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DUll

.~Drawlngs

Digital Equipment Corporation

The material herein is for information purposes only

and is subject to change without notice. Digital

Equipment Corporation assumes no responsibility for

any errors which may appear herein.

These drawings and specifications herein are the

property of Digital Equipment Corporation and shall

not be reproduced or copied or used in whole or in

part as the basis for the manufacture or sale of items

without written permission.

(2)

..

~

ill i It

\alII

~~~§..;!~~

DRAWING DIRECTORY

lit' •

-nt.s . . . . _

. . - a D • COPIED. USED II ...

SP£CIFICATUIIS. II:I£IH, ME

£

I>

TIt(

Ii HIT AS THE IASIS FOR TIlE . . . .

PIOP£ITY OF DIGITAl £QUIMIT COIPOMTI. AID SHALL

G _

OR SAlE OF

..,. 1ftw.J

_ITTD fIE_SSI.. COPYIIIMf

973,

DIGIT. £QUIPMEIIT

~TI.·

CUSTOMER PRINT SET INDEX

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SINGLE LINE PGM SYNCH INT

B-DD-DUll-9f

UNIT

VARIATIONS

DUII-DA,EA FIELD INSTALLATION

A-SP-DUil-_~4

ACCEPTANCE

PROCEDURE

A-SP-OUII-O

-I

AND ACCEPTANCE PROCEDURE

TEST PROCEDURE

A-S P- DU I 1-

0 -

2

ACCESSORY LIST

A-AL-DUll-91-3

VAR

TITLE

PGM SYNC

INTE~E

D-csoM1822-91-1

1 2 3

4

CABLE MODEM BC91SC

D-UA-BC91SC-91-91

MODEM TEST CONNECTOR

n-CS-H31S-lJ-l

Du11-0

SINGLE LINE PGM SYNC INT.

Ix

TTL TO BELL SYSTEM :301

& 30~

O-CS-M595-0-1

HIGH SPEED MODEN

CABLE

D-UA~8

CfJIW- 0-0

CABLE

INTERFACE

BD./~

I

D..,.CS-M910-Q-1

DUII-DA

SINGLE LINE PGM SYNC INT

rx

CURRENT MODE

DU11-EA

SINGLE LINE PGM SYNC INT CURREN,]

IX

MODE

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OlIN..

DATE

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K. DAVIS

9-14-3

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0 0

8

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DRB 106

/

(3)

ORB 107

DEC 16-(325)-1062-3-N871

PGM SYNCH

IN'l'IRFACE

n-CS-M7822-,f1-1

~Ull

SINGLE LINE PGM

SYNCH

0-UA-DU11-.-.

CABLE ,MODEM

BC'SC

D-UA-BC'SC-,-/8

TTL

TO

BEl.L SYSTEM

301

~

303

D-CS-M595-rl}-1

D-UA-BC(i}IW-

fj-D

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TITU

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pt;M ~-YNCH. tNT.

a>.·ftST

COMNECTOR

D':'CS-H315-,f1-1

. .

1T2OP 3

. . . .

111

DUl1-/6

REV

(4)

CUSTOMER PRINT SET

~

____________________

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____________________________

~

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MECHANICAL

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NO

OF

DRAWING NO. REV SHT DESCRIPTION

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A-SP-DUll-~-l

A

4

ACCEPTANCE PROCEDURE

0f'I'1ON

iNO."u

DATE

i .

I

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NO

OF

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I

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OPTION

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OATE

A-SP-DUll-~-Z ~

12

TEST

PROCEDURE

A-AL-DUll-~-3

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2

D-CS-M7822-RJ-l

I

#

~

6

I

X-Y COORDINATE HOLE LOCATION

PGM SYNC INTERFACE

-

--

D-AH-M7822-(1-5 y~",

tASSY/DRILLING HOLE LOCATION

B-MH-M7822-~-6~~1 \~'tI--+~M~O~D~U=L~E~E~C~O~H=I~S~T~O~R~Y~~--~--~----'-~~+-+-+-~---~~--~---4----~

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PRINT OF OOCUMENT INa.UDED IN PRINT SET

C _ INCLUDES All PRINTS INDICATED ON DOCUMENT

5 ::: CONFIDENTIAL AUTHORIZED SIGNATURE REQUIRED

DEC 16-Cl.l~)·I062-2B-R97?

1+

j

TITLE

j

SINGLE LINE

PGM

SYNCH

,---,---+---+---+---+--~ "'----~-+--~---+---I

--.. ---- r - ' + - - - + - - - + - - - i

- ---- ---- - + - " - - f - - - + - - - + - - - f

,-,,---

-,---+~-~---+---t

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

_,, ____ , _______ +---+_

- - + - - - + - - - 1

SIZE CODE NUMal"

REV

(5)

DIGITAL· EQUIPMENT CORPORATION

MAYNARD. MASSACHUSETTS

ENGINEERING SPECIFICATION

DATE 18/24/73

TITLE PROCEDURE

REV DESCRIPTION APpn BY DATE

A ECO CHANGE

B

ECO CHANGE

C ECO CHANGE

Index

I.,

Module Configuration

1.1., Unibus Address

1.2.' Interrupt Vector Address

1.3., Miscellaneous Jumpers

1.4., Mounting Information

1.5., Power Requirement and Unibus Loading

1.6., Environmental Specifications

1.7., Preliminary Testing

1.8., Testing with Diagnostics

1.9.' Systems Test

2.' Customer Acceptance

ENGIN EERING SPECIFICATION

-

CONnNUAnON SHEET

TITLE

Example:

To select an address of 160010 switches 1 through 9 would

be in the ON position, switch, would be OFF. No~e that

the number of switch does not correspond to the b1t

position on the Unibus, i.e., SW, doesn't sample BUS

A'.

1.2.0 Interrupt Vector Address

The DUll Vectors also fall into the floating interrupt

vector space. The first vector of the floating , scheme is

address 3". This would be the vector of the f1rst DUll

in a system that consisted of devices which di~ not pr~Cede

the DUll in the floating vector scheme. In th1s float1ng

vector scheme the "ll-W precedes the DUll. Each DUll in

a system occupies two interrupt vectors.

1.2.1 Setting the Interrupt Vector

1.3.,

The vector is determined by the position of jumpers W9

through W14. During an interrupt sequence a BUS 0 line

will be asserted as a logical (1) if a jumper is in place. As cited earlier the DUll occupies two vectors. Only the first vector need be considered and it must start on a Zero

boundary. The second vector is simply controlled by Wt-W14

and BUS 0 '2 which is controlled by the hardware.

Example:

To select a set of vectors, 3" and 3,4, cut jumpers .9-Wll

and W14. Jumpers W13 and W12 remain in.

Miscellaneous Jumpers--Modify only at customer's request

with the exception of W15 , W16 ~ WI4 -W,.

Drawing'

5

Jumper. W2

Function

This jumper is normally OUT. If this

jumper is in, the receiver logic will synchronize on one sync character in-stead of the recommended two.

6 4 W4 W14 w13 W12 wll WlO W9

DEC FORM NO DEC 16-(3111-1022-flt370

DRA 108

This jumper is normally IN. If this

jumper is left out, Bits 1-3 of the RXCSR won't be cleared by Master Reset

or BUSINIT. In some cases the connection

with the Data Set may be required to be excluded from the effects of Master Reset or Bus Init.

Sets Vector Bit 8 when installed

Sets Vector Bit 7 when installed

Sets Vector Bit 6 when installed

Sets Vector Bit. S.when installed

Sets Vector Bit 4 when installed

Sets vector Bit 3 when installed

NUMBER

DU11-,-4

SHEET _ 3 _ OF _ 9 _

ENGINEERING SPECIFICATION

-

co~nNUAnON SHEET

TITLE

DUll-DA, EA Field Installation and Acceptance Procr ure

This document is divided into two sections, the fi .t section

deals with the field installation of a DUll-DA or Z\, the second

section covers the customer acceptance of the opticl.

The installation section covers the configura·tion c; juaper. and

switches on the module itself. It also has helpful hints that

could save aggravation. All references to mod . . . are to the Bell

2'1 series for the DUll-DA, and to the Bell 3,3 for the DUll-BA. No attempt has been made to cover other modems, although .any have the same characteristics as those cited.

Throughout this document the term DUll, without a t~ffix, refers

to both the DA and SA version. Where inforaation p,~tains

specifically to one version only the appropriate suffix will be

added.

Field Installation

~ 1.. Module Configuration

The DUll module M7822 is configured for the cu.toaer's system

by cuttinq jUJIPers on the module and by settinq the switch

pack. In IIOst Ca.e. only the Unibus address and interrupt

vector addre •• need to be reconfiqured althouqh all juapers

will be defined. .

1.1., Unibus Addre.s

The DUll Qaibus address fall. into the floating address space.

The fir.t DUll floatin9 a6dre.s is 16'... This would be

the .4ddr __ of i:fiefirat DUll in· a syateaif the sy.tem

con-.isi:ed of no other davic.. that preceded the DUll in the

floati1lCJ addre •• IICh_. In this floatinq address .cheme the

DUll use. four addre..

.pace.

.tartin~ on a zero boundary and

is prec ... by the DOll (i.e., 160040-&). Once the position

of the DUll has bMn d.t.~"" in the floating addre.s scheme,

the Unibull addre •• i . selected by t!ae rocker switohe. on the

117122.

1.1.1 Settinq the Unibus Addr •••

S"itch pack (SP1) coauol. the UnilNs addr ••• of the DUll. Onc. the Unibus ...t4re •• haa Hen "eterained, .et the rocker

.witche.

a.

foll0W8. Por a 109ioa1 (1) OIl the Unibus

addr ••• lin., .et tile rocker ..,itch that corr •• poads to that

particular W-t ~ tM

orr

position. A switch is in the OPF

po.ition ... the rooker i . depre •• ed 011 the orp·;.ide of the.

.witch.

1-r1~1

0011-....

....

If'

••••••• -

• •

CI'ltAWOiI

-1.3.0 Dra"", •

,

,

J . . . .

1f5

'"

V15

.16

!\i!!ction

'nits juaper is nomally h . If this juaper

i . eut pin UU of the __ q header (noraally

SIIe RBC or ulluHld) will be diaconnected fro.

the BIA receiver. In other tbaJa the

.peci-fied 1IOd . . . this pin My be connected to

~ift9 other tban SBC RBC in which ca.e it

_y IDe . . . ary to r~ve the juaper.

'rhb jUlllper is noraally IR. I f this jwaper

is ... t, pin FF of the llerq header will be

4Iiacoaaected fro. the BIA driver. Bis pin

i . nGaMlly connected to the SBC XIII'r or an

unutMld lead of the lIOdea. In.adella other

thaa tbeae .pecified, i t lllay be nece.ary

to remove this j~.

'lhi. jumper is noraally lB. V15 shollH only

be rellOve4 if the proce.sor beine u.~ i . a

!tAll witbout a mll option. Por all other processor., ·this jwaper is in.

This jumper is nor.ally OUT. Only jA systems

where the voltage on pin AUl is at BV RIIS

should this jumper be in.talled. A

Ga".

filter should also be installed in this case.

Refer to the installation section of the

DUll maintenance manual.

Hote: If any of the aiscellaneou. juapers have been chanqed with

the .xception of IUS and WI', new parAlleter. llU.t be

entered into the diagnostic proqraa throuqh it's keyboard monitor.

1.4.0 MOunting Inforaation

1.4.1 DUll-DA

The DUll-DA i . coapatible with all small peripheral controller slots (SPC) to date, with the exception of tho.e internal to the KAll.

DEC FORM NO DEC 18-(311)-1022-flt370

DRA 101

NUMBER

DU11-,-4

(6)

ENGINEERING SPECIFICATION

-

CONTINUATION SHEET TITLE

1.4.2

1.5.~

1. 5.1

Consideration must be given to the routing of the BC05-C

cable or cables. If more than one OUll-OA is mounted

in a system unit it would be desirable to have the system unit mounted as close as possible to the port in the cab provided for the cables.

Refer to drawing O-UA-OUll-~-~ for the position of the

module in a system unit.

OUll-EA

The OUll-EA is compatible only with the OOll-B unit. This system unit must have the appropriate ECO installed

for correct operation. Slots 2 or 3 are the only slots

which the OUll-EA can use in the DOll-B. To install a

OUll-EA into a OOll-B refer to Drawing O-UA-OUll~-_ for

the position of the modules. INSURE. THAT 0011-8 E.CO :3 IS

INSTALLED IN THE. 00 liB, , ,

Extreme care should be used ~n the rout~ng of the BC~l-W

modem cable. INSTALL JUMPE.RS 202 AND 301 IN M970 ALL OTHER JUMPE.RS OUT.

Power requirements and Unibus loading.

Each ~Ull places one bus load on the Unibus as defined by

the peripherals and interfacing handbook, i.e., one BUS Receiver and 2 BUS Drivers per line.

1.5.2 OUll-OA power rp.quirements

+5V @ 1.8 amps

+15V @ .04 amps

-15V @ .07 amps

1.5.3 OUll-EA power requirements +5V @ 2. I amps

+15V @ .07 amps

-15V @ .2 amps

1.6.0 Environmental Specifications

+lO°C to +50°C with a relative humidity of from 20% to 95% (without condensation).

1.7.~ Preliminary Testing

1.7.1 Voltage Checks

With the DUll plugged into the back panel check the voltages at the following points. A 453 scope should suffice if it's calibrated.

NUIIBER

OUll-~-4

DEC FORM NO DEC 16-(381)-1022-N370

ORA 108 SHEET _5_ Of _9_

- _._---.---

-_._._

•.

_----ENGINEERING SPECIFICATION

-

CONTINUATION SHEET

TITLE

1.7.3 Verification of the Unibus, Bus 0 line drivers

A. Press Halt

B. Press Start to issue CLR in the ~Ull

C. Examine the last DUll register, TXOBUF, (Sel. 6)

The contents should read back as all ones. This

proves that all ~Ull unibus D line drivers turn on.

1.7.4 Verification of Slave Sync inhibit delay

With same loop used in 1.7.2 load the PARCSR address (Sel. 2) into the console SWR.

A. Start the program. With the first scope probe

verify the LD PARCSR one shot at E68l2. This

output should be low for at least 65_NS (Refer Fig. A).

B. Sync on channel one of the scope, with the second

probe verify that BUS SSYN is being inhibited for

at least 35~NS after the rising edge of the LD

PARCSR pulse. (Refer Fig. A)

(Channell)

(Channel 2)

LO PARCSR (E68l2)

SSYN EN (E5905)

Figure A

A ~l __ NS

B is greater than 350NS but less than 1.2

u.s

!)EC fORM NO DEC 16-(381)-1022'-l'lS70

ORA 101

NUIIBER

DU11-.8-4

SHEET _7_ Of _9_

ENGINEERING SPECIFICATION

-

CONTINUATION SHEET

TITLE

*Note:

1. 7.2

IC & Pin E16 _ 1

E16 16

*E12 14

Voltage +5v)+or -250 MV -12V)+or -600 MV

Function TTL & MOS supply MOS & EIA level con-verter supply EIA level converter supply

If W16 is in place, the voltage on E12 14 will be +8V, +lV or -500 MV.

Verification of address recognition logic

With the following test loop the correct operation of the address decoding logic can be verified.

STR: MOV @ tsn, ~

ADD t" (~), execute. the DATI, OATO

JMP @ tSTRI on the DUll adrs logic

STR: 200 13700

177570

62710

000000 137 200

With this loop toggled in at adAres. 200.

A. Load address 200.

B. Place the first register address of the

DUll into the console BWR.

C. Pres~ the start key.

D. With a scope monitor point E6',6 on the M7822, the

following wavefor.a should be Observed. Mote that the

tiaing given aay not be exactly accurate because of

differences ift ayst.aa.

+3V

[&-oF-I·

C

-I

~

A-300llS to 1.5 usec . . 500JlS to 2 usee C-300l1S to 1.5 u.ee

ITl~l

DlC PO . . 110 OK . . , • • t-... .,.

DRA 1(:'

INlET _ , _ OF _ , _

_ I I I I I I

• • •

~

-TITlE

R . . . . t: thi. _ _ ~eced_. for t:M LD . . . one shot, Fig. A

ana dM

uat.at

iafoaMd_ ,1 . . 11 is the _ _ wit:h the

excep-tion of th8

.ttaal' ...

aa4 pin de.ignation ••

A. LHd . . . 210

B. Place ___ tIDIOP addre •• iato the . . . (8el.6).

C. Plaoe abaDe1/8OOpe p~obe on

B' ... .

D. Place c:MImel 2 ecope prGIbe on EStiS.

B. Pruaftart...a verU,t:h. UlIin9 a. per !'iqure A.

1.7.5 Verification of . . . ter . . . . t

r.o.d t i . . . . UC DDU-M, r.fu to the operatill9 in.tructions of

u..

I.k~t:1o . . . 1eet: a84 loop on Te.t fl. Vuify

the -_tptt Of U. ..,.,-Oft. .bift (B64l3). '!'his CMitP'lt

.bou14 ... Uue fO&' ,

ua:.

WhU. t:his out:put is true, sIn

. . (BStIS) ... 14 . . fal . . .

1.8., Te.tift9 wi~ 4i-.neat:ic ••

1.8.1 DUll-DA

1.8.2

With the

le,seC

cable connected to the M782l .adul. and the

opposite 8114 of the cable terllinated by t:he BllS t . . t

connect-or, .tart te.ti ... with DIDU-M. All diagllOstic. fraa DZDU-M

to DIDU-FA ahoull. run in the external Mde. At lea.t 3 pa •• e.

of . . ch 4iawnostic sbould be . . de. This conclude. DU1I-DA teati ... , r . . . the 8315 conftector and plug the

ac...-c

into the

1IacI_.

DUll-M

Starting with DIDU-AA through DIDU-FA, run all diagnostics

with the diagno.tic runnint ift the int.rnal maintenance aode.

At least 3 . . . of each diqno.tic .hould be .... e. Connect

the Berg connector of the -=,l-W into the M97, JaOdule. If

the mod_ is not a Bell 3,] or 3,1, special cables might be

required to connect to the lIOdea. This must be done through

the local office and ia not part of the DUll-EA installation.

If the .ad . . in question i. something other than those cited,

in.tallation te.ting is concluded here.

With the ci~ed .ad . . . , plug the Burndry connector of the

BC,l-W into the SYNC connector of the data set. Thjs concludes DUll-EA testing.

NUMBER

DUll-~-4

DEC FORM NO DEC 16-(311)-1022-N370

[image:6.757.31.722.7.968.2]
(7)

---~----~

ENGINEERING SPECIFICATION

-

CONTINUATION SHEET

TITLE

1.9.0 Systems Test

1.9.1 Using the DECX11 DUll moduleOUA_

I

run all DUll's on the

system.Up to

8

DUll's may be exercised on a system.

At

least 3 passes of each DUll should be made.

2.0

Customer Acceptance

2.1.0 DUII-DA

Customer acceptance is based on the satisfactory conclusion

of Steps 1.8.1 and 1.9.1.

2.1.1

DUI1-EA

Customer acceptance

is

based on the satisfactory conclusion

of Steps 1.8.2 and 1.9.1.

SIZE CODEl

A

SP

NUMBER

DUll-,0-4

I

REV

C

DEC FORM NO DEC 16-(381)-1022-N370

(8)

DIGITAL EQUIPMENT CORPORATION

LEGEND

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REFER TO PINS ON THE B£R6 CONNeCTOR

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PINS oF' iHE CONN EC .,.o~ TO ~

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FIftST USEO

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NOTES:

I. MANUFAC.TUfUW(; SHOULD USE MH:HINE C.RIMPER

TOOl.. JrOR ClaMPING PINS tlTEM#1) MUS: BE

ttn.1 FROM BERG ELECT

2. ONl.V DEC AIIlRT ·,tl009000-O MAY BE

USED AS JI.

3. PlACE lTEM""'S("THIS SIDE

up" STICKER)

ON LETTERED SIDE OF rTEM4F b (BERG

HOUSING) AS

SNOWN.

4

us,

IT~"'.'3 ('tI07302 -II) IkJ TWO PUKes (PH,

PI-7) 10 PRE'VENr SHO~i \~".

S. UK ITEt.\ Kil (910729S-II)mJALL REV,AltJII.JG

SOLt>E"

CUPS TO PREveUi SHORTII\lG.

, DUE It>% TOlEP.AUCE5 WITH DIF'F£REt..lT

\E~DOM, THE HOOC(lrEWI-IJ)MAY VARy

I~J' OUT51DE t>IAMETER CAU51~ FOTEIJTlAL

S~A'\) RELIEf' GRIPPIllG PfIIOBLEWl.SHOVl.D

ntiS COUOITIOftJ BE PRESEtJT U5E ITEJ.II#/4

(""7e~4) AT J'Uu::.TlOtJ OF CABLE MJO HOOD.

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TMIS SCHEMATIC IS 'U •• ".HlO OMLV '011 nST ANO _ .... OWOCl PUIIfOSlS T"'J

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B, 202- SECONDARY TRANSMIT Il RECEIVE DATA L HI

LINES TO EIA PIN 1180 12

C. :301 - ALLOW OPERATION OF RING AND DATA N H2

TERM I NAL READY FUNCTIONS WITH BELL P L I

30:3 SERIES

D. 811 - BELL 811 B RESTRAI~T FUNCTION IS R J2

MONITORED BY SECONDARY RECEIVE S

NI ( ' E. BUSY- BELL 811 B FORCE BUSY FUNCTION ANDED

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References

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