5044

mt m= m
un
m
616
283

103'

432.

m
m: m"

mt
584

SEQ 0021

693#

445518
511

33U

842

169
768
613

7~~
~4

15~

516

sU1I

150

un m'
m:
288ft
710'
356,

508*'

464

m:B8~~{p t Sn!5~T~HRmn MaDOLE

.F.Nnp

507

SEQ 0020

791-

323

0 o~o
0000 0
000040
000100

~~~:

m·
mi
m' m m m ~H
m:
331!
331
331

BIT]
SIT4
BIT5
a [T6

H!* m·

322

BlT14 = 040008

m~5 ~ b88gg~

467'
487'
453

588~

lUi H·
m:
688

381"
443"
317'
374

~~m1R~~mm}T~UEO~!-~~ERl~mOL~AGF. 22

320
668

788

315

316

~~g~Bg~~{fll 5r~!5~T~'~R~r~~~ MODULE
PRTY~

= 00010 g

~n:

nHl ~ S° ~8

PRTY

= 0nr

pan =

P~TY7 :; o~~

~sw
= ~7 7~6
PlJS~ = ~57~6

PUSH2 =
PI

0 i7 3R
88 m~
go oOiR

Pi
P
P

OO~
08 7 ~2R
4R

saAnR

SOHNi

SP3
SR4
START
STAT
SVRO
SVRI
SVR2
SVR1

SVR4

SVR~

SVR6
SYSCNT
T~P

40r

3Q3·
403"

895.

891

89U

9013
95

57
66

908f
910'

810.
658
549#

672
696

686-

929#

m. m:

7AO'

78~

31n"•

810'
817
818'

811'

B12'

813

573

595

598

700t

g888 8~

3B~
90.

464

613

617

628

709

772

88g~~g~

515·

516'
856

517
865

561'

562"

563·

°8~Ug~

~8h
slo

m:
°mm

00~474R

811

800102R
0gOO42R

3~Ot

317#

gmR

30!'
296!

= ° oor

080032R

000022R
000024R

291ft
29H

0000 2R

309#

814

88881°~

oooo7lR
0gOO76R
0 005?R
00025 R

3~7

gmm

514'
837·

m' m;

nn m:

OOOl04W

888HU
000242R

~~mR

8mm

• 195.

000000
003342

816

820.

568

589'

m=
mi

8888m

~~g~B2=~{fll Sr~!~~T~~~Rtf~f~ MODULE

WOTO
WHO

8B7

3'h

m,nn: mmR

VFoCTUR
WAINT
WAHDR
WOFR

811

566
539

~gm = A

SPO!NT
SP5tz

3~1
~B

RANDY
00~4 ~R
RUOfi : 10 4~
RAHN 1M 08~O 4R
RF.CSA~
0 112R
RT
RP-S2
8
OR
RNA
RNA
88 2
R~C

69
8W
873

m. m 38M·1 3

om~ ~

SEQ 0022

33U
33U

lUii"
!h m
~7i

4~ ~

Sj 1 R

mnlR~~~m~~lTAUEO~!-~gER l~mOL~AGE 24

J31#

3531

In:

003142W

567"
740
918#

83S-

MACYll 30A(l052) 12-0CT-78 16t16 PIGg 25
CQOSS REFERRNCE TABLE -- USP.R SY~ROLS
5S4
oJ6*
510'

592"
146'
929'

590'

591"

593

922#

SF,Q 0023

752
9311

933#

935.

000
001