Digital PDFs

AC-F416A-MC

September 1978

15 pages

Original

1.9MB

Document:	CXMNAA0-MNCAD [A D]
Order Number:	AC-F416A-MC
Revision:	0
Pages:	15
Original Filename:	http://bitsavers.org/pdf/dec/pdp11/xxdp/x11_listings/AC-F416A-MC_CXMNAA0-MNCAD_%5bA_D%5d_Sep78.pdf

OCR Text

-<MNAl DEC/Xli SYSTEM EXERCISER MODULE
XMNAA0.Pl1
19-FEB-79 11117

MACIi1 30A(1052)

19-FEB-79

11132

PAGE 2

1
2
3

.REM ,

IDENTIFICATION
l1li . . . . . . . . . . . . . . . . . . .

PRODUCT CODE i

Ac .. rUGA-MC

PRODUCT NAME.

CXMNAA0 MNCAO (AID) MODULE

PRODUCT DATEi

SEPTEMBER 1978

MAINT AtNER.

DECIXli SUPPORT GROUP

THE INFORMATION IN THIS DOCUMENT IS SUBJECT TO CHANGE
WITHOUT NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT
BY DIGITAL EQUIPMENT
CORPORATION.
DIGITAL
EQUIPMENT
CORPORATION ASSUMES NO RESPONSIBILITY FOR ANY ERRORS THAT
MAY APPEAR IN THIS MANUAL.
THE SOFTWARE DESCRIBED IN THIS DOCUMENT IS FURNISHED TO THE
PURCHASER UNDER A LICENSE FOR USE ON A SINGLE COMPUTER
SYSTEM AND CAN BE COPIED (wITH INCLUSION OF DIGITALS
COPYRIGHT NOTICE) ONLY FOR USE IN SUCH 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 BY DIGITAL.
COPYRIGHT eCl

1979,1979 DIGITAL EQUIpMENT CORPORATION

SEQ 0001

,'"'

MNAA DEC/Xl1 SYSTEM EXERCISER MODULE
XMNAA0.Pl1
19-FEB-79 11117

1 .0

MACY1! 30A(1052)

19-FEB-79

11132

PAGE 3

ABSTRAC T
............
MNA IS AN IOMOD THAT EXERCISES THE MNCAD (AID) ANALOG MODULE.
THIS
MODULE REQUIRES ONLY AN ANALOG GROUND ON CHANNEL ZERO IN ORDER TO
BE RUN, HOWEVER' WITH SPECIAL SETUP, MORE OPTIONS CAN BE CHOSEN.
ONE OPTION IS THE USE OF THE MNCKW CREAL TIME CLOCK) DEVICE.
THIS OPTION ALLOws EXERCISING THE MNCAD ASYNCHRONOUSLY WITH THE
LSI-1t CPU. THAT IS, MNCAD CONVERSIONS WILL BE STARTED AT RANDOM
TIMES TO ALLOW FOR MAXIMUM BUS NOISE DURING THE CONVERSION.
IF
THIS OPTION IS SELECTED, YOU MUST DESELECT MNC FROM A DEC/X11
RUN AND ONLY ONE MNCAD CA/D) CAN BE RUN.
WITH NORMAL OPERATION, RMS NOISE AND PEAK NOISE ARE SAMPLED
ON CHANNEL ZERO AND COMPARED AGAINST A LIMIT. WITH THE SECOND
OPERATION OPTION, MORE CHANNELS MAY BE SPECIFIED TO RUN THE NOISE
TESTS ON. THE THIRD OPTION ALLOWS FOR SAMPLING OF ONE TO ALL THE
CHANNELS OF THE MNCAD. A CHECK IS MADE TO SEE THAT THE INPUT
VOLTAGE REMAINS STABLE WITHIN AN ALLOWED TOLERANCE. LOCATIONS
WITHIN THIS MODULE ARE PROVIDED TO CHANGE ANY LIMIT, OR TO FORCE
TYPEOUT OF ANy VALUE. UP TO FOUR MNCAD (A/D)~S CAN BE EXERCISED
WITH THIS MODULE. WHEN SRi BITS 1 OR 2 ARE SET AND ADDITIONAL
MNCAD.S ARE ENABLED, THE SAME NUMBER OF CHANNELS ON EACH MNCAD WILL BE
TESTED. IF SR1 BIT 0 IS SET, ONLY ONE MNCAD CAN BE BE TESTED.

2.0

REQUIREMENTS

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

HARDWARE.

ONE MNCAD (AID)
ONE MNCKW (CLOCK) <OPTIONAL>

STORAGE a MNA REQUIRES:
DECIMAL WORDS. 901
OCTAL WORDS. 1605
OCTAL BYTESI 3412

3.0

PASS DEFINITION
. . . . . . . . . . I11III . . . . . . . .

ONE PASS OF THE MNA MODULE CONSISTS OF
INTERRUPTS (CONVERSIONS).

4.0

GENERATING

8244(DECIMAL)

EXECUTION TIME
e . . . . . . tllllifllllllGlllim . . . . _

ONE PASS OF THE MNA MODULE RUNNING ALONE WITH SRi = 0, 1 OR 2, WILL
TAKE APPROXIMATELY ONE MINUTE. THE TIME FOR A PASS WITH SRi m 4 WILL
DEPEND UPON THE NUMBER OF CHANNELS SPECIFIED IN LOCATION "NLSTCH".

SEQ 0002

MACYil 30A(10S2)

MNAA DEC/Xti SYSTEM EXERCISER MODULE
XMNAA0.Pl1
19-FEB-79 11~17

5.0

19-FEB-79

11132

PAGE 4

SEQ 0003

CONFIGURATION REQUIREMENTS

... --_ .... --.---.--.--- ...
DEFAULT PARAMETERS.
DEVADRa

171000,

DEVCNT I

VECTOR I

SRlI

400,

SRi.

REQUIRED PARAMETERS.
NONE IF SRi-0
IF SRi BITS 0, 1 OR 2 B 1 THEN SEE OPERATION OPTIONS
IF SRt BIT 0 IS SET, ONLY 1 MNCAD WILL BE TESTED.

6.0

DEVICE/OPTION SETUP

•••....•....•......
AN ANALOG GROUND MUST BE PUT ON CH. 0
(BY SET CH0 FRONT PANEL SWITCH TO "TEST").
SRi BIT0-t

USE THE MNCKW OPTION FOR A TO D STARTS
(THE MNCKW <NNC> MODULE MUST BE DESELECTED)

SRi BITh1

ALL CHANNELS SPECIFIED MUST HAVE
AN ANALOG GROUND.

SRi SIT2-1

SELECT ADDITIONAL CHANNELS FOR NOISE TESTING.

111

MNAA DECIXll SYSTEM EXERCI~ER MODULE
XMNAA0.Pl1
19-FE8-79 11117

7.0

MACY11 30A(1052)

19-FEB-79

11132

PAGE S

MODULE OPERATION

................
1.

(START) (RESTRT) INITLIZE POINTERS AND TYPE-OUT VALUES.

(LOOP) BIT EXERCISE CSR

(ADRMS1) PREFORM RHS NOISE CHECK ON SPECIFIED CHANNEL.
WE FIRST USE SAR TO FIND THE OAC VALUE THAT PRODUCES A 16/84
SPLIT FOR THE LEFT BOUNDARY OF NOISE. THEN WE USE SAR TO
FINO THE DAC VALUE THAT PRODUCES A 84/16 SPLIT FOR THE RIGHT
VALUE.
WE THEN SUBTRACT THE TWO DAC VALUES AND WE HAVE A
VALUE FOR THE 68% AREA or NOISE (RMS). IT IS THEN COMARED
AGAINST THE ALLOWED LIMIT TO SEE IF EXCESSIVE NOISE IS ON THE
CHANNEL.

(ADPK1) PREFORM PEAK NOISE CHECK ON SPECIFIED CHANNEL.
WE FIRST USE SAR TO FIND THE DAC VALUE THAT PRODUCES A .6\
SPLIT FOR THE LEFT BOUNDARY 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
VALUE OF 98% AREA OF NOISE (PEAK).
IT IS THEN COMPARED
AGAINST THE ALLOWED LIMIT TO SEE IF EXCESSIVE NOISE IS ON THE
CHANNEL.

IF MULTIPLE CHANNELS ARE SELECTED FOR NOISE TESTING TEST NEXT
CHANNEL. IF SINGULAR RETEST CHAN. 0.

IF MULTI-CHANNEL SAMPLING IS SELECTED, TAKE SAMPLES ON EACH
CHANNEL SPECIFIED, AND COMpARE THE AVEPAGE OF THE SAMPLES
AGAINST THE OLD AVERAGE FOR THE CHANNEL. IF THE DIFFERENCE
IS GPEATER THAN THE TOLERANCE, REPORT THE DATA ON THAT
CHANNEL.

REPORT END PASS IF LAST UNIT, BRANCH TO "LOOp" IF MORE UNITS.

(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 VALUE AND TAKING 512 CONVERSIONS ON THE
AID. IF THE AMOUNT OF THE SAMPLES IS LOWER THEN SPECIFIED IT
INCREASES THE DAe VALUE, IF THE AMOUNT OF SAMPLES Is HIGHER
THEN SPECIFIED, IT DECREASES THE OAC VALUE. IF THE END DAC
VALUE IS EITHER 000 OR 377 WE HAVE A "WARPAROUND" ERROR.
THIs OCCURS WHEN WE ARE UNABLE TO ADJUST THE DAC TO PRODUCE A
DESIRED SPLIT, AND INDICATES EXCESSIVE NOISE ON A CHANNEL.

(RANDY) THIs IS A RANDOM NUMBER GENERATOR. IF THE MNCKW
CLOCK OPTION IS SELECTED WE GET THE NUMBER THAT WE PUT INTO
THE CLOCK PRESET REGISTER FROM THIS ROUTINE.

SEQ 0094

MNAA DEC/Xil SYSTEM EXERCISER MODULE
XMNAA0.Pil
19.FEB.79 l1i17

8.0

MACY11 30A(1052)

19-FEB-79

11132

PAGE 6
SEQ 0085

OPERATION OPTIONS

...•..............
1.

VALID SRI VALUES

SRi BIT

ENABLE/DISABLE

FUNCTION

INHIBIT USE OF MNCKW OPTION.

ENABLE USE OF MNCKW OPTION.
NOTEI
IF
ENABLED, YOU MUST DESELECT "MNC" FROM
DEC/Xll RUN AND ONLY 1 MNCAD WILL BE RUN.

INHIBIT SAMPLING ADDITIONAL
FOR STABLE INPUT.

ENABLE SAMPLING CHANNEL ZERO THROUGH
CHANNEL SPECIFIED BY CLaTCH FOR STABLE
INPUT (+-, TOLERANCE SPECIFIED BY OFFALL

USE CHANNEL ZERO ONLY FOR NOISE TESTING.

USE CHANNEL ZERO THROUGH THE CHANNEL
SPECIFIED IN NLSTCH FOR NOISE TESTING.

THE FOLLOWING ARE LOCATIONS WITHIN THIS MODULE
THE USER TO CHANGE LIMITS AND SPECIFY CHANNELS.

CHANNELS

THAT

ENABLE

LOCATION

FUNCTION

ARMLIM

SPECIFIES MAXIMUM LIMIT FOR RNS NOISE,
MAY
BE CHANGED TO ZERO TO FORCE TYPEOUT OF RMS
NOISE ON A CHANNEL RUNNING IN A SYSTEM
ENVIRONMENT.

ApKLIM

SPECIFIES MAXIMUM LIMIT FOR PEAK NOISE.
MAY
BE CHANGED TO ZERO TO FORCE TYPEOUT OF PEAK
NOISE ON A CHANNEL RUNNING IN A SYSTEM
ENVIRONMENT.

CLSTCH

IF SR1 BITl s i, USED TO SPECIFY
FOR SAMPLING STABLE INPUT.

END

OFFALL

IF SRi BITtsi, USED TO SPECIFY
STABLE
CHANNEL.
PRESET
"000002".

TOLERANCE OF
BY
MODULE TO

NLSTCH

IF SRI BlT2si, USED TO
FOR NOISE TESTING.

LAST

SPECIFY

CHANNEL

...

MNAA DEC/Xii SYSTEM EXERCISER MODULE
XMNAAS.Pl1
19-'ES-79 11817

9.0

MACY11 30A(1052)

19-FES·79

11132

PAGE 7
SEQ

NON-STANDARD PRINTOUTS
m• • • • • • • • • • • • • • • • • • • • •

IF A CHANNEL HAS EXCESSIVE RMS NOISE, IT
ERROR CALL AND A M5GN CALLI

REPORTS

IF A CHANNEL HAS EXCESSIVE PEAK NOISE, IT REPORTS
ERROR CALL AND A MSGN CALLI

(EXAMPLE)
MNCAD (AID) UNIT #S ON CHAN 00
AID RMa NOISE. 0.52 LSB (LIMIT •• 20 LSB)
2.

(EXAMPLE)
MNCAD CA/D) UNIT #0
ON CHAN 00
AID PEA~.N6ISE • 2.57 LSB (LIMIT. 2.00 LSB)
3.

IF ~HERE IS AN EXCESSIVE AMOUNT OF NOISE SO THAT THE DAC
CANNOT BE ADJUSTED, IT REPORTS IT IN AN ERROR CALL AND A MSGN
CALLI
(EXAMPLE)
MNCAD (AID) UNIT .S
AID PEAK WRAPAROUND ERROR ON CHAN

IF A CHANNEL IS rOUND TO BE UNSTABLE
SAMPLEING, IT REPORTS IT IN A MSGN CALLi

STABLE

(EXAMPLE)
AID ERROR ON CHAN 14, OLD VALUE. 4066
I

NEW VALUE. 4000

INPUT

0(1106

MNAA DECIXII SYSTEM EXERCISE~ MODULE
XMNAA~.PII
Ig.rES-" 11117
.TIT.E

OOXCOM
000000'
000000 • 047115
000005'
000
000006 • 111 000
000010' 000400
000012'
100

000013'

000

000014'

~00001

MNAA DECIXII SYSTEM EXERCISER MODULE
VERSION 6
23-MAY.'O
BIN
.LIST

'***********************************************************************

04~501

040

335

344

345

,BYTE

ADORI

171000+0
400+0

VECTO~I

BRII
BR21

OVID11
SRI!

000026' 140000
000030' 000214'
000032~ 000224 '
000034' 000000
000036 ' 00000S
000040' 000000
000042' 000000
000044' 000000
000046 i 000000
000050' 000000
00e052' 000000
000054' 000000
000056'
000056' 000000
000060' .000~0
000062' "00000
00006t ; "00000
000066' 000000
000070' 000000
000072' "00000
0000H' 000000
000076' 000000
000100' 000000
000102'
000102' 000000
000104'
000104' 000000
000106'
000106' 000000
000110' 00000~
000112' 000274 •
000114' 000000
000116' 000000
000120' 000000
000122' 000000
000224 •

STATI
INITI
SPOINTI
PASCNTI
reONTI
ICOUNTI
sorCNTI
HRDCNTI
sorPASI
HPDPASI
SYSCNTI

U21

SASI

SR4,

349

350
351
352
353
354
356

'1ST DR LEVEL,

,2ND BR LEVEL,
'DEVICE INDICATOR I.
,SWITCH REGISTER I
'SWITCH REGISTER 2
,SWITCH REGISTER 3
'SWITCH REGISTER 4
,STATUS WORD,
,MODULE START ADOR,
,MODULE STACK POINTER,
'PA8S COUNTER.
" or ITERATIONS PER PASSaS
,Loe TO COUNT ITERATIONS
,LOC TO SAVE TOTAL sorT ERRORS
'LOC TO SAVE TOTAL HARD ERRORS
,LOC TO SAVE sorT ERRORS PER PASS
,LOC TO lAVE HARD ERRORS PER PASS
,lor aya ERRORS ACCUMULATED
'HOLDS RANDOM # WHEN RAND MACRO IS CALLED
,RESERVED rOR MONITOR USE
'RESERVED rOR MONITOR USE
,RESERVED FOR MONITOR USE
'LOC TO SAVE R~.
,LOC TO SAVE PI,
'LOC TO SAVE R2.
,LOC TO SAVE Rl.
'LOC TO SAVE M,
,LOC TO SAVE 115.
'Loe TO SAVE R6,
,ADOR or CURRENT CSR,
'ADDII or GOOD DATA, OR
ICONTE~TS OF CSP.
'ADOP or BAD DATA, OR
,STATUS REG CONTENTS.
'TYPE or ERROR
,EXPECTED DATA.
'ACTUAL DATA.
,RESTART ADDRESS ArTER END OF PASS
'WORDS TO MEMORY PER ITERATION
,WORDS FROM ~EMORY PER ITERATION
" or INTERRUPTS PER ITERATION
,MODULE IDENTlrICATION NUMBER.0

140000

START
MODSP
0
5
0
0

0
0

RANNU~I

CONfIG,
PESII
0
R£521
0
aVRA,
OPEN
SVRII
OPEN
5VR21
OPEN
OPEN
aVllll
SVR41
OPEN
eVIISI
OPEN
SVR61
OPEN
CSRAi
OPEN
aBADRI
ACSRi
OPEN
WASADRI
ASTATI OPEN
EPRTYPI
ASBI
OPEN
AWASI
OPEN
PSTRTI RESTPT
WDTOI
OPEN
worR,
OPEN
INTRI
OPEN
IDNU~I
0
MODSP,

MACYlI

000224' ~~0000
000226' 000002
000230' 0~0000
000232' 000062
000234' 000310

CLSTCHI
OFFALLI
NLSTCHI
ARMLIMI
APXLIMI

000236' 171000
000240'
000240' 171002

AoaRI
DAC I
ADBPI

19·Fn-19

3~A(\052)

11132

PAGE

,.OPTIONAL USER SUPPLIED VUUES
.WORD
0
,USER SUPPLIED LAST SAMPLED CH
.WORD
2
'USER SUPPLIED TOLER~NCE FOR SAMPLE
0
,USER SUPPLIED LAST NOISE CH,
.WORD
50.
'RMS NOI8E LIMIT
,AID PEAK NOISE LIMIT.
200,

,.,oREGISTEP AND VECTOR ADDRESS
,.
, AID CSR ADDUSS
,WORD
171000
,WORD

171002

IDAC (WRITE ONLY) AND BurnR REG (READ ONLY)

,THE FOLLOWING ARE CLOCK ADDRESSEs IF A MNCKW EXISTS.
,WORD
,WORD

000242' 171020
000244' 17102.

ASRI
ABRI

000246
000250
000252
000254
000256
000260
000262
000264
000266
000270
000272

WHOI
,WORD
INTFLG I .WORD
FRED,
.WORD
EDGEI
.WORD
TMPI
,WORD
ARMXI
.WORD
,WORD
APKXI
NCCHI
.WORD
,WORD
CCH.
TE~PI
BIT0
VECTADI 400

155

357
35B
359
360
361
362
363
364
365
366

• BYTE
,BYTE

0+1
OPEN
OPEN
OPEN
OPEN

J******************.***.**.***~****************************************

346

347
148

IMNAA I ,MODULE NAME.
,USED TO KEEP TRACK OF WBurr USAGE
OPEN
JI8T DEVICE AODR,
,1ST DEVICE VECTOR.

J****************************************.******.***** ******************

MNAA DEC/XI! SYSTEM EXEPCISEP MOCULE
XMNAA0, Pll
19.r£B-79 11117

336
3)7
338
339
340
341
342
343

XFLAG,

000016 • 000000
B0eU0' 000000
000022 • 000000
000024' 000000

333

134

BEGIN I
MODNAM I .ASCII

000000
000000
000000
00~000

000000
000000
000000
000000
000000
000001
000400

171020
11\022

,CLOCK A CSR.
'CLOCK A PRESET BUFFER.

0
0
0
0

,0RRHS NOISE, I-PEAK NOISE
'USED IN LOGIC TEST TO INDICATE AN AID INTR.
IUSED TO HOLD CURRENT DAC VALUE,
'HOLD CU~RENT EDGE VALUE,
,TEMP WOR~ING AREA.
'USED TO HOLD RM! NO IS! VALUE.
,USED TO HOLD AID PEAK NOISE VALUE.
'CURRENT NOISE CHAN,
,CURRENT SAMPLE CHAN,
'CURRENT UNIT BIT
,AID VECTOR

,.I.FLAGS, COUNTERS AND OTHER REG18TERS
,.
0
0
0
0
0

SEQ 0008

MNAA DEC/XI! SYSTEM ~XERCI8ER MODULE
XMNAA0.PII
19.FEB.'9 Ilil?
367
368
369
370
371
372
373
374
375
376
377
379
379
380
381
382
393
384
385
386
387
388
389
390

391
392

393
394
395
396
397
39S
399
400
401
402
403
404
405
406
407
409
409

410
411
412
413
414

~ACYll

]0A(1052)

19·rZB.79

11.32

PAGE 10

SEQ 0009

,.,.START-UP AND IN!TILIZE SECTION

000274 ~
000274'

RESTRTI

START I

000274; 012767

000302'
800306'
000312'
000316'
000322'

016700
010067
062700
010067
016767
000330' 005067

000001
177500
177724
000002
177716
177462
1777 30

177166

LOOPI.

177742

MOV
MOV
MOV
ADD
MOV
MOV
CLR

,LOAD UNIT BIT
,GET BABE ADD~ or AID.
IFIX AID C8R ADDR.
IBUFFER REG-CSR+2.
IFIX BUFFER REG ADDR,
ILOAD VECTOR VALUE
,CLEAR 1ST CHAN. rOR NOISE,

#I,TEMP

ADDR,R0
R~,ADSR

12,R0
R0,ADBR
VECTOR,VECTAD
NCCH

J*****4**************************.****************************
ICONVERT ARMLIM TO ASCII AND
ISTORE AT DECIM

BTOD$,BEGIN,ARMLIM,DECIM

000334 ' 104421 000000' 000232 i
000342 i 002600'

s*************************************************************
000344' 116767
000352' 116767

000360' 116767

002232
002225
002220

MOVB

~02451
~0244S

DECIM+2,P7
DECIM+3,P7+2
DECIM+4,P7+3

Move
MOVB

002440

INOW WE WILL PUT IT
IINTO THE ASCII
,MESSAGE THAT WE TYPE OUT.

r*************************************************************
,CONVERT APKLIM TO ASCII AND
'STORE AT DEClM
BTOD$,BEGIN,APKLIM,DECIM

000366' 104421 000000' 000234'
000374' 002600'

r*************************************************************
000376' 116767
000404' 116767
000412 ; 116767

002200
002173
002166

016700
005001
006200
001402

177644

MOVB
MOVB
MOVB

002431
002425
002420

DECIM+2,P8
DECIM+3,p8+2
DECIM+4,P8+3

,NOW WE WILL PUT IT
IINTO THE ASCII MESSAGE
ITHAT WE TYPE OUT.

HERE IF MULTIPLE MNCAD'S
,,LOOP TO FIX
THE UNIT • FOR THE ERROR TYPEOUT
000420
000424
000426
000430
000432
000434

000436
000442

LOOP.

IS'

0~5201

000774
062701
110167

MOV
CLR
ASR
BEQ
INC

TEMP,R0
RI
Re
2m

000060
002442

2$1

ADD
MOVS

#60,01
Rl,PI0U

IGET CURRENT UNIT #
IINIT VALUE
IMOVE IT
laR IF LAST
,UPDATE COUNT

IMAKE ASCII VALUE
ISAVE IN MESSAGE

415

MNAA DECIXII SYSTEM EXERCISER MODULE
XMNAA0,PII
19.fEB.79 11.17

MACY!I 30A(1052)

416
417
418

432

433
434
435
436
437
438
439
440
441

442
443
444
445
446
447
448
449
450
451

452
453

459

000446; 005777

177564

LOGII

TST

@ADSR

I ADDRESS THE AID

TEST 12
",.LOGIC
loIN THIs TEST WE WIL~ SEE IF THE CLOCK RESPONDS TO ITS ADDR, ONLY
,oIF THE CLOCK OPTION IS SELECTED BY SRI.
LOG2.

000452'
000452' 104407
000456' 104407
000462' 032767
000470' 001402

000000'

000472' 005777

177544

BREAKS,BEGIN
BREAKS, BEGIN
PIT
IBIT0,SRI
BEQ
LOG)

0~0000·

000001

177326

TST

@ASF

ITEMPORARY RETURN TO MONITOR ••••
ITHEN CONTINUE AT NEXT INSTRUCTION.
115 CLOCK OPTION SELECTED?

laR IF NOT TO NEXT TEST,
ICLOCK WAS SELECTEO, WILL IT RESPOND?

,.LOGIC TEST #l
,<IN THIS TEST WE WILL SEE IF THE AID WILL INTERRUPT.

0004'6~ 005067
000502' 012777
000510' ~12777

177546
000566' 177562
000101 177520

LOG]I

000516' 104407
000522' 104407
000526' 005767

000532' 001024
000534' 016767
000542' 017767
000550' 005077

177516
177476

177470

177336
177332

177462

I·

eLR
MOV
MOV

INTfLG
# 1I,@VECTAD
#\01,UDSR

ICLEAR AID DID INTR. FLAG.
ISET UP VECTOR ADDR.
ISTART A CONVERSION, SHOULD INTERRUPT.
I BEFORE BREAK TIME 15 OVER.

BREAK.,BEGIN
BREAU,BEGIN

ITEMPORARY RETURN TO MONITOR ••••
ITHEN CONTINUE AT NEXT INSTRUCTION,

TST
8NE
MOV
MOV
CLR

IDID THE AID INTERRUPT?
IIF SO, NEXT TEST
ISET ADDR, OF AD CSR rOR ERROR TYPEOUT.
IRECORD CONTENTS OF CSR,
ISTOP AID

INTFLG
LOG4
ADSR,CSRA
@ADSR,ACSR
@ADSR

t.**************************************************************

HRDER$,BEGIN,NULL

000554' 104405

lAID FAILED TO INTERRUPT

J***************************************************************

END.,BEGIN

000e!00'

I>A/D

460

000566

461

000572
000576

462
463

PAGE 11

I.LOGIC TEST #l
loIN THIS TEST WE WILL SEE IF THE AID RESPONDS TO ITS
,.ADDR, IF NOT, A DECIXII "SYS ERROR ••• " WILL OCCUR

454
455
456
457
459

11132

419
420

421
422
423
424
425
426
427
428
429
430
431

19-fEB-79

000602

005077
005777

177444
177442

005267

177446

000002

1$1

CLR
TST
INC
RTI

IDROP MODULE ON THIS FAILURE

SHOULD INTR. TO HERE.
ISTOP AID.
@ADSR
@ADBR
ICLEAR CSR SIr07.
IINDICATE THAT IT DID INTR.
INTFLG
,EXIT INTR.

SEQ 0010

MNAA DECIXII SYSTEM EXERCI5E~ MODULE
XMNAAS.PII
\V·FCS-79 Ili!7

MACYII 30A(1052l

466

471
472
473

474
475
476
477

000U4' 032767
000612' 001446
000614' 012777

000622' ~12"7
0006]0' 012777
000636' 005000

487

000640'
000640' 104407
000644' 104407
000650' 105777
000654' 100402
000656' 105300
000660' 001367
000662'
000662' 017767
000670' 005077

409
490

000674' 105777
000700' 10041 3

478

479

480

481

482

483
484

485
496

488

491
492
493
494
495
496

000001
171777
000040

000011

177294

LOG4,

177422
177406
177404
181

000000'
000000'
177366

'RIT0,S~1

,IS THE CLOCK OPTION SELECTED?

SEQ

LOGS

!IF NOT. GOTO NEXT TEST,

~OV

#177777, UBP
_0 ITS. 'lIOeR
_lI,USR

,FRESET CLOCK

,SET FOR DELAY LOOP.

FOR ALL ONES.
ISET OVERFLOW [NABLE IN AID.

,START CLOCK, IMN!, GO,

BREAKS, BEGIN

,TEMPORARY RETURN TO MONITOR ••••
'THEN CONTINUE AT NEXT INSTRUCTION.
,18 THE CLOCK OVERFLOW SET?
,YU-EXIT LOOP.
INO,IS OEL~Y EXCEEDED1
'NO~CONTINUE DELAY.

BREAU, BEGIN
.ASP
2$
INCe
R~

TST8
8MI

2.,
177354
177346

BIT
MOV
MOV
CLR

177214

171])6

SNE

MOV
eLR

~ASR,ASTAT

PASR

T5T8
BMI

PACSR
LOGS

,IS DONE FLAG SET7
'IF YES NEXT TEST.

177330
177322

177170
177164

MOV

000716' 104405

000000'

~00000

HROER$,BEGIN,NULL

~OV

IRECORD CONTENTS OF CLOCK eSR.
ICLEAR THE CLOCK,

Ilr NOT, ERROR

000702' 016767
0~0710' 017767

I~!CORD AID CIR AODP.
IRECORD CONTENTS or AID CSR.

A~SP.CSRA

HDSR,leBR

1*····**·*.·······*.··***·*··.··****··***··***********_.**.* ••-.

,CLOCK OVERFLOW rAILED TO TRIGGER AID CONVE~SION

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

497

,rOR THI5 ERROR YOU MIGHT CHECK

498

,ro SEE IF A OVERfLOW 15 WIRED TO

499
S0C

501
502

PAGE 13

,,,

467
468

469

11132

,*LOGIC FST H
,*THIS Tt.T WILL ONLX BE DONE IF THE CLOCK OPTION IS SELECTED
,.IN THIS TEaT WE WILL SEE IF THE OVEPFLOW OF CLOCK I WILL
'*T~IGGER A CONVERSION IN THE AID

464
465

470

!9·rE8-79

000724' 104410

,AID INPUT.
,DROP THIS MODULE • fATAL ERROR.
,CAN'T CONTINUE IF OVERFLOW DOE5N'T TRIGGER THE CONVERSl

ENDS.BEGI"

000000'

MNAA DEC/XII SYSTEM EXERCISER MODULE
XMNAAe. PII
19-FEB-79 11117

MACYII 30A(1052)

503

19-fEB-79

11.32

PAGE Il

SEQ 0012

I·

,<LOGIC TEST _5
.*IN THIS TEST WE CHEC~ THAT WHEN CHANNEL 0 IS CONVERTED
,0WITH THE MAINTENANCE BIT SET THE RESULT IS 0

504

505
506

507
508
509

LOGS.

000730'

000730' 104407
000734' 104407
000740' 005777
000744' 012777
000752' 012777
000760' 104400
000764' 005777

177274
001014' 177320
000105 177256
000000'
177250

520

000770' 001414
000772' AI6767
001000' 017767

177240
177232

521
522

1101006' 104405

A000A0' 000000

510
511
512
513
514
515
516
517
518

519

000000000000-

1$.

SEQ

177100
177074

MOV
MOV

LOG6
ADSR,CSRA

~ADSR,ACSR

'TEMPORARY RETURN TO MONITOR ••••
,THEN CONTINUE AT NEXT INSTRUCTION.
IFALSE READ OF AID BurfER
ISET UP INTERRUPT VECTOR
'START AID WITH MAINTENANCE SET
,EXIT TO MONITOR. MODULE WAIT FOR INTERRUPT.
ITE5T rOR ALL 0'S RESULT
,NOTE. INTERRUPT SERVICE WILL
'BEGIN U5ING HERE AFTER A PIRQ,
,IF RESULT IS ALL 0'5, GOTO NEXT TEST
.RECORD AID CSR ADDRESS
,RECORD CONTENTS OF AID CSR

,**_*e**.*.* •••• *••• *••••• *.**.*._** •• *.* ••••••••••••••••••• **e*

HRDERS.BEGIN,NULL

,FAILED TO GET ALL 0'S RESULT FROM CONVERSION

r.*.·*-.·.·····.··*_·.···*······*_···-**··.·.····_**··* ..*_* ••••

523

524
525

BRUU,BEGIN
BREAKS, BEGIN
TST
PADBR
MOV
_2S"VECTAD
MOV
_laS,PlDSR
EXITS, BEGIN
TST
PADBR

,*A/D INTERRUPTS TO HERE

526

001014'

527
528

001014' ~00004

281
, ___ • • • a • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • _ .

PIRQO,BEGIN,I$

, QUEUE UP TO CONTINU! AT

I. AND RTI

529

530
531
532
5]3

TEST
'*,,,LOGIC
,*IN THIS TEST WE CHECK THAT WHEN CHANNEL I IS CONVERTED

534

•• WITH THE MAINTENANCE BIT SET THE RESULT IS 7771

535

536
537

0e1022~

0el074' 177242
000505 177200
00e000'
007777 177170

542

012777
B01el0' 012777
001036' 104400
00104" 022777
001050' 001414
001052' 016767
001060' 017767

543
544

001066' 104405

000000' 000000

545
546
547

001074'

548
549

001074' 000004

53!
539

540
541

550

177160
177152

LOG6.
181

177020
177014

~OV

~ADSR,ACSR

,SET UP INTERRUPT VECTOR
.START AID WITH MAINTENANCE SET
,EXIT TO MONITOR, MODULE WAIT fOR INTERRUPT.
,TEST FOR ALL I'S RESULT
IIF RESULT IS ALL I's, GO TO NEXT TEST
,RECORD AID CSR ADDRESS
,RECORD CONTENTS OF AID CSR

1**.************************·**** •• ********** ••• *.*****._••• _•••
,FAILED TO GET ALL I'S RESULT FROM CONVERSION
,********.*.***************.*.**********.**************•• *•• -•••

HRDERt,BEGIN,NULL
2. i

000080' 001042'

MOV
'2S,JVECTAD
MOV
_505, tADSR
EXIT., BEGIN
CMP
.7777,@ADBR
SEQ
LOG7
MOV
ADSR,CSRA

,.A/D INTERRUPTS TO HERE

'Ma ••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••

PIRQG,BEGIN,IS

, QUEUE UP TO CONTINUE AT II AND RTI

, . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . "" • • • II'lI . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..

MNAA DEC/XII SYSTEM EXERCI~ER MODULE
XMNU0,P!1

19·rU.19 Iii!?

551
552

WILL SAMPLE ALL CHANNELS SELECTED

553
554
555

AWAY THEIR RE6ULT8,

556

001102'

LOG7.

557
558

001102' 104407
001106' 104407

559

001112' 012777

560
561

001120' 005777
001124' 003077
0011)0~ 005067

562
563
564
565
566

567
Se8

569
570
571

572
57)
574
57!

001142' 012700
001146' 005001
001150' 016767
001!56~ 000267
001162' 052767
001170' HI67??
001176' 104400
001202'
001201' 167711

177770

001206' 00$200
001210' 100767

579
SS0
581
582
583
584

001212'
001214'
001216'
001220'
001222'
001226'

588
589
590
59\

592
593
594

00620\
006201
006201
00550\
016702
006302
001230' ~10!62

001234'
001240'
001246'
001250'
001256'
001260'

005267
026767
003735
026767
003731
000403

171112
171074
000101
177062

14S,.VICTAD

ISET UP

Isn TO DO 9 CONVERSIONS,

MOV

*""9 5 ,R0
HI

cell,TMP

SWAB

IMP

,PUT IN CO.IECT cal POSITION,

BIS

iUT61BIT0,TMP

,100 INTR, ENABLE AND GO,

MOV

TMP,"OSR

ISTAR' AID.
,EXIT TO MONITOR,

T51

CLP-

17710.
! 77132

~01262'

@AOSR

PITUI. TO MONITO~., ••
ITHEN CONTINUE AT NEXT INSTRUCTION,
ILOAD CO.ltCTION OAe
IFALSE ~uo or AID eUYFE ••
!CLEAIl Alc's caR

MOV

171130
\$,

177100
17706.
177040

2$,

MOV
CLR

i 200. UCBR
~AOBR

cell

000000 '

UUI,BEGIN

177032

ADD

I!T.~T

ON eM, 0,

IN'I, VECTOI,

III WILL CONTAIN SUM OF CONVERaIONS,

,en eM, NUMBEI,

INC

p,l

ASP
ASP

f NOW WE MUST
'CA~cuun THE

lNTER.UPT,

AVERAGE

,OY THE

ADC
MOV

PI
Pl,REC5AM(2)

,WE JUST TOOK,
,PICK UP eH. NUMBER,
IUSE IT AS AN OFrSET,
,STORE THIS AVERAGE,

ceM

,U.OATI CH, NUMBER,

177026

WAIT rOR

IDONE a CONVERSIONS?
,NO· DO ANOTHER ONE,

Ast

MODULE

,SUM THIS RESULT,
,NOTE INTI SERVICE WILL
IBEING USE HERE AFTER A PIRQ

8MI

MOV

003162'

,r~MPO~.~1

.PEAKI.BEGIN
BPEAKI,BEGIN
~av

177114

001134' 013777

576
577
578

S9S
586
587

000000 '
000000'
000200 1711 20

CC H. R2

SA~IPLEB

TH~T

177022

176762

CCH,NLSTCM

,DONE ALL NOISE eM,NNELS?
,NO-DO NEXT ONE,

117012

176746

CCH.CLSTCH

IDONE ALL STABLE CHS?

l'
PEST0

,NO -DO NEXT ONE,
IYES-COTO NOISE TESTS,

,>A/D INTERPUPTS TO HERE

595
596

597

001262'

59B

599
600
60\

~NAA

'~@~~~~W~~~~0~~@~~.~~R~g~P~~~~~~~~~~~~~GW.~~~~@

D~C/XII

XMNAA0,PII

602
603
604
605
606
607

PIRPS, BEGIN, H

001262' 000004

SYSTEM tXERCISER MODULE

MACYII

30A(1052)

19-FES-79

611
612
613
614
615
616
617
619
619
620
621
622

001270'
001274'
00\300'
001304'

003077
01&700
012720
116710
001310' 005067

176502
1767;0

001340' 016701

176720

001344'
001346'
001354'
001360'
001366'

625

001422~

629
630
631
632
633

PAGE 15

SEQ 0014
pEST0'

002262'

000657

623
624
627
628

11132

CLP

.ADSR

~OV

'43\"R0
N(CH, rep
T"P

,CLUR AID'S eSR,
~OV
VECTAD,R~
'SET VECTOR AND PSW
,LOAD INTR. ADOR, INTO VECTOR AODR.
MeV
,WAINT .eRe l +
MOVS
RR!,(R0)
ILOAD PRIORITY
NCCH
IINlT THE CHANNEL'
CLF
,CALCULATE AID PMB NOISE USING VERNIER DAC,

176742
176772

001314' 012700
001320' ~1676i
001326' ""0367
001332' 052767

001372'
001376'
001402'
001406'
001412'
001416'

626

AND RTI

19-fES-79 \1117

60B

609
610

• • • ~~.E.S~.m • • ~ • • _

I aUEUE UP TO CONTiNUE AT lS

001426'
001430'

006301
016167
005267
e16777
0\6701
004767
016705
012700
004767
166705
010567
020567
003410
004767

176740

ADRM511

176730

MOV

176716

SWAB
BIS

176724
"~0100

MOV

ASL
MOV
INC

003162' 176700

176666
176672

MOV

176650

176646

MOV
JSR
MOV

000552

176650

MOV

000121
000536

JSR

176634
176636
176604

001052

IAOD INTP, ENABLE,
,PICK UP eH, NUMBER,
!FORM AN OHSET,
RECSAM(Pl),EDGE ,GET EDGE VALUE FOI THIS eH,
#U'l0,'!'MP

NCCfl~F1

W"O

T\~P ~ @ADSR
OAe, PI

PC, SAR

0011000' 000000

001442' 104403

000000' 002606'

001450'
001454'
001462'
001466'
001474'
001500'
001506'
001512'
001516'
001522;
001526'
001532'

000775

'P! " ADDRESS OF SAR OAC
,GET DAC VALUE THAT PRODUCES 16/94 SPLIT
,SAVE LEFT BOUNDARY

IHlll ,~0
PC, SAR

,R0 • 15.87~ OF 512 CONVERSIONS
,GET DAC VALUE THAT PRODUCES B4/16 SPLIT
,PS • EREADTH OF NOISE , 68% AREA
ISAVE rOR DAC NOISE CALCULATIONS
1< OR • RHS LIMIT?
llF WITHIN LIMIT THEN CONTINUE AT ADRMS2
1 GET ERROP PARAMETERS
,ERROR PARAMETERS LOADED BY 'ERCoM"

rREo,R5

MOV

R5,ARMX
R5,ARMLIM
ADPXI
PC, EPeOM

f*·**·*4***.*.~****

001434' 104405

IINDICATE PM5 NOISE TEST,
,eH, *0, AND INTERRUPT ENABLE

rRED,R5

SUB

CMP
BtE
JSR

,R0 • 84.13% or 512 CONVERSIONS
,GET THE CHAN ~
IPUT IN PMPER CBR POSITION,

••••••••••••••••••••• ti**.*.****.*** **********

HPDEPS,BEGIN.NULL
"RMS NOISE ERPOR-SEE Nr.XT TYPEOUT
,•• *.~***.* •••• *u** ••••••• ** •• *•• * •• *••• ************** **********

MSGN$,BEGIN,MSGI

,ASCII MESSAGE CALL WITH cOMMON HUDER

,CALCULATE ./0 PEIK NOISE USING VERNIER DAC,

634

635
636
637
638

639
640
6 '1
642
643
644
645
646
647
648
649
650
651
652

001536'
001542'
001546'
001550'

012700
016767
000367
052767
005067
016777
016701
004767
016705
012700

004767
\66705
010567
020567
003410
004767

ADPK! I

176604
176570

176514

000100

176562

176546
176552
176526
000432
I 7653~
000003
000416

1765\4
176520
176466

176530

"OV

#509~,R0

,FOR ElK or 2 112 SIGMA

IGET CHAN,

MOV

NCCH,TM'

SWAB

1MP

,PUT IN CORRECT CSR POSITION,

SIS

#100JT~~P

'ADO INTR, ENABLE

CLR
MOV
MOV
J5R

WHO
T~P, @AOSR

Ole,RI
PC, SAP

MOV

FRED,R5

MOV
JaR

PC. SAR

#3,R0

SUB

FRED,RS

MOv

R5.APKX

eMf

R5, .'NtHl
ENOP
PC, ERCOM

BL~

JSR

NUMBE~,

! INDICATE PEAK NOISE TEST,
,CH,AND INTERRUPT ENABLE, AND eM

,R I • IIDORE55 OF SAR DAC

len OAe VALUE THAT GIVES ,6' LOW COUNT
'RS • LE!'T BOUNDARY
'CHANGE sPLIT rOR RIGHT BOUNDARY

,Gn DAe VALUE THAT GIVES

,n HIGH COUNT

,RS • AID PEAK TO PEAK NOISE
'SAVE rOR ole NOISE CALCULATIONS
OR • A/D PEAK NOISE LIMIT?
IBRANCH IF NO UROR

,en ERROR PARAMETERS

IERROR PARAMETERS LOADED BY

'E~COM'

*if .;.#* ** '* 11 *¢}*.e;, ~ ** ** *~ '* ~ # *I *,PEA~
'* -I ~* ***"
* ***** **. . **.;t~"'" '* *************_
NOISE ERROR-sn NEXT TYPE OUT
, ••••• *** ••• *•• ** •••••• *•••••••••• ** •••• * •• * •••• ****** ._it._*****
I

653

001554' 104405

~RDER@,BEGIN,NULL

654
655

001562' 104403

MSGN',8EGIN,MSG!

,ucn MUSAGE CALL WITH COMMON HEADER

MNAA DEC/XII SYSTeM EXERCISER MODULE
XMNU~,PII
19.rii:S.79 11111
656
6$~

6sa

659
660
661
66J
863
664
665
666
667
66B

669

670
671
672
673
674

675
676

677
678
679
6B0

! 76220

ENDPI

032767
001411
000402
000167

000004
177506

III

001606' 005267
001612' 026707

176452
176446

211
176410

000002

! 76166

001570'
00l576'
001600'
001602'

001620' 101770

6B6
6B7

689
690
691
692
693
694
695
696
697
696
699

0016j0~

001510

~01632'

005067

176430

0016]6'
001644'
001646'
001650'
001654'
001662'
001666'
001670'
001674'

026157
003102
005003
012700
012777
@16701

! 76424

! 76360

000010

00! 704' 176410
176400

000301

052701
010177
001100' 104400
001704'

00010!

001704' 000004

000000' 001712'

001712' 067703
001716' 005300
001720' 001365

176322

176336
000000'

JMP

INC

CMF

NCCH

MeCH,NLaTCH

NOI5~

CHANNELS?

,NO DO AGAIN,
,POINT TO NEXT CM,
,EXCEED LAST NOISE eH?
INO-TEST THIS eH,
THE LOGIC AND NOISE TESTS ON ALL SELECTED CHANNELS ON THIS U
IARE WE DOING VOLTAGE SAMPLING?

J ...... "" ...... "' ....................... "'''' ......... '''.''' ..... '''' ...... '''' ... ''' .............. ''' ................ ''' ..................... .,. .................. .

001722' 006203
001124' 006203
001"126' 006203
001730' 005503
0017l2' 016700
001736' 006300
001740' 010301
001742' 166003

ADD

,ADD THIS SAMPLE TO TOTAL
'ALL DONE ALL SAMPLES?
,NO· DO NEXT ONE,

, "'iO,.. ... ~ ..... "' .. ,., ..... "' ... "'''.........., '" "' .... _ <II ..... '" "' ......... "' ...... "' ... !iII"''' .. '131 .... 0j0 "" ............... ""' . . . . . . . . . . . . . . . . '" 1!O!;If

AS~

00l!62'

BII

116250

,YES NOW WE
IMUST DIVIDE BY

ABR

,e TO GET THE

ADC
MOV
ASL
MOV
SUB

R3
R0

'SAMPLE AVERAGE.
,NOW GET CH, NUMBER
,rORM AN OFFSET
,SAVE NEW SAMPLE VALUE.
IGET THE DIFFEPENCE BETWEEN
,AND THE NEW ONE WE JUST GOT
'IF POSITIVE WE'RE OK,
,OTHERWISE MAKE IT PDSTIVE,
liS IT WITHIN TOLERANCE?
,YE! DO NEXT CH

BPL
NEG

001746' 100001

00175"- "0540)
001752' 020367
00P56' 003431

QUEUE UP TO CONTINUE AT 7. AND RTI

FIRGS,BEGIN.7$

DEC
SNE

eM?
5LE

CCH,R0
R3. RI

RECSAMCR01,R3

as
R3

R3.0rrUL
109

,*** •• **** •• *******_.*********.****4****************************
,CONVERT CCH TO ASCII AND

001760' 104420
001766' 003402'

orOA8, BEG! N, CC H,CHANN

001710' 016067

MOV

1STORE AT CHANN

RECSAM(R0l,OLDS IGET OLD VALUE

,~*********~*.**.************

•• *********************** *********.

,CONVERT OLDS TO ASCII AND
I STORE AT OLDS

MNAA DEC/XII SYSTEM EXERCISER MODULE
XMNAA0,PII
19-fES-79 11.17
712
713

,NO - BYPASS

BLOS
II
NOW THE PROGRAM HAS RUN
BIT
IBITI.SRI
BEQ
EENDP
,NO - END PASSI
IYES • START WITH eH 0.
eLR
CCH
,VOLTAGE SAMPLING HAS BEEN ENABLED •• NOW TEST IF BEFORE REPORTING EOP
,eONE ALL CHANNELS?
4$1
CMF
ceH.CLSTCH
9G1
tENDP
,YES· REPORT END PASS,
,R3 WILL HOLD SAMPLE,
eLF
R3
MOV
#9~,~0
I SET TO TAKE B SAMPLES
~OV
~60.@VECTAD
IBET VECTOP rOR INTERRUPT
,GET eH, NUMBER
MeV
ceH,PI
,FIX RIGHT POSITION IN CSR.
SWAB
RI
IADO INTR, ENABLE AND GO.
SIS
'!01,RI
;SI
HOV
RI,@ADSR
.START AID,
,EXIT TO MONITOF, MODULE WAIT rOR INTERRUPT,
EXITS, BEGIN

700

701
702
703
704
705
706
707
708
709
710
711

,DOING MULTIPLE

U
H
ADRMSI

3$1

68 I

bBG

,BIT2,SRI

BEQ
BR

IB~

001622' 032761

6B.
663
684
685

BIT

MACHI 30A(!052)

19-FES-79

11132

PAGE 17

orDAS. aEG IN, OLOS. OLD5

\101776' 104420 000000' 003362'
002004' 003362'

714
715
716

J.***** ••• **.***************************************************
,CONVERT NEWS TO ASCII AND
002012' 104420

'121

002020' 003372'

OTOAS, BEG! N, NEWS, NEWS

722
723
724
725
726

002026' ! 04405

728
729
730

002034' 104403

735
736

737
738
739
740
741
742

002042' 005267
002046' 000167

10$1

176220
177564
175736

002052' 032767
006367
022767
001417
036767

176202
000020

176114

176166

175110

BIT

IBIT0,SRI

SNE
ASL

1$
TEMP

eMP
BEQ
BIT

TEMP,OVID1

'SIT4,TE"?
11

8EQ

ADD

14.AOSR

ADD

i4,ADBR

000010

176142

it0.VECTAO
LOOP
eLR
NCCH
ENDITS,BEGIN

00QHH10'

176124

ADD

JMP

176264
176124

lSI

J"P

749

,PUT NEW INTO OLD,

,LOOK AT NEXT CHAN,
.GO TEST IT
ITEST IF MNCKW ENABLED
,eR IF YES <00 NOT DO MULTIPLE UNITS>
IMOVE OVER
'TEST IF MAX, UNIT
,BP IF MAX
'TEST IF SELECTED
,BR IF NOT
'UPDATE AODRESS
'UPDATE VECTOR
ILOOP AND TEST NEXT UNIT
'INIT THE CHANNEL I
,SIGNAL ~ND OF ITERATION,
,MONITOR SHALL TEST END OF PASS

RESTRT

,USING SUCCESSIVE APPROXIMATION AND VERNIER DAC DEFINED IN PI,

750

751

758
759

176122

002144' 0001&7

757

CCH

176lt6

747
748

752

INC

JMP

000004

145
746

753
754
755
756

RI,RECSAM(R0l

000004

002104' 001413

062767
062767
062767
000161
005061
104413

744

EENDPl

002060' 001025

002062'
002066'
002074'
002076'
002106'
0021! 4'
002122'
002130'
002134'
002140'

143

AT NEWS

:******.********************************************************
HRDEPI,BEGIN,NULL
,REPORT NEW VALUE EXCEEDS THE ALLOWED TOLERANCE
,*.******************************************************* ••• *.*
MSGNS,BEGIN,MSGI2
,ASCII MESSAGE CALL WITH COMMON HEADER

733
734

I STORE

, •••• -.*.******************************************************
MOV

002022' <l10i60

727

HI
732

,GET NEW VALUE

MOV

001360

717
718
719
720

002150' 012702
002154' 005011
002156' 005067
002162' 060267
002166~ 016711
002172' 005003
002114' 012104
002200'

SAPI

000200
176070
116064
! 76060

BITI

MOV
CLR
CLR
ADO

#200,R2
(All

FRED
U,FRED

MOV
CLR
MOV

BIT

#BIT0,SRI

eN!

CONY,

FRED .tPll
i512"R4

IR2 • MBe OF DAC
IGET RID or 'ONES'
WITH ZERO DAe
ITRY THIS BIT
,LOAD CAC.
'INIT HIGH COUNT
,R4 • i or SAMPLES IN A BURST

I STAPT

76~

761

762

002200' 032761

000001

002206' 001004

175610

763
764

165

pNO • SET GO BIT IN AID,
IGOTO 21

002210' 052777
002216' 000420

766
767

002220' 004767

,IS CLOCK SELECTED?
PYES GOTO HANDLER,

000172

JSR

pGET A RANDOM NUMBER.

SEQ 0016

MNAA DEC/XII SYSTEM EXERCISER MODULE
XMNAA0,PI!

769

~05077
~52767

769

002224'
002230'

770
711

00223.' 016777

772

773
714
775
776
777
779
719
780

781
782
783

784
795

002244 ' 052177
002252' 012777

794
795

CLR

000242
116000

SIS
MOV

RNA,UBP

175764

000011

! 75762

BI3
MOV

IBITS,UDSR
*lI,USR

23'

000000' 002270'
175744

175756

002302' 005304
002304' 001335

002320' 001320
en322' 005767
002326' MI405
002330' 026727
002336' 001401
002340' 000207

175734
175724

175716

000377

796

791
79B

799

002342' ~05077
002346' 004167

175670
000! 34

002352' 104405

0000~Q! '

002360'
002364'
002366'
002314'
002376'
002376'

173662

800
801
B02

805
806

807
B08

809

ale

811
812

Sl3

005767
001004
104403
000403

BIB
821
822
823

001iJ000'

175440

002412' 000167

177152

0~2456'

002464'

825

002476'
002500'
002502'
002504'

002716'
281

MACHI 30A(1052)

066767
066767
005567
066767
066767
005567
066767
066767
005567
000207
063241
142315
127623

000060

000054
000042
000036
000034
000024
000016

000012

000054
000046

RANDY,

000036
000030

000020
000012

000006

8H
835
836
837
840
841

842
843
844

~NDP

19-FES-79

11132

ADO
ADO
ADC
ADO
ADO
APC
ADO
ADD
ADC
PTS

RNB,RNA
RNC,RNA
RNA
RNA,IHIB

RNC,RNB
R"B
R~'A,RNC

RNB ,RNC
RNC
PC

ITHESE FOLLOW SEQUENCE OF
I INSTRUCTIONS GENERATE
I A RANDOM NUMBER
I TO BE USED
TO BE LOADED
INTO THE CLOCK'S PRESET
BUFFER, IF SELECTED FOR TEST,
, ONLY RANA WILL BE USED,
IRETURN TO "CONY"
IRANDOM TO NUMBER A,
IRANDOM NUMBER B.
IRANDOM NUMBER C,

EReOMI

ILOAD HEADER FOR ERRORN CALL
ADSR,CSRA
PACSR, ACSR
STAT,ASTAT
MOV
ISTACK BINARY NOISE VALUE
R5,DECIM
MOV
'*************************************************************
,CONVERT DECIM TO ASCII AND
ISTORE AT DECIM
BTOP$,BEGIN,DECIM,DECIM

,CONVERT NOISE RESULT TO DECIMAL
002506'
002514'
002522'
002530'

016767
017767
~16767
010567

175524
175516
175300
000044

175364
175360

000025

000032

000363
000357

000020

000352

175354

002534' 104421
002542' 002600'

002544' 116767
002552' 116767
002560' 116767

MOV

J********************************************************** •••

MOVB
MOVB
MOVB

OECIM+2,VALUE
,MOVE CONVERTED VALUES TO ASCII BUFFER
DECIM+3,VALUE+2 ,FOR TYPEOUT OF ERROR
DECIM+4,VALUE+3 I ON RETURN

'***************************************************************

845

ICONVERT NCCH TO ASCII AND
ISTORE AT CHANN

946

847
849

002566' IM420 000000'" 000264'
002574' 003402'

850
851

002576' 000207

852
853

002600' 000003

848

PAGE 19

063241
142315
127623

838

839

IASCII MESSAGE CALL WITH COMMON HEADER
IUPDATE THE ERROR COUNT,
IRESTORE STACK FROM THE JSR PC THAT
IGOT US TO "SAR',
IGET NEXT DIRECTIVE,

RNAI
RNBI
PNCI

830

Bll

UDSR

PC, ERCOM

MSGNS,BEGIN,MSGI3
INC
HRDPAS
TST
(SP"
JMP

829

ell

$ADBR,EOGE
2.
R3
R4
CONV

,GENERATE A RANDO~ NUMBER
002416'
002424'
002432'
602436'
002444'
00245.'

002472'

832

CMP
BLO
INC
DEC
SNE

ISTOP AID
IGET ERROR PARAMETERS
IERROR PARAMETERS LOADED BY "ERCOH"
J***************************************************************
I,NOISE TEST WRAPAROUND ERROR
HRDERG,BEGIN,NULL
r***************************************************************
WHO
ISEE WHICH TEST WE WERE DOING.
TST
1$
IWHO-' THEN RMS NOISE TEST,
SNE
IASCII MESSAGE CALL WITH COMMON HEADER
MSGNO, BEGIN, M5G! I
,GO AHEAD.
BR
21

18,
104403

I QUEUE UP TO CONTINUE AT 1$ AND RTI

.. OR • EDGE?
,BRANCH IF <EDGE
,COUNT IF > OR -EDGE
ICOUNT THROUGH BURST
231
IBRANCH IF NOT DONE
,HIGH COUNT> % or 512 CONVER8IONS?
Rl,R0
eMF
IBRANCH TO LAVE BIT IN
BLE
3$
R2,FRED
I TAKE BIT OUT
SUB
INEXT BIT
ASP
R2
3U
lAND GO RESOLVE IT IF NOT DONE
BNE
BIT
ICHECK rOR ALL 'ZEROES'
FRED
TST
IBRANCH IF INVALID RESULT
WRPERR
BEQ
FRED, #377
ICHECK FOR ALL 'ONES'
eMP
IBRANCH IF INVALID RESULT
BEQ
WRPERP
IRETURN TO ADRMSI OR ADPK1,
PC
RTS
:VOLTAGE NEEDED TO PRODUCE I or HIGH COUNTS SPECIFIED 15 OUT OF THE
,~ANGE OF THE WRAPAROUND DAC.
:CLEAR INTERRUPTS. PRINT MESSAGE AND DROP MODULE.

000000' 002652'

002404 ' 005267
Ql02410" 00572.

824
82.
827
828

,RETURN TO MONITOR,

J ................................ ,............................................. "' ..... e ............ "" ......................... 1ilII'" .........................

000000

814

819
820

#l77770,RNA

EXITS

WRPERR' eLR
JSR

MNAA DEC/XII SYSTEM EXERCISER MODULE
XMNAA0,PII
19.,£8.79 1!117
815
816
Bl7

no 001'

IMAKE BURE THE CLOCK'S CSR IS CLEAR,
,MAKE SURE or HIGH NUMBER.
ISET CLOCK PRESET REG,
ISET OVERrLOW ENABLE,
,START CLOCK

PIRQ$, BEGIN, I $
!BI

803

804

PAGE It

W4INTI

002270' 027767
002276' 103401
002300' 005203

e02li6' 006202

791
792
793

176012
177770
000236
000040

002262 ' 000004

787
789

11132

, . . . . . . . . . "' ............ 91 ....................... "" . . . . . . . . . . . . . . . . . . . . 111 ....................................... "" . . . . . . . . . . . . . . . . . "" . . . . . .

002306' 020300
002310' 003402
002312' 160267

790

\9·ne-79
USR

002260'
002260' 104400
002262'

796

7sa

MACY11 3U0052l

\9·rES·79 11117

OTOAS, BEGIN, NCCH ,CHANN

J****************************** •• ******************************
RTS
PC
I EXIT TO CALLER,
DECIM,

.8LKW

SEQ 0018

MNAA DEC/XII SYSTEM I!:XERCISEII MODULE
XIINAM,PII

854
855
856
857
B58

859
860

862

863

&64

u-na." 11 i 11

MACYll 30ACllIS2)

868
869

870
871
873
873

874
875
876

877
878
879

800
8BI
882
883
884
885

886

887

8se
889

890
891
892

893
894

895
896
897
898

899
900
901

902
90)

S!Q e819

002606 ;

MSGI.

00]065~

802610' ~02744'
1102613' 003406'
e02614~ 002736'
002616' 002775 •
002620' 003011'
802622' 003115 •
11102624' 003023 '
002626' 177777
002610~

PI
P4
P6

905
906
907
908

909
910

911
912
913
914

915
916
917
918
919
920
921
922
923

, RMS

NOISE.
,•, 0,50
(CONVERTED BELOW) X,XX LIB (LIMIT •
LSB) "THIS VALUE

VA~UE

P7
-I
M5GS.

003065 •

, MESSAGE TERMINATOR,

P10

0A3011~

0112646' 003035'
002650' 177777

,UNIT •

, PEAK

,,, NOISE·
(CONVERTED VALUE) X,XX LSB (LIMIT •
2,00 LSB) "THIS VALUE
CHANGE

0"2652' 083065'
002654~ 002736'
002656' 003003'
1'02660' 003113 '
002662' 003127'
002664' 002744'
0"2666' 003406'
002670' 177777

MBGII.

"02672' 003065'
1102674' 0"2736'
002676' 003127'
002700' 002744'
002702' 0034£16'
002704~ 002756 '
"02706' 003364'
002710' 003047 '
002712~ 003314'
1102114' 177777

~SGI2'

0a2716' 003065'
902720' 002736'
002722' 002775 '
002724' 003113'
002726' "03127'
002730' 002744'
902732' 003406'
002734 ' 177777

~SGU.

-I

, MESSAGE TERMINATOR

PI0
PI
P5

,UNIT •
, , AID
, PEAK
, WRAPAROUND
, ERROR
, ON CHAN
(CHAN NUMBER 2 DIGITS)
, MESSAGE TERMINATOR

PIl

•

PI0
PI
PI5
P2
CHANN+4
P3
OLDS+2
P9
NEWS+2
-I

,UNIT •
, , AID
, ERROR
, ON CHAN
(CHAN NUMBER
DIGITS)
,OLD VALUE.
"AID READING 4 DIGITS
, NEil VALUE •
"NEil AID READING 4 DIGITS
• MESSAGE TERMINATOR.

PI0
PI
P4
pU
P15
P2
CHANN+4

,UNIT •
, , AID
•, RMS
WRAPAROUND

,, ON(CHANCHANNUMBER 2 DIGITSl

-I

• MESSAGE TERMINATOR,

• ERROR

MACYII 30A(1052)

19.FEB-79

11132

PAGE 21
SE:Q 0020

042057
020116
000040
046117
052514
000
051515

0011040
044103

PII
P2i

,ASCIZ
.ASCIZ

-'AID ,.
' ON CHAN '

020104
020105

P3.

,lSCIZ

000040

P41

040505

020113

P5.

,ASCIZ
,BYTE
• ASCIZ

"PEAK ..

044517
000040

042523

P6,

.ASCIZ

"NOISE. '
"011~UJ

OLD VALUE = '

"~MS

020060
000
020060
000

P7I
P8,

,lscn

"2.00 LSB)'

003047'
040
001054' 040526
003062' 020075
003065'
045
003072' A20104
"03100' 020051
003106' 021440
0031111'
060
127
0031!3 '
003120' A47522
003126'
000
105
00U27 '
003134'
000

042516
052514
000
047115
040450
047125

020127
020105

P91

,ASCIZ

' NEW VALUE •

040503
042057
052111

Pie 1

.ASCII

',MNCAD (AID) UNIT t'

040
040522
047125

000
040520
020104

PU,

Pleui

.BYTE
,ASCI!

60,40,0
'WRAPAROUND '

051122

051117

PISI

.AScn

"ERPOR"

054056
020102
052111

020130
046050
036440

VALUE 1

,Asen

'X.XX LSB (LIMIT • •

940

00J13S'
130
003142' 051514
003150' 046511
003156' 000040
00316!l'
!l00

941
942
943

003162'
003162' 000100

.EVEN
RECSAMI .BLKW

1103362' 1100003
003370' 000000
eonn' 00000]
1IJ0J40B' 000000
083402' 000003
003410' 000000
000001

OLDSi

932

933
934

IF OPERATOR CHANGES

,,
,•

032456
024502
030056
024502

925
926
927
928
929
930
931

WILL

PIS
P2
CHANN+4
-I

,BYTE
,ASCIZ

924

WILL CHANGE IF OPERATOR CHANGES

CHAN
,,,ON,(CHAN
NUMBER 2 DIGITS)
AID

CHANN+4
PI
P5
P6
VALUE

002644 ~ £103135 '

002736' 040445
002744' 047440
002752' 047101
002756' 020073
01127U' 040526
002772' 020075
002775'
122
003002'
000
003003'
120
01131110'
000
003011'
116
003016' 036440
000
0"31122'
060
003023 '
003030' 051514
003035'
062
003042' 051514

CHAN
,,,ON,(CHAN
NUMBER 2 DIGnSl
AID

e02ti32~ 002744'
002634' 0U406'
002636' 002736'
002640' 003001'
002642~

,UNIT •

P10
CHANN+4

MNAA DECIXII SYSTEM EXERCISER MODULE
XMNAAII,PII
19-F£B-79 11.17
904

PAGIC 20

11132

.ASen MESSAGES AND POINTERS

865

066
867

19.nB.79

LSB)'

935

936
937
9]8

939

944

945
946
947
94S
949
950

951

.BYTE

NENsi
CHANN,

,BLKW
.WORD
,BLKW
,WORD
,BL~W

,WORD
,END

64.

IUSED TO STORE AID RESULTS ON UP TO 64, CHANS.

3
0

,USED FOR STOR! OF ASCII or OLD SAMPLE VALUE,

,USED FOR STORE OF Ascn NEW SAMPLE VALUE,

0
3
0

,USED FOR STORAGE or ASCII OF CHAN, NUMBER,

MNAA DEC/XII SYSTEM EXERCI$ER MODULE
IMNAIG,PII
,9.FES.79 I!II'
AB~

~00244R

AeSR

000102R

ADeR
ADCR

0002UR
00000611
ADcR22_ 001000
ADPKI
00145011
ADAMS! 00!114R
ADSII
00023611

APKLIM
APKX

ARMLIM
ARM X

ABB
UP
UTAT

832

0002l4R
000262R
000232R

339#

648

Ge026eR

3611
32U
3491

397
647.
396
624*
435

6091

lUI

3621
Jl91

3221

4Bh

3251
2011
509
632
806

510

e~~002

664

002000
904000
010000

333#

040000
BIT 15 • 100000
• 0000C4
BIT)
000010
BXT4
000020
BITS • 000040
BIT6 • 000100
BIT7 • 000200
BlTa • 000400
BIT9 • 001000
SPEAK" 104407
BRI
000012R
BR2
00001lR

STOOl • 104421
CCH
B00266R
COATM. 104412
CHANN
003402~

CLSTCH

000224P

CONFIG

00~056P

CONY

0022C0P
CSRA
000100R
CAC
000240P
OATCU. 104411
DATERS_ 104404
DECIM
002600P
000014P

au_

520*

539

511

559.

560

SEQ

573

691

742"

779

499
640.

492
676-

493

513"

741'

764"

479
558
729

480
571
746

495
599
777

630
802

en!

636#

422

BlT2

OVIDI

626

537.

020000

19-nS.79 II1l2 PAGE 21
TABLE •• U5E~ SYMBOLS

3]31

790.

002162R
• 000001

BITI0
BITI! •
BIT!2.
BITt3 •
SITU •

379.
376

659
177.

000000R

BIT!

432.

770'
493*
461

520

BoelteR

SIT
BITe

2861

473*

519
771*

000106R
000242R
000104R

AWAS
BEGIN

3501
3201
3451

MACUI 3mA(U32)

CM63 REFE~ENCF.

7551
3331

lBS

H3'
541
813

451
642

452

453-

460'

474-

561*

570*

602-

611·

475,
834.

481

486

487.

76e.

772.

]97
514

431
528
680

539

446

704

447
544
712

455
549
720

569

734

761

764

625

653
809

839

430
522
677
848

799
365

432

470

655

457

557
727

502

"
I

333#

3JlI
3331
3331
llH
3331
13H

llH

656

737

3331

474

3331

569

3311
33H
)331
3331
2881
2891
llU
3641
llH

605

430

386
562·

704

948

333#
308 #

590

771

480

509

510

557

558

5870

50B

590

666-

66B

673

691

704

731·

BS2

989

902

949#

519.

54!.

832_

392

397

401

402

403

835.

e39

B42

B43

844

446

447

)97
567

839
583

859
668

869

492-

7591

783

3\9#

451>
61S

641

390

391

l441

479

431

333#

333#
3SG
8SH
2901

739
;I

MNAA DEC/XII SYSTEM EXERCISER MODULE
XMNAA0,PI!
Ig·nS-79 11117

EDGE

000254P
EENDP
002052P
ENDIU' 104413
[NDP

~01570P

ENOS

" 104410

E~COM
E~RTYP

002506R

000106P
EXIT! • 104400
FRED
00~252P
GETPAG" 104415

GWaUFS" 104414
HROCNT
000044R
HRDERS" 104405
HRDPAI'!I 0000S0R

3591
665
33H

649
3331
627

813
799

832.

514
620

53B

571

623

643

677
646

774
754·

755'

756

786-

333#

455

495

522

544

630

653

727

802

3051

B10>

333#
3581
llH
3031
3001

IONUM
INIT
INTl'LG
INTR

000122P
0000J0P
000250R
000120P
000446R

30\1
330#
2971

357#

441"

MAP22"

104416
000000R
000224P

4071
3751
33]1
2841
298

744

000274R

471
518

4701
490
5361

540

5561

632

450

104403

333#

MSGSS • 104402

333#

MBGG

3331
632

MBG!

002606R

MBGII
MBGla
MBGI]
MSG5
NCCH

002552R
002672P
002716R
002630P
000264P

NEWS

001372P

·
·

NLSTCH

000230P

NULL

00~000

OFFALL

OLOS

OPEN

~0n26R

806

729
809
655
3631
7163371
3lH
!l6#

003362R

70S-

000000

295
320

104420

l3]#
299'
3331

orDAI _
PASCH!

0000HR

PIRGS • 000004
POPSP s 005726
POPSP2o 022626

llH
3331

PRTY

1311

PRTY0 •

299

• 000000
000000
PRTY! • 000040

462'

4411

LOOPI

104401

449

329#

4221
4291
433

3331

LOOP

791
"

000604P
000730R
001022P
001!02R
000420R

MODNAM
MOOS?
MSGHS •

789

333#

•• eel6?

LOG6
LOG7

502

3231

000040R

00~476P

746

650

ICONT

000452~

SEQ 0022

779
7341

656.
457

reOUNT

LOGI
LOG2
LOGl
LOG4
LOGS

615669

MAC!II 30A(1052) 19.FES.79 11132 PAGE 24
CROSS REFERENCE TABLE •• USER SYMSOLS

50el

331*
555

729

806

809

606.

610
94H

613

636

660'

661

745'

522

544

630

653

721

802

] I!
32B

312
329

313

314

8561
8761
885#

8961
866#

381'
720
588

455
698
7\2

893
661
495

291
322
704

891
292
324
712

29)

294

325

720

327
US

528

549

599

680

)3l1

848

945#

777

3331

liS

316

J\7

318

MNAA DEC/XII SYSTEM EXEReX6E~ MOCULE
XMNAA0,Pll
t9·FES·79 111!7
PRTl2 • 000100

3331
3331

PRTY6 • 000U0
PRTY7 • 00U40
PS
• 177776

288

PRTYl • 000140
PRTH • 00a~00
PRTH .. 000240

3331
333#

3331

• 177776
PUSH • 005746
PUSH2 • 024646

13U

002736P

859

869

977

896

897

PI0

003065R

956
414_
879

966

876

985

996

9a.

9331
889

901

9051

PUU
PI3

0031 UP

00l127R

002756R
ea2775R

3331

001110R

PIS

980
857
890
860
870
861
390.
401892
767
133i

002744R

003011P
003023P

1le3035R
003047P

P9
RANDY
RANO$ •

0e30~3P

P5
P6

RANNUM
RECSAM
RESTPT

002416P
104417
000054P
003162P

3071
595.
326

0002HR

REST0

001~70P

PES!
REsa
RNA
RNS

000056R
000060P
0025MR

002502R
002504P
000112R
RSTRT
SAP
B02U9 R
SBADp
000102R
sorCNT 000042R
SOFER'" 104406
sorPAS 000046R
RNC

930.

887
867
907#
899
878
871
391.

900

402.

873

9171
9191

615
1721
6021

694
748

708

724·

943*

819
827#
8291

922

734

761

9! 7*
821"
823·

3261
619
lUI
3021

818"
823
924·

622

642

645

7521

331
432

470

656

664

770

8261

l3H

2911

SR)

2921
2931
29U

START

000274P

297

STAT

000026P
000062P

296!

3111
3121

000064P
000066P

SVR6

000070R
000072P
000074R
000076P

3131
3141
3151
3161
3171

BYSCNT

000052P

]061

373#
934

MNAA DEC/XII SYSTEM EXERCISER MODULE
XMNAA0.PII
19-FES-79 11117
TEMP
000270P
TMP
000256R
TRPOFD. 000022
VALUE
0031l5R
VECTAO 0002np
VECTOR 000010R
WAINT
002262R
WASADR 000104R
WOYR
000116R
WOTO
000114R
WHO
000246R
WRPERR 002342R
XFLAG
000005R
• 00l412R

003412

B63

403·

922,
816#

922·

000020F
000022P
000024P

000000

912#
91H
392.

816"
820.

000016p

ABS,

9041

910.

820

SRI

991

8190

304#
299#
II

spsn • 000040

GVRe
GVRI
SVR2
aVR3
SVR4
SVPS

999

9!1

000032R

929~

592
3091
JUI
769.
916

sPOINT

SRa

UQ 0923

13H

psw

MACYII 30A(I052) \9-'£8-'9 IlIlZ PAGE 25
CROSS REfERENCE TABLE _. USER SYMBOLS

MACYII 30A(1052) 19-fEB-79 11132 PAGE 26
USER SYMBOLS
CROSS REFERENCE TABLE

3651
360.

375*

561*

407
568.

736*
569*

737
570

739
610.

33H
942_

843.

9444
442'

862

B72

936.

512*

536*

563"

94H

9491

3661

390.

2871

380

604

7751

321#

3291
3271
356.
790
2851
BSH

6J9.
799#

804

792

9421

9431

9451

61h

000
001

ERRORS DETECTED I 0
DEFAULT GLOSAL5 GENERATED I

XMNAA0,XMNAA0/S0L/CRF,SYM.DOXCOM,XMNAA0
RUN-TIME I 2 2 ,3 SECONDS
RUN-TIME RATIO I 147/5026,8
CORE USEDI 7K 113 PAGESl

SEQ 0024

611-

612.

617

603

672·

743·

638*

640