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OPERATING
AND
SERVICE
MANU AL
OPERATION AND MAINTENANCE MANUAL
MODEL 2114B
COMPUTER
VOLUME TWO
lfJ
HEWLETT
PACKARD
HEWLETT
wP
PACKARD
OPERATION AND MAINTENANCE MANUAL
MODEL 2114B
COMPUTER
VOLUME TWO
SERIALS PREFIXED: 942-
NOTE
This manual applies directly to Hewlett-Packard
Model 2114B Computers having serial prefix 942-.
Production or manual changes affecting this and
subsequent prefix numbers will be documented in
updating or backdating supplements. To order
additional copies of this manual, refer to Part
Number 02114-90399.
HEWLETT-PACKARD COMPANY
11000 WOLFE ROAD, CUPERTINO, CALIFORNIA, U.S.A.
OCT 1969
Table of Contents
2114B
TABLE OF CONTENTS
Section
I
II
III
Page
GENERAL INFORMATION
Introduction
1-1.
General Description
1-6.
Computer Assemblies
1-7.
Logic Cards
1-9.
Display Assemblies
1-10.
Backplane Assembly
1-11.
Power Supply
1-12.
4K Core Memory Assembly
1-13.
Panel Controls and Displays
1-14.
Accessories
1-17.
AC Power Cable
1-19.
Extender Card
1-20.
Extender Cable
1-21.
Rack Mounting Kit
1-22.
Binary Loader Program
1-23.
Maintenance Tools and Test Equipment
1-24.
Instrument Serial Numbers
1-27.
Field Office Assistance
1- 32.
1-1
1-2
1-2
1-2
1- 3
1-3
1-3
1-3
1- 3
1-9
1-9
1-9
1-9
1-9
1-9
1-9
1-9
1-10
INSTALLATION
2-1.
General
2-5.
Inspection
2-8.
Installation
2-9.
Power
2-13.
Environment
2-16.
Mounting
2-18.
Performance Check
2-20. Claims
2-22. Repackaging for Shipment
2-23.
Using Original Packaging
2-25.
Using Other Packaging
2-27. Warranty
2-1
2-1
2-1
2-1
2-1
2-1
2-1
2-1
2-2
2-2
2-2
2-2
THEORY
3-1.
3-3.
3-5.
3-7.
3-9.
3-11.
3-13.
3-16.
3-18.
3-20.
3-22.
3-24.
3-1
3-1
3-1
3-1
3-2
3-2
3-2
3-2
3-2
3-2
3-2
3-2
OF OPERATION
Introduction
Overall Operation
Control Function
Basic Timing
Memory Timing
Registers
Control Logic
Arithmetic Function
Accumulators
Computational Registers
Gating
Busses
i
2114B
Table of Contents
TABLE OF CONTENTS
(Continued)
Section
Page
3-26.
3-28.
3-30.
3-32.
3- 34.
3-36.
3- 38.
3-40.
3-42.
3-44.
3-46.
3-48.
3 .. 50.
3-52.
3-54.
IV
Memory
Core Storage
Addressing
Sensing
Inhibiting
Input/Output
Control
Addressing
Interfacing
Power Supply
Primary Regulator
Power Failure Detection
Memory Supply
Logic Supplies
Lamp Supply
MAINTENANCE
Introduction
4-1.
Special Servicing Notes
4- 3.
4 .. 4.
Power Supply Servicing
Maintenance Procedures
4-8.
Cleaning
4-10.
Filters
4-11.
Dusting
4-12.
Inspection
4-13~
Supply Voltages
4-16.
Proximity
Switches
4-19.
4 .. 21.
Performance Test
4 26.
Adjustments
Primary Regulator Adjustment
4-28.
+20 Volt Memory Supply Adjustment
4"30.
Power
Failure Threshold Adjustment
4-33.
4 .. 36.
Front Panel Bias and Null Adjustment
4-39. Repair Instructions
Trouble Analysis
4-40.
Component Testing
4-43.
Component Replacement
4-46.
0
V
DIAGNOSTICS
5-1.
Introduction
5-7.
Pretest Checkout
5-9.
Basic Binary Loader
5-10.
Description
5-12.
Storage
5-14.
Program Instructions
5-16.
Entering Instructions
5-18.
Verification
3-3
3-3
3-3
3-3
3-3
3- 3
3-3
3-3
3-3
3-3
3-3
3-4
3-4
3-4
3-4
4-1
4-1
4-1
4-3
4-3
4-3
4-3
4-3
4-3
4-4
4-4
4-4
4-5
4-5
4-5
4-6
4-7
4-7
4-7
4-9
5-1
5-1
5-3
5-3
5-3
5-3
5-3
5-3
ii
2114B
Table of Contents
TABLE OF CONTENTS
(Continued)
Section
Page
5-20.
5-22.
5-23.
5-24.
5-26.
5-28.
5-29.
5"31.
5 .. 33.
5"34 ..
5-35.
5"36.
5"37.
5 .. 38.
5 .. 41.
5-45.
5-470
5 .. 48.
5 .. 50.
5 .. 520
5 .. 530
5-540
5 .. 55.
5 .. 56.
5 .. 58.
5-62.
5 .. 64.
5"'66.
5 .. 670
5 .. 69.
5 .. 71.
5"72.
5-73.
5 .. 74.
5"75.
5-77.
5"84.
5 .. 86.
5-88.
5- 89.
5-910
5 .. 930
5-94.
5-95 ..
5-96.
5"97.
Tape Loading Procedures and Options
Punched Tape Reader
Teleprinter
Halts
Program Listings
Alter-Skip Instruction Test
Scope
Storage
Execution
Initialization
Loading
Run
Execution Errors
Description
Examples
Program Listing
Nemory Reference Instruction Test
Scope
Storage
Execution
Initialization
Loading
Run
Execution Errors
Description
Examples
Program Diagram and Listing
Shift-Rotate Instruction Test
Scope
Storage
Execution
Initialization
Loading
Run
Execution Errors
Description
Examples
Program Diagram and Listing
Nemory Address Tests
Scope
Storage
Exeqution
Initialization
Loading
Run
Execution Errors
5-4
5 .. 4
5-4
5 .. 4
5-4
5 .. 5
5 .. 5
5 .. 5
5-5
5-5
5 .. 6
5-6
5-6
5 .. 6
5 .. 6
5 .. 7
5 .. 7
5 .. 7
5 .. 7
5 .. 8
5 .. 8
5 .. 8
5 .. 8
5"8
5 .. 9
5 .. 9
5 .. 10
5 .. 10
5 .. 10
5 .. 10
5 .. 10
5 .. 10
5 .. 10
5 .. 10
5 .. 10
5 .. 13
5 .. 13
5-14
5 ... 14
5 .. 14
5 .. 14
5 .. 14
5 .. 14
5 .. 14
5 .. 14
5 .. 14
iii
2114B
Table of Contents
TABLE OF CONTENTS
(Continued)
Section
Page
Description
5-98.
Program Diagram and Listing
5-100.
5-102. Memory Checkerboard Tests
Scope
5-103.
Storage
5-105.
Execution
5-107.
Initialization
5-108.
Loading
5-109.
Run
5-110.
Execution Errors
5-111.
Description
5-113.
Program Diagram and Listing
5-115.
5-117. Interrupt Test
5-119. Summary of Test Instructions
VI
VII
MAINTENANCE DATA
6-1.
Introduction
6-3.
Abbreviations and Mnemonics
6-8.
Equations
6-11.
Interconnections and Wiring Data
6-12.
Interconnection Diagram
6-13.
Backplane Wiring List
6-17.
Wiring Diagram
6-18.
Schematic Diagrams
6-22.
Parts Information
6-24.
Part Location Diagrams
6-25.
Reference Designation Indexes
6-26.
Replaceable Parts Table
6-27.
Ordering Instructions
REPLACEABLE PARTS
7-1.
Introduction
7-5.
Ordering Information
5-14
5-14
5-14
5-14
5-18
5-18
5-18
5-18
5-18
5-18
5-18
5-20
5"20
5-20
6-1
6-1
6-1
6-1
6-1
6 .. 1
6-2
6-2
6-2
6-2
6-2
6-2
6-3
7-1
7-1
iv
Table of Contents
2114B
LIST OF ILLUSTRATIONS
Figure
1 .. 10
1-2 ..
1-30
1"40
1.. 50
1 .. 60
1"'70
3 .. 10
3 ... 20
3- 30
3 .. 40
3 .. 50
3-60
Title
Page
Hewlett-Packard Model 2114B Computer
Simplified Block Diagram Showing the Major Functions
of the 2114B Computer
Major Computer Assemblies
Typical Computer Logic Card
Computer Front Panel Showing the Location of Operating
Controls and Indicators
Computer Front Panel in Open Position Showing the
Location of Protected Switches
Top View of Computer Showing the Location of Power
Supply Adjustments
Rear View of Computer Showing Maintenance Featu~es
Computer Accessories
1-1
1-2
1-3
1-4
1-4
1-5
1-5
1-8
1-9
Computer Configured for 230V ac
2-1
Computer Block Diagram
Control Block Diagram
Arithmetic Block Diagram
Memory Block Diagram
I/O Block Diagram
Power Supply Block Diagram
3-1
3-2
3-2
Isolation of the Computer Power Supply
Adjustment and Test Point Locations for the Front
Panel Display Board (02114-6009)
4-2
3 .. 3
3-3
3-4
4-8
5-1 ..
5"20
5" 30
5"'4
Memory Reference Instruction Test, Functional Diagram
Shift"Rotate Instruction Test, Functional Diagram
Memory Address Test, Functional Diagram
Memory Checkerboard Test, Functional Diagram
S-11
6"10
6"'20
6 .. 30
Overall Interconnection Diagram
Top View of Computer Showing Assembly Locations
Partial Bottom View of Computer Showing Backplane
Assembly (02114-6022) and Chassis Mounted Parts,
Part Location and Wiring Diagram
Driver/Switch Card (02114 a 60427),Part Location
Diagram
Driv,er/Switch Card (02114-60427},Schematic Diagram
Inhibit Driver Card (02114-60429),Part Location
Diagram
Inhibit Driver Card (02114-60429),Schematic Diagram
Sense Amplifier Card (02114-6005), Part Location
Diagram
Sense Amplifier Card (02114"6005), Schematic Diagram
Arithmetic Logic Card (02114-60424),Part Location
Diagram
6-20
6-28
0
6 .. 40
6 .. 5 ..
6 .. 60
6"70
6"8.
5-15
5-17
5-19
6-39
6-40
6-41
6-42
6-43
6-44
6-45
6 .. 46
v
2114B
Table of Contents
LIST OF ILLUSTRATIONS
Figure
6-11.
6-12.
6-13.
6-14.
6-15.
6-16.
6-17.
6-18.
6-19.
(Continued)
Title
Arithmetic Logic Card (02114-60424),Schematic
Diagram
Timing Generator Card (02114-60426),Part Location
Diagram
Timing Generator Card (02114-60426),Schematic
Diagram
Instruction Decoder Card (02114-60425),Part
Location Diagram
Instruction Decoder Card (02114-60425),Schematic
Diagram
Shift Logic Card (02114-6003), Part Location
Diagram
Shift Logic Card (02114-6003), Schematic Diagram
Display Board (02114-6009), Part Location Diagram
Display Board (02114-6009), Schematic Diagram
Page
6-47
6-48
6-49
6-50
6-51
6-52
6-53
6-54
6-55
6-20.
6-21.
6-22.
6-23.
6-24.
6-25.
6-26.
Display Board Cable Assembly (02114-6016), Wiring
Index and Part Location Diagram
Capacitor Board (02114-6013), Part Location
Diagram
Capacitor Board (02114-6013) and Transformer T1,
Part Location and Wiring Diagram
Heat Sink Assembly, Part Location and Wiring Diagram
Regulator Card (02114-6010), Part Location Diagram
Rear Panel Assembly (02114-0009), Part Location
Diagram and Wiring Diagram
Power Supply Assembly (02114-6020), Schematic Diagram
6-58
6-60
6-61
6-63
6-65
6-66
6-67
vi
Table of Contents
2114B
LIST OF TABLES
)
Page
1-4.
l-lajor Computer Assemblies
Location and Description of Controls and Indicators
Location and Description of Computer Maintenance
Features
Recommended Test Equipment
4-1.
Supply Voltages
4-4
5-1.
5-2.
State of Front Panel Indicators After Power Turn-on
Absolute Instructions for Use with 2752A Teleprinter
(Serial)
Absolute Instructions for Use with 2752A Teleprinter
(Parallel), or 2737A Punched Tape Unit
Punched Tape Reader Loading Options
Loading Halts
Alter-Skip Program Module Locations
Memory Reference Instruction Test (Basic Portion),
Error Halt Indications
Memory Reference Instruction Test (Extended Portion),
Module Locations and Test Functions
Memory Reference Interactive Module Locations
and Tests
Shift-Rotate Instruction Test (Basic Portion)
Error Halts
Shift-Rotate Group Test Sections
Shift-Rotate Group Special Test Octal Codes
Shift-Rotate Group Special Test Error Halts
Summary of Test Instructions
5-2
1-1.
1-2.
1- 3.
5- 3.
5-4.
5-5.
5-6.
5-7.
5-8.
5-9.
)
Title
Table
5-10.
5-11.
5-12.
5-13.
5-14.
6-1.
6-2.
6- 3.
6-4.
6-5.
6-6.
6-7.
6-8.
6-9.
6-10.
Signal Index
Backplane Wiring List
Logic Equations
Backplane Assembly (02114-6022) and Chassis Mounted
Parts, Reference Designation Index
Driver/Switch Card (02114-60427) ,Reference Designation Index
Inhibit Driver Card (02114-60L~29),Reference Designation Index
Sense Amplifier Card (02114-6005), Reference
Designation Index
Arithmetic Logic Card {02114-60424),Reference
Designation Index
Timing Generator Card (02114-60426),Reference
Designation Index
Instruction Decoder Card (02114-6042S),Reference
Designation Index
1- 3
1-6
1- 8
1-10
5-3
5-3
5-4
5-5
5- 8
5-9
5-9
5-9
5-10
5-13
5-13
5-15
5-20
6-3
6-21
6-29
6-38
6-40
6-42
6-44
6-46
6-48
6-50
)
vii
2114B
Table of Contents
LIST OF TABLES
(Continued)
Table
Title
6-11.
Shift Logic Card (02114-6003), Reference Designation
Index
Display Board (02114-6009), Reference Designation
Index
Power Supply Assembly (02114-6020), Overall
Reference Designation Index
Capacitor Board (02114-6013), Reference Designation
Index
Heat Sink Assembly, Reference Designation Index
Regulator Card (02114-6010), Reference Designation
Index
6-12.
6-13.
6-14.
6-15.
6-16.
7 .. 1.
7-2.
7- 3 ..
Page
6-52
6"54
6 .. 59
6-60
6 .. 62
6 .. 64
Reference Designations and Abbreviations
Replaceable Parts
Code List of Manufacturers
viii
Table of Contents
2114B
APPENDIX A
Paragraph
A-1o
A- 3 ..
A-S.
A-7.
A.. 9.
A-11.
A-13.
A-1S.
A-17.
A-19.
A-21.
A-23.
A.. 26.
A.. 28.
A"'31.
A"'33.
A"'3S.
A"'37.
General Classifications
Inversion
Gates
AND Gate
OR Gate
NAND Gate
NOR Gate
Expander Gates
Regenerative Switching Elements
Flip"Flops
R.. S Flip .. Flop
R-S Flip .. Flop with Clock
JoK FlipaFIOp
Toggle Flip=Flop
Latching Flip .. Flop
Delay Flip"'Flop
Gate Flip"Flop
Amplifiers
A .. 2,.
A-3 ..
A .. 4"
A-S.
A=6 o
A-7.
A-S.
A-9.
A-10.
A-11 •
A.. 12o
A-13.
A-14.
A-1S.
A-16o
A-17.
A.. 1S.
A-19.
A-20.
A-21.
A .. 22.
A-23.
A-24.
A-2S.
A-26.
A-27.
A-1
A .. 1
A-1
A-2
A-2
A-3
A-3
A-4
A-S
A-S
A .. 6
A-6
A-7
A" a
A" 9
A-9
A.,10
A"'10
Page
Figures
A=1o
Page
Gate Symbols
Three Input 4GAND" Gate
Three Input GGOR'? Gate
Three Input "NAND" Gate
Three Input • 'NOR' , Gate
Simplified Expander Gate Presentation
Actual Expander Gate Configuration
Switching Element
Flip-Flop (General)
R-S Flip .. Flop
R-S Flip-Flop with Clock
Clocked R-S Flip-Flop Switching Waveforms
R-S Flip-Flop with an Inverted Clock
Waveforms for R"S Flip-Flop with an Inverted Block
J-K Flip .. Flop
Toggle Flip-Flop
Toggle Flip-Flop Switching Waveforms
Toggle Flip-Flop with an Inverted Clock
Switching Waveforms for Toggle Flip-Flop with an
Inverted Block
Latching FlipaFlop
Latching Flip-Flop Waveforms
Delay Flip-Flop
Delay Flip-Flop Switching Waveforms
Gated Flip-Flop
Amplifier Symbol
Differential Amplifier
Microcircuit Diagrams
A=1
A .. 2
A.. 2
A .. 3
A.. 3
A ... 4
A.. 4
A-S
A .. 6
A.. 6
A.. 7
A-7
A .. 7
A.. 7
A-a
A-a
A"'8
A"9
A-9
A-9
A .. 9
A .. 10
A .. 10
A-10
A-11
A .. 11
A-12
ix
2114B
Table of Contents
APPENDIX A
(Continued)
Page
Tables
A-1.
A-2.
A-3.
A-4.
A-5.
A-6.
A-7.
Truth Table for Three Input "AND' , Gate
Truth Table for Three Input ' 'OR' , Gate
Truth Table for Three Input ' 'NAl.'JD' , Gate
Truth Table for Three Input "NOR' , Gate
Truth Table for R"S Flip-Flop
Truth Table for Clocked J-K Flip-Flop
Microcircuit Characteristics
A-2
A-2
A-3
A-3
A-6
A-8
A-16
APPENDIX B
x
2114B
Section I
SECTION I
GENERAL INFORMATION
1-1.
is essential to using and understanding the instructions
presented.
INTRODUCTION.
1-2.
Volume Two is the second in a series of three
pUblications that document the Hewlett-Packard Model
2114B Computer (Figure 1-1). This volume contains detailed descriptions, instructions, and diagrams applicable to
installation, maintenance, troubleshooting, and repair.
Unless otherwise noted, or to the extent specified in future
updating or backdating supplements, this pUblication is
applicable to HP 2114B Computers having serial number
prefix 930- and subsequent.
1-3.
The information in Volume Two is intended for
users who have been trained in, or are familiar with, the
operation and maintenance of this or similar Computers in
the Hewlett-Packard line. A thorough understanding of the
information presented in the Specifications and Basic Operation manual, Volume One in this series of publications,
1-4.
The purpose of Volume Two is twofold: first it
provides general information, installation instructions, and
overall maintenance data for the Computer and its accessory items; second it provides testing, troubleshooting, and
repair instructions for major functional areas within tie
Computer (see Figure 1-2). These are the Central Processor,
the Memory System, the Timing System, the Control Display System, and the Power Supply. The Input/Output
System is documented separately in the Input/Output
System Operation manual, Volume Three in this series of
publications. Computer options are documented in separate
manuals that supplement the information given in Volume
Two and Three, as applicable.
1-5.
The Sections and Appendixes of Volume Two
contain the following information:
aDa_.aa aa
Figure 1-1. Hewlett-Packard Model 2114B Computer
1-1
2114B
Section I
MEMORY
VOLUME TWO
AND PROCESSOR
OPTION SUPPLEMENTS
VOLUME
ONE
ARITHMETIC
CONTROL
POWER
INPUT/OUTPUT
\~
~
________________
f
}
VOLUME THREE AND
INPUT /OUTPUT
OPTION SUPPLEMENTS
__________________JI
V
~
EXTERNAL DEVICES
2039-9
Figure 1-2.
Simplified Block Diagram Showing Major Functions of the 2114B Computer
a. Section I, General Information: Section I contains
information for users requiring an overall knowledge of the
physical and functional makeup of the Computer. Included
are a general description, a brief functional description, and
a list of recommended test equipment and tools for
maintenance, troubleshooting, and repair.
b. Section II, Installation: Section II contains unpacking and handling procedures, primary power data,
inspection and test procedures, and other information
required during installation of the Computer.
c. Section III, Theory of Operation: Section III describes the principles of operation of the Control, Arithmetic, Memory, and Input/Output functions and the Power
Supply.
f. Section VI, Maintenance Documentation:
Maintenance data consists of schematic diagrams, part
location diagrams, wiring data, logic equations, parts descriptions, signal indexes, and other essential data required
during testing, troubleshooting, maintenance and repair.
g. Section VII, Replaceable Parts: Section VII contains
a list of replaceable parts together with the manufacturer,
manufacturers part number, and total quantity listings for
each part.
h. Appendix A: Appendix A provides diagrams and
data for microcircuit packs, integrated circuits, and other
mdular components used within the Computer.
1-6.
GENERAL DESCRIPTION.
1-7.
COMPUTER ASSEMBLIES.
d. Section IV, Maintenance: Section IV contains
special servicing 'information, preventive maintenance
schedules and procedures, and adjustment procedures.
1-8.
The major assemblies that make up the Computer
are shown in Figure 1-3. Important features are listed in
Table 1-1, and described in Paragraphs 1-9 through 1-13.
e. Section V, Diagnostics: Section V contains step·
by-step procedures for checking the operation of the
Computer. Instructions for using the test tapes are
included. The results of these tests form the basis of
troubleshooting procedures. Listings of the diagnostic tests
are provided.
PLUG-IN CARDS. Assemblies with reference desig1-9.
nators A1 through A15 make up the main portion of the
Computer's logic circuits. Each assembly is located on a
separate printed circuit card which fits into the Computer's
card cage. A typical logic card is shown in Figure 1-4.
1-2
Section I
2114B
Table 1·1. Major CompuLer Assemblies
REFERENCE
DISPLAY
CABLE
TOP VIEW
(TOP f'ANEL AND POWER SUPPLY COVER REMOVEDt
2039-tQA
ASSEMBLY
QUANTITY
AI, A2
02114·60427
2
Driver Switch Card
A3
02114·60429
1
Inhibit Driver Card
A6
02114·6005
1
Sense Amplifier Card
A8,A9,AlO,A11
02114·60424
4
Arithmetic Logic Card
A12
02114·60426
1
Timing Generator Card
A13
02114·60425
1
Instruction Decoder Card
A14
02114·6003
1
Shift Logic Control
A15
02114·6007
1
110 Control Card
A24
02114·6009
1
Display Board
A25
02114·6016
1
Display Cable
A400
02115·6042
1
4K Core Memory Assembly
-
02114·60391
1
Backplane Assembly
-
02114·6020
1
Power Supply Assembly
1
Capacitor Board Assembly
1
Heat Sink Assembly
A300
A301
02114·6013
NOMENCLATURE
QI$PI..AY
CABLE
1-10.
DISPLAY ASSEMBLIES. The Display board ia a
printed circuit board mounted on the inside of the Computer front panel. The Display board contains driver
circuits for the fronL panel lamps, and the sensing as·
semblies for the S·Register. The Display cable links the
Display board with the Computer's logic cards.
FRONT VIEW
(PANEL
OPE~1
BACKPLANE ASSEMBLY. The Computer Back1-11.
plane assembly is located beneath the card cage and is
accessed by removing the Computer's bottom protective
cover. The Backplane contains power suppiy bussing and
interconnecting circuitry for the plug-in cards in the card
cage.
POWER SUPPLY. The Computer power supply
1-12.
provides regulated DC voltages to the logic circuits, in·
dicator lamps and other computer circuitry.
1-13., 4K CORE MEMORY ASSEMBLY. The Core
Memory assembly is located behind the card cage on the
left side of the Computer. The core stack makes up the
Computer's memory storage.
1-14.
PANEL CONTROLS AND DISPLAYS.
1-15.
The locations of the various panel controls and
indicator displays are shown in Figures 1-5 through 1-7.
Each control and indicator together with a short des·
cription is given in Table 1·2.
BOTTOM VIEW (PANEL REMOvED)
Figure 1-3. Major Computer Assemblies
1-16.
Major Computer maintenance features for adjustment and servicing are shown in Figures 1-7 and 1-8. Each
major feature together with a short description is given in
Table 1-3.
1-3
Section I
2114B
ASSEMBLY NUMBER AND
BOARD REVISION
0211 4-60400
IT4DII C932·22
~
MC12
~ ~
48 PIN
CONNECTOR
A
B
C
~
COMPONENT
SIDE
1
2
3
B6PIN
CONNECTOR
~ ~~
COMPONENT
SIDE
1
2
4
3
5
6
35
37
38
a3
1M
~ ~
~ ~
~
~ ~
OMIT
G,I,O,Q
~
36
~
INTEGRATED CIRCUITS ARE
NUMBERED IN ROW AND
COLUMN ORDER
~
Z
AA
23
24
BB
BACK
SIDE
~
I
MC1021
I MC1031
~
I MC10s1
L!:iC 106
I I MC1071
~ ~ ~
85
86
BACK
SIDE
2018-11
Figure 1-4.
Typical Computer Logic Card
18
17
16
13
12
15
10
2039-12
5
6
7
Figure 1-5. Computer Front Panel Showing the Location of Operating Controls and Indicators
1-4
Section I
2114B
j
-~
19
29
2039-13
Figure 1-6. Computer Front Panel in Open Position Showing the Location of Protected Switches
2039-14
Figure 1-7.
Top View of Computer Showing the Location of Power Supply Adjustments
1-5
Section I
2114B
Table 1·2. Location and Description of Controls and Indicators
REFERENCE
DESIGNATION
MARKING
1,
Fig. 1-5
A2451
PRESET
Capacitance Actuated Proximity Presets the Computer to the Fetch
phase. Turns off Computer I/O Systems.
Switch
Clears Control and sets Flag bits.
2,
Fig.1-5
A2452
RUN
Capacitance Actuated Proximity Starts operation at current state of the
computer. Switch is lit when a program
Switch
is running. When the light is on all front
panel switches except HALT, and
CLEAR REGISTER are disabled.
3,
Fig.1·5
A2453
HALT
Capacitance Actuated Proximity Stops Computer operation at the end of
Switch
the current phase. When the Computer
is halted, the HALT switch is lit and all
front·panel controls are enabled.
4,
Fig.1·5
A2454
LOAD
Capacitance Actuated Proximity Used with PRESET to load absolute
Switch
binary tapes by accessing the Computer's
Binary Loader program.
5,
Fig.1·5
A2455
LOAD
MEMORY
Capacitance Actuated Proximity Stores contents of S-Register into memory location specified by M-Register
Switch
contents.
6,
Fig.1·5
A2456
LOAD
ADDRESS
Capacitance Actuated Proximity Stores contents of S·Register in P- and
Switch
M-Registers.
7,
Fig.1·5
A2475
DISPLAY
MEMORY
Capacitance Actuated Proximity Displays in the T-Register the contents
Switch
of the memory location specified by the
M-Register.
8,
Fig.1-5
A2458
SINGLE
CYCLE
Capacitance Actuated Proximity Executes one machine cycle each time
Switch
the switch is pressed.
9,
Fig.1-5
A2459
CLEAR
REGISTER
Capacitance Actuated Proximity Resets S·Register to "zero".
Switch
10,
Fig.1·5
A24516·
A24531
SWITCH
REGISTER
Capacitance Actuated Proximity Used to enter data manually into the
Switch
Computer or to output data under
program controL
11,
Fig.1-5
A24DS12
FETCH
Indicatcr Lamp
Lights when Computer is in the Fetch
phase.
12,
Fig.1-5
A24DS13
INDIRECT
Indicator Lamp
Lights when Computer is in the Indirect
phase.
13,
Fig. 1-5
A24DS14
EXECUTE
Indicator Lamp
Lights when Computer is in the Execute
phase.
14,
Fig.1·5
A24DSll
OVERFLOW
Indicator Lamp
Lights when the Computer's Overflow
flip flop is set.
15,
Fig.1·5
A24DS10
EXTEND
Indicator Lamp
Lights when the Computer's Extend flip
flop is set.
16, Fig.1-5
A24DS15
PARITY
Indicator Lamp
Lights when a parity error is detected.
REFERENCE
CALLOUT
1-6
DESCRIPTION
USE
2114B
Section I
REFERENCE
CALLOUT
REFERENCE
DESIGNATION
17,
Fig.1-5
A24DS32-
MEMORY
ADDRESS
Indicator Lamp
Displays contents of the M-Register_
18,
Fig. 1-5
A24DS48A24DS63
MEMORY
DATA
Indicator Lamp
Displays contents of the T-Register
Sl
POWER
Toggle Switch
Main power switch.
20,
Fig.1-6
A24DS10
MEMORY
Slide Switch
Turns memory off. Makes memory
locations appear as NOP instructions.
21,
Fig. 1-6
A24DSll
PHASE
Slide Switch
Causes Computer to remain in the phase
present at the time the switch was set.
22,
Fig.1-S
A24DS12
SINGLE
INSTRUCTION
Slide Switch
Prevents the P-Register from being incremented, causing the same instruction
to be executed over and over.
23,
Fig.1·6
A24DS13
LOADER
ENABLE
Slide Switch
In the "ON" position, allows access to
the protected area in memory where the
Binary Loader program is stored.
24,
Fig.1-S
A24DS14
LAMP
TEST
Slide Switch
Test front panel lamps.
25,
Fig.1·6
A24DS15
CONSOLE
LOCK
Slide Switch
Inhibits the operation of the front panel
controls
26,
Fig. 1-'1
A302R27
PRIMARY
REGULATOR
Variable Resistor
Used to adjust the transformer primary
voltage and hence the voltages of the
logic supplies.
27,
Fig. 1-7
A302R42
POWER FAIL
THRESHOLD
Variable Resistor
Used to adjust the voltage level at which
a power failure is detected.
28,
Fig. 1-'1
A302R36
20V
MEMORY
SUPPLY
Variable Resistor
Used to adjust +20 volt Memory supply.
19, Fig. 1-6
MARKING
DESCRIPTION
USE
1-7
2114B
Section I
Table 1-3_ Location and Description of Computer Maintenance Features.
REFERENCE
CALLOUT
REFERENCE
DESIGNATION
MARKING
29, Fig.1-6
F1
F1
Fuse
Main power fuse
30, Fig.1-S
J1
-
Power Connector
Power Receptacle
31, Fig.l-S
-
-2
Test Jack
-2 volt supply test point
32, Fig.l-S
-
-12
Test Jack
-12 volt supply test point
33, Fig.l-S
-
+5
Test Jack
+5 volt supply test point
34, Fig.l-S
-
+12
Test Jack
+12 volt supply test point
35, Fig.l-S
-
+20
Test Jack
+20 volt supply test point
36, Fig.l-S
-
+30
Test Jack
+30 volt supply test point
37, Fig.1-8
-
GND
Test Jack
Reference supply test point
3S, Fig.1-S
-
-
Metal Mesh Air Filter
Filters Air for Cooling
39, Fig.l-S
-
-
Metal Mesh Air Filer
Filters Air for cooling
40, Fig.l-S
-
-
Serial Identification Decal
Used to determine manual effectivity.
DESCRIPTION
USE
39
38
/
37
36
2039-15
1-8
Figure 1-8. Rear View of Computer Showing Maintenance Features
Section I
2114B
1-17.
ACCESSORIES.
1-24.
MAINTENANCE TOOLS
EQUIPMENT.
1-18.
Basic accessories for the 2114B Computer are
shown in Figure 1-9. Accessories include an ac power cable,
an extender cable, an extender card, and a rack mounting
kit. Also included is a punched tape program for loading
binary programs.
AND
TEST
1-25.
The tools and test equipment recommended for
the maintenance, testing, troubleshooting and repair are
listed in Table 1-4. Unless otherwise noted, tools or test
equipment equivalent to that specified (see critical specifications in Table 1·4) may be substituted.
1-19.
AC POWER CABLE. The AC power cable is a
heavy duty cable with a standard 3-prong connector (two
power, one grounding).
1-26.
For the use of specific test equipment and test
procesures see Section IV, Maintenance.
1-20.
EXTENDER CARD. The extender card allows the
logic cards in the main card cage assembly to be extended
out beyond the card cage for testing and troubleshooting.
1-27.
INSTRUMENT SERIAL NUMBERS.
1-28.
Each Computer is identified by an eight-digit
(000-00000) serial number on the rear panel (see Figure
1-8). The first three digits are a serial prefix number used to
document instrument changes. If this prefix number on the
Computer does not agree with the prefix number given on
the title page of the two hardware manuals (Volumes Two
and Three), look for manual changes information
accompanying each volume.
1·21.
EXTENDER CABLE. The extender cable allows
the logic cards having a connector cable attached to their
4S'pin connector (memory and arithmetic logic cards) to be
used with the extender card.
1·22.
RACK MOUNTING KIT. The rack mounting kit
allows the Computer to be mounted in a standard 19·inch
equipment rack.
1-29.
Each printed circuit assembly in the Computer has
printed on it an assembly week-date code or logo similar to
that shown in Figure 1-4. The first letter is the revision of
the assembly drawing used to manufacture the assembly.
The three center numbers form a date code used to identify
any circuit changes that may have been made in the assembly.
1·23.
TAPE LOADING INSTRUCTIONS. Instruction
sheet, encased in clear plastic, used to load binary tapes
into the Computer.
5060-2267
AC POWER CABLE
0211506047
EXTENDER CABLE
\
EXTENDER BOARD
RACK MOUNT KIT
02116-6040
5060-0179
2039-24
NOT SHOWN: BINARY TAPE LOADING INSTRUCTIONS
Figure 1·9. Computer Accessories
1·9
Section I
2114B
Table 1-4. Recommended Test Equipment
INSTRUMENT
CRITICAL SPECIFICATIONS
RECOMMENDED HP MODEL
Dual Trace Oscilloscope
Rise time ~ 10 nsecs.
HP 180A (HP 1801 vert amp,
HP 1820A Time base, HP
10004A probes)
Voltmeter
Accuracy: ± 1% of full scale
Input Impedance: 10 Megohms minimum
Ranges: ± 1 volt to ±50 volts
HP 412A, HP 3430A
Multimeter
Accuracy: ±3% of full scale
Range: ±1 volt to ±50 volts
HP427A
Logic Probe*
Indication: logic high> +1.4 volts
HP 10525A
Isolation Transformer
115:115 volt, 800 volt-amp capacity
(for 60 Hz operation only, 550 volt-amp
capacity will be adequate).
Variable Autotransformer
50/60 Hz. 7 amp capacity, 115-80
volts metered.
*Optional.
1-30.
Factory and field assembly changes or modifications to the Computer are covered in updating supplements to the hardware manuals. When an updating
change has been made to an assembly, there will normally
be a corresponding change in the assembly's week date
code.
changes that are made to the manual to make it compatible
with a later version of the Computer.
1-31.
Documentation changes are covered by manual
updating supplements. The updating supplement covers any
1-33.
Should you require assistance, contact your
nearest Hewlett-Packard field service office.
1-10
1-32.
FIELD OFFICE ASSISTANCE.
Section II
2114B
SECTION II
INSTALLATION
2·1.
GENERAl.
2·2.
This section contains information for inspecting,
setting up, and making a preliminary performance test of
the Computer. Included are procedures claims and repack·
aging for shipment.
2·3.
Under Paragraph 2·8, information regarding prep·
aration of the Computer for use will be given. This
information includes power requirements, cooling consider·
ations and rack mounting.
TpRt:~~O~~~~
.-__----,
8120-0078
230Vt±tO'Yo)
50-60 Hz
800 WATT
PRIMARY POWER SOURCE
2039-16
Figure 2·1. Computer Configured for 230V ac
2·4.
The preliminary check out procedure given in
Paragraph 2·18 verifies that the Computer is functioning
properly and that programs may be loaded and executed.
The Computer Supply voltage may also need adjustment
after installation of option 15. For adjustment information
refer to Section IV, Maintenance.
2·5.
2·13.
INSPECTION.
2·6.
If external damage to the shipping carton is evi·
dent, ask the carrier's agent to be present when the instru·
ment is unpacked. Check the instrument for external
damage such as broken controls or connectors, and dents or
scratches on the panel surface. If damage is evident, refer to
Paragraph 2·20 for recommended claim procedure and reo
packaging information.
2·7.
If the shipping carton is not damaged, check the
cushioning material and note any signs of sever stress as an
indication of rough handling in transit. If the instrument
appears undamaged, check for all supplied accessories, then
complete the electrical performance check (Paragraph
2·18).
2·8.
INSTALLATION.
2·9.
POWER.
2·10.
The Computer requires a line voltage of 115 vac (7
amp.) ± 10%, with a line frequency of 50 to 60 Hz. For
operationJrom a 230 vac source refer to Paragraph 2-12.
The main unit power consumption is 500 watts, with the
maximum loading by plug·in options the power consump·
tion is 800 watts.
2·11.
Before connecting the Computer power cord to
the supply voltage make sure that the Computer power
switch is in the "OFF" position.
2·12.
If the Computer has been ordered with option 15
enabling it to operate from a 230 vac source, a step down
transformer, HP Part No. 9100·1240, and its power cord,
HP Part No. 8120·0078, should be included with the Com·
puter. The stepdown transformer and its power cable
should then be connected as shown in Figure 2·1. If the
available line voltage is subject to fluctuation it may be
necessary to adjust the Computer's power fail threshold.
ENVIRONMEN'l'.
2.14.
The 2114B Computer is designed to operate in a
temperature range .of from lOoC to 40°C (50°F to 104°F),
and to a relative humidity of 80% at 40°C.
2.15.
In order to maintain proper cooling a minimum of
two inches of rear and side clearance between the Com·
puter and any obstruction to the air flow should be
maintained.
2·16.
MOUNTING.
The Computer is designed for either bench instal.
2·17.
lation or mounting in a standard 19-inch rack. To mount
the Computer in a rack, follow the instructions contained
in the rack mounting kit (HP Part No. 5060-0779) fur·
nished with the Computer. All necessary hardware is
furnished as part of the rack mounting kit.
2·18.
PERFORMANCE CHECK.
2·19.
The performance eheck consists of two parts. The
first part is a pretest check out of the Computer's controls
and program loading capability. The second part of the
performance test is the Computer diagnostic program. In·
structions for both the preliminary and diagnostic tests are
given in Section V, Diagnostics.
2·20.
CLAIMS.
2·21:
If the instrument is damaged or fails to meet
specifications, notify the carrier and the nearest Hewlett·
Packard Field Office immediately. (Field Offices are listed
at the back of this manua1.) Retain the shipping container
and the padding material for the carrier's inspection. The
Hewlett·Packard Field Office will arrange for the repair or
replacement of the damaged instrument without waiting for
any claims against the carrier to be settled.
2·1
2114B
Section II
2·22.
REPACKAGING FOR SHIPMENT.
2·23.
USING ORIGINAL PACKAGING.
2·24.
The same containers and materials used in factory
packaging can be used to return the Computer to Hewlett·
Packard for servicing (containers and packing materials may
be obtained from Hewlett·Packard Field Offices). Attach a
tag indicating the type of service required, return address,
model number and fuIl serial number. Also mark the
container FRAGILE to assure careful handling. In any
correspondence, refer to the Computer by model number
and fuIl serial number.
2·25.
b. Use a strong shipping container. A double·waIl
carton made of 350 pound test material is adequate.
c. Use enough shock absorbing material (3· to 4·inch
layer) around all sides of the instrument to provide firm
cushion and prevent movement inside the container. Pro·
tect the control panel with cardboard.
d. Seal the shipping container securely, and mark it
FRAGILE to assure careful handling.
e. In any correspondence refer to the instrument by
model numher and full serial number.
USING OTHER PACKAGING.
2·27.
2·26.
The foIl owing general instructions should be used
when repackaging with commerciaIly available materials:
a. Wrap the Computer in heavy paper or plastic.
(Attach a tag indicating the type of service required, the
return address, model number, and fuIl serial number.)
2·2
WARRANTY.
2·28.
Terms of the warranty on the 2114B Computer
and all supplied accessories are described in the warranty on
the inside front cover of this manual. For any additional
information concerning warranty, contact the nearest
Hewlett·Packard Field Office listed at the rear of this
manual.
Section III
2114B
SECTION III
THEORY OF OPERATION
CONTROL FUNCTION.
3·2.
This section contains an explanation of the operation of the computer. The explanation is on a block
diagram level with a brief discussion of the operation of
major computer functions.
3·5.
a·6.
The control function (Figure 3-2) is made up of
basic timing, memory timing, registers and control logic.
The control function maintains an orderly sequence of
operations in the computer through timing and control
signals.
3·3.
3·7.
BASIC TIMING.
3·1.
INTRODUCTION.
OVERALL OPERATION.
3·4.
The computer performs five major functions.
These functions are control, computation, memory storage,
input/output and power. In the computer these fu~ctions
are interrelated and difficult to separate. The block diagram
shown in Figure 3·1 illustrates the makeup and inter·
reaction of computer functions. Each of these functions are
described in the following paragraphs.
3·8.
The computer's timing is based on the output of
an 8 MHz crystal controlled oscillator. The output of the
oscillator is divided by two to provide a 250nsec clock
pulse. This is used to clock a ring counter which provides
eight timing signals during a period of 2.0 microsec.
onds. The eight timing signals from the ring counter,
various combinations of these signals and the basic 250nsec
CONTROL
LOGIC
ARITHMETIC
UNIT
MEMORY
CORE
STORAGE
POWER SUPPLY
CONTROL
PANEL CONTROL.S
COMPUTER
LOGIC
LINE SOURCE
MT'~______~________' -__
r-______~
2039-t7
1/0 DEVICES
Figure 3-1. Computer Block Diagram
3·1
2114B
Section III
3-16.
ARITHMETIC FUNCTION.
3-17.
The Arithmetic function (Figure 3-3) is performed
by three major circuit groups; these are the accumulators,
computational registers, and arithmetic gating. These circuit
groups together with the Computer's data buslines perform
the Computer's computations.
CONTROL
COMPUTER
LOGIC
CONTROL
LOGIC
ARITHMETIC
UNIT
2039-18
Figure 3-2. Control Block Diagram
BUSSES
divider output make up the computer's basic timing. These
signals are routed throughout the computer to regulate
operation.
3-9.
MEMORY TIMING.
2039-19
3-10.
The memory timing circuits provide the computer
memory with timing and control signals. Memory timing
signals are generated from basic timing, panel control
settings, and the instruction and phase logic (Paragraph
3-13). Memory timing signals are used to control the
various memory processes such as addressing, reading and
writing.
3-11.
REGISTERS.
3-12.
The registers used in the computer's control
function are the Transfer, Memory Address, Program Address and the Instruction registers. The Transfer or Tregister is used as a buffer for input/output and memory
transfers. The Memory Address or M-register is used to hold
the location in memory where data is to be stored or
retrived. The Program Address or P-register performs a
similar function. It holds the location in memory of the
next sequential step, in a stored program, that is to be
executed. The Instruction or I-register is used to hold the
coded instruction bits of a computer word.
3-13.
CONTROL LOGIC.
3·14.
The computer's instruction logic decodes the
contents of the I-register and generates appropriate control
signals. These control signals, together with timing and
phase signals (Paragraph 3·15) regulate the computer's
operation.
3-15.
The Computer's phase logic provides regulation of
computer activities into four basic groups. These groups,
fetch, indirect, execute, and interrupt, define areas of
Computer activity. Certain control signals and operations
are inhibited or enabled depending on the type of activity
the Computer is performing.
3·2
Figure 3-3. Arithmetic Block Diagram
3-18.
ACCUMULATORS
3-19.
The Computer has two accumulators, the A and B
registers. These registers are used for holding and
manipulating data. They are addressable and may be used
for data storage in the same manner that normal core
memory (Paragraph 3-26) is used.
3-20.
COMPUTATIONAL REGISTERS
3·21.
Three one bit computational registers aid In
p~rforming arithmetic operations. They are the Overflow,
Extend and Carry flip-flops. The Overflow flip-flop is used
to hold control information as well as positive arithmetic
overflows from the accumulators. The Extend flip· flop is
used to detect negative arithmetic overflows from the
accumulators as well as to link the two accumulators during
shift and rotate operations. The Carry flip-flop is used to
detect and store certain control and bit combinations.
3-22.
GATING.
3-23.
The timing and control signals control the gating
of the register and accumulator contents to and from the
Computer bus lines. The gating circuits perform both
logical and arithmetic operations.
3-24.
BUSSES.
3-25.
The Computer bus lines provide a means of linking
the outputs of the gating circuits with the various buffer,
storage and memory elements in the Computer.
2114B
Section III
MEMOr,V.
3·26.
3-36.
3·27.
The Computer's memory section (Figure 3·4)
provides permanent storage of data in magnetic cores. The
associated memory circuits provide addressing, inhibiting
and sensing for the memory read/write process.
INPUT/OUTPUT.
3·37.
The input/output function (Figure 3-5) allows the
Computer to communicate with various external devices.
These devices may be sources of data input, data output or
additional memory storage. The input/output function is
made up of control, addressing and interface circuits.
MEMORY
CORE
STORAGE
IIO DEVICES
2039-21
Figure 3-5. I/O Block Diagram
2039-20
3·38.
Figure 3-4. Memory Block Diagram
3·28.
CORE STORAGE.
3·29.
Permanent data storage in the Computer is ac·
complished by magnetizing small ferrite ,cores. The cores
are strung in planes. The planes are mounted one on top
of the other to form a "core stack". The basic core memo
ory has a capacity of 4086, 16-bit words.
3·30.
ADDRESSING.
3-31.
The memory's addressing is accomplished by the
Driver/Switch Cards. These cards take the binary memory
address, contained in the M-register, and decode it into the
appropriate signals required to access the desired 16·bit
word.
3·32.
SENSING.
The sensing operation is accomplished by the
3·33.
Sense Amplifier Card. When a core word has been addressed, the states of 16 cores are sent to the Sense
Amplifier Card. The contents of the memory word are
amplified and sent to the T·register.
3·34.
INHIBITING.
3·35.
The Inhibit Driver Card is responsible for writing
information into the core memory. The T·register provides
the states of the data bits and the Driver Switch Card
provides the address. The write operation is repeated
following every read operation to replace the data word
read out.
CONTROL.
3·39.
The control circuitry for the input/output
function is located on the I/O Control Card. This includes
interrupt and flag control as well as priority control for the
in~ut/output function. Detailed information on the oper·
atlOn of the I/O Control Card is given in Volume Three.
3·40.
ADDRESSING.
3·41.
The address circuitry is also 10caLed on the I/O
Control Card. The address circuits provide encoding and
decoding of input/output select codes and interrupts.
3-42.
INTERFACING.
3·43.
Interfacing is the process of signal level
modification and control translation that allows the Com·
puter to communicate with a wide variety of input/output
devices and instruments. Interface cards, at least one for
each input/output device, are located in the Computer I/O
slots. The operation of Interface Cards are covered in the
respective interface kit manuals.
3·44.
POWER SUPPL V.
3-45.
The Computer's power supply (Figure 3-6) provides regulated and unregulated supplies for the various
computer functions. The power supply monitors the
voltage level of the ac power source and provides a power
failure signal if the voltage drops to unsafe levels.
3·46.
PRIMARY REGULATOR.
3-47.
The Primary Regulator provides regulation of ac
line voltage to the primary side of the power supply trans·
former.
3-3
2114B
Section III
POWER SUPPLY
routine. As long as the voltage levels remain at normal
levels a "power on" signal is generated allowing normal
Computer operation.
3-50.
PANEL CONTROlS
LINE SOURCE
MEMORY SUPPLY.
3·51.
The Computer's memory supply is filrther regulated to provide a temperature compensated voltage level for
driving the memory circuits. The higher voltage (+20 volts)
is required by the memory circuits to provide sufficient
current to magnetize the ferrite cores used to store data.
3-52.
LOGIC SUPPLIES.
2039-22
Figure 3-6. Power Supply Block Diagram
3·48.
POWER FAILURE DETECTION.
3·49.
The Power Failure Detection circuits monitor the
voltage level of a special 12 volt supply. This supply is designed to be the first to drop its voltage level in the event
of a power failure and the last supply to return to operating voltage when pOwer is restored. When the output of
this supply drops to approximately 8.2 volts, a power fail
signal is generated and is used to halt or, if the autorestart
option is installed, to interrupt to a power failure service
3·4
3-53.
The Computer's logic supplies provide -2, +5, +12
and ·12 volt de sources for the Computer's microcircuit
logic. Regulation for these supplies is provided by the
Primary Regulator as well as secondary filtering circuits.
3-54.
LAMP SUPPLY.
3-55.
The Computer's lamp supply is a +30 volt source
for the front panel indicators. This supply is regulated only
by the primary regulator.
Section IV
2114B
SECTION IV
MAINTENANCE
4-1.
INTRODUCTION.
4-2.
This section contains special serv1c1ng notes, preventive
maintenance information, adjustment procedures, and repair instructions
for the HP 2114B Computer. Refer to the special servicing notes below
before proceeding.
4-3.
SPECIAL SERVICING NOTES.
WARNING
Dangerous voltages are present in the computer
even when the Power Switch S1 is in the OFF
position. Do not attempt to remove the protective cover of the Power Supply, or attempt
maintenance of any kind in the area of the
Power Supply, unless the power cord has first
been removed from the power source. Do not
energize the Power Supply during servicing
unless an isolation transformer is connected
between the main power source and J1 at the
rear of the Computer. Use caution when making
test measurements. Failure to heed this
warning could result in death or injury.
4-4.
POWER SUPPLY SERVICING. As stated in the warning preceding
this paragraph, special care must be taken when servicing the Power
Supply. This is because the Primary Regulator circuits (located on the
Heat Sink Assembly A301, Capacitor Board Assembly A300, and Regulator
Card A302) are tied directly across the ac power input line, and
are referenced to one side of the ac line rather than to the chassis
or earth ground. Therefore these circuits present a potential hazard
to personnel as long as the power cord is connected between the ac
power source and J1 at the rear of the Computer. For this reason, it
is imperative that the power cord be removed from the ac source before
attempting to service the Power Supply.
4-5.
If for any reason (except as noted in Paragraph 4-7) it is
necessary to energize and test the Power Supply during servicing,
the hazard explained above must be reduced by connecting an isolation
transformer between the ac power source and J1 at the rear of the
Computer (see Figure 4-1). This also allows the use of ground reference
test equipment without danger of damage to the circuit of the test
equipment.
4-6.
A 115-volt ac isolation transformer with a minimum rating of
800 volt-amperes is required. This relatively high volt-ampere rating
is required because the Power Supply does not present a purely
resistive load to the secondary of the isolation transformer. It is
important that an isolation transformer of lesser rating not be used.
4-1
Section IV
2114B
COMPUTER
ISOLATION
TRANSFORMER
115V
115VAC
PRIMARY
POWER
SOURCE
NEUTRAL
GROUND
~
I
POWER
CORD
>-
~
>-
r-"
I""'
I
r
I-
J1
..... ....
2039-51
Figure 4-1. Isolation of the Computer Power Supply
4-2
2114B
Section IV
4-7.
The above precautions must be observed whenever contact or
exposure to the Power Supply circuits, intentionally or accidentally,
is a possibility. Supply voltages can be measured safely from the
test jacks on the Rear Panel Assembly, at the Card Cage Assembly,
and at the Front Panel Assembly without the necessity of using an
isolation transformer in the ac input line.
4-8.
MAINTENANCE PROCEDURES.
4-9.
The HP 2114B Computer requires a m1n1mum of routine maintenance to ensure proper Computer operation. The routine maintenance,
usually performed on a monthly basis, consists of cleaning, inspection,
and testing.
4-10.
CLEANING.
4-11.
FILTERS. The Computer's two air filters, located on the
Computer rear panel, should be cleaned as part of the routine maintenance procedure, or in extreme environments (high dust or oil content
in the air), as needed. To clean the filters perform the following:
a.
Remove the filters from the Computer.
b.
Blow the filters clean with compressed air.
co
If compressed air is not available, hot soapy water
may be used as a substitute.
d.
Be sure the filters are completely dry and free of grease.
e.
Replace the filters.
4-12.
DUSTING. Small dust particles may pass through the filters
and build up in the Computer. Use a small vacuum or compressed-air
hose to remove excess dust. Pay particular attention to heat dissipating areas.
4-13.
INSPECTION.
4-14.
Routine maintenance of the computer should include visual
inspection of the mechanical parts of the Computer. Dents, scratches,
or poorly operating controls may indicate damage to the Computer.
Frayed, broken or burned insulation should be checked and corrected
if necessary.
4-15.
Refer to Section V, Diagnostics, for further mechanical and
electrical inspection procedures.
4-16.
SUPPLY VOLTAGES.
4-17.
Check the Computer's supply voltages at the test jacks on
the Computer's rear panel., The various supplies and the acceptable
ranges for each are given in Table 4-1.
4-3
Section IV
2114B
Table 4-1. Supply Voltages
VOLTAGE
BUS
+ 5V
+12V
-12V
- 2V
+30V
+30V Lamp
+20V
*
**
***
MAXIMUM
*
MINIMUM
**
5.5V
13.0V
-13.0V
- 2.SV
32.0V
32.5V
19.5V***
4.3V
11.SV
-11.9V
1.9V
29.0V
2S.0V
19.5V
-
AC RIPPLE
PEAK-TO-PEAK
0.5V
0.3V
0.3V
0.4V
0.5V
3.0V
0.01V
High ac line (127V ac), Minimum Computer Load
Low ac line (103V ac), Maximum Computer Load
Depends upon ambient temperature. 19.5V dc nominal
for 720 to SOOF.
4-1S.
If any of the Computer's supply voltages are not within
tolerance, refer to Paragraph 4-26 for the appropriate adjustment
procedure. Note that all logic supplies are adjusted by the +5 volt
adjustment. When the +5 volt supply is properly adjusted the other
supplies should be within their stated tolerances; if not, follow
appropriate troubleshooting procedures. The +20 volt memory supply
may be separately adjusted to compensate for variations in operating
temperature.
4-19.
PROXIMITY SWITCHES.
4-20.
Check all proximity switches on the Computer front panel
for proper operation. If erratic operation occurs, refer to
Paragraph 4-26 for the appropriate adjustment procedure.
4-21.
PERFORMANCE TEST.
4-22.
Follow the test procedure given in Section V, Diagnostics.
The Computer diagnostic program provides a thorough test of the
Computer's logic and memory circuits by exercising all software
instructions.
4-23.
If the Computer fails to perform the diagnostic test properly,
follow appropriate troubleshooting procedures.
4-24.
Perform the appropriate Computer option diagnostics. If
the option fails to perform properly refer to the indicated option
manual for adjustment or troubleshooting information.
4-25.
Successful performance of the diagnostic tests completes
the preventive maintenance procedure.
4-26.
ADJUSTMENTS.
4-27.
There are five adjustments that may be made to the Computer.
Three have to do with the Computer power supply; Primary Regulator,
4-4
2114B
Section IV
Power Failure Threshold, and the +20 volt Memory Supply adjustment.
The other two adjustments concern the proximity switches on the
front panel.
4-28.
PRIMARY REGULATOR ADJUSTMENT.
4-29.
If the +5 volt supply is out of tolerance, proceed as
follows:
a.
Connect a voltmeter (refer to Section I, General
Information, for test equipment specifications) between the GND and
+SV test jacks on the Computer's rear panel.
b.
Remove the Computer's top cover.
c.
Using a nonmetallic tuning wand, adjust the "PRIMARY
REGULATOR" variable resistor (R27 on the Regulator Card) to obtain
a reading of +5 ! 0.03 volts.
d.
If the supply fails to adjust to tolerance, follow
appropriate troubleshooting procedures.
e.
Recheck the other supplies.
+20 VOLT MEMORY SUPPLY ADJUSTMENT.
4-31.
The correct voltage level for the +20 volt supply is
dependent on the ambient temperature. The correct setting for a
normal environment (72 0 to 80 0 F) is 19.5 volts. The correct setting
for temperatures outside this range can be determined from the
following formula:
E = 19.5 - .05 (T - 76); where T is the ambient
temperature in degrees Farenheit.
4 32.
If the +20 volt supply is outside of its specified tolerance,
proceed as follows:
Q
ao
Connect a voltmeter between the GND and +20V test jacks
on the Computer's rear panel.
b.
Remove the Computer's top cover.
c.
Using a nonmetallic tuning wand, adjust the ,a20V
MEMORY SUPPLY" variable resistor (R36 on the Regulator Card) to
obtain a reading within the tolerance range specified by Table 4-1.
do
If the supply fails to adjust to tolerance, follow ap·
propriate troubleshooting procedures.
POWER FAILURE THRESHOLD ADJUSTMENT.
4-340
The Power Failure Threshold adjustment sets the level at
which a drop in the Computer's supply voltage will trigger the
Computer's power failure detection circuits and cause the Computer
4-5
Section IV
2114B
4-35.
This adjustment is made by Hewlett-Packard before shipment
of the Computer and no further adjustment should be required. If
adjustment becomes necessary proceed as follows:
a.
Turn the Computer off by pressing the HALT switch and
turning off the POWER switch located on the chassis behind the Computer
front panel.
b.
Disconnect the Computer power cord from the ac line
source and connect it to a variable autotransformer.
c.
Remove the Computer's top cover.
d.
Set the Computer POWER switch to ·-ON".
e.
Insert a test loop in the Computer as follows:
(1)
(2)
(3)
(4)
(5)
Set the Computer LOOP INSTRUCTION switch, located
behind the front panel, to LOOP.
Set the Switch Register to zero.
Press the LOAD A switch.
Press the LOAD ADDRESS switch.
Press the RUN switch. The Computer should begin
executing the test loop.
,
f.
Using a nonmetallic tuning wand, rotate the a·POWER
FAIL THRESHOLD" variable resistor (R42 on the Regulator Card)
fully counterclockwise.
g.
Set the variable ac source to 98 volts.
h.
Rotate R42 slowly clockwise until the computer halts.
i.
Increase the voltage of the variable ac source to
approximately 102 volts.
j.
Press the Computer RUN switch. The Computer should begin
executing the test loop. Slowly reduce the voltage from the ac source.
The Computer should halt when the source voltage approaches 98
volts. If the Computer fails to halt, repeat the adjustment procedure.
If repeated adjustment fails to correct the problem, follow approp·
riate troubleshooting procedures.
4-36.
FRONT PANEL BIAS AND NULL ADJUSTMENTS.
4-37.
The Bias and Null adjustments set the level at which the
front panel proximity switches are actuated. The Bias adjustment
sets the sensitivity of the proximity switches while the Null
adjustment determines the efficiency of the switch circuit. The
two adjustments interac~, hence the adjustment procedures for both
are combined below.
4-38. '
If adjustment of the front panel switches is required,
proceed as follows:
4-6
2114B
Section IV
a.
Locate the 6'BIAS" and "NULL" test points on the
component side of the Display Board Assembly (02114-6009). The
Display Board Assembly is mounted on the inside of the Computer
front panel. Refer to Figure 4-2 for the location of front panel
test points.
b.
Turn the Computer POWER switch located on the Computer
chassis behind the front panel to "ON".
c.
Connect a voltmeter between the BIAS test point and
the GND test point.
d.
Adjust the BIAS variable resistor, R128, to obtain a
bias voltage of +2.40 i 0.05 volts.
e.
Connect the voltmeter between the NULL test point and
the GND test point.
f.
Adjust NULL capacitor C114 for a dc null.
g.
Recheck and readjust the bias if necessary.
ho
If improper proximity switch operation persists
follow appropriate troubleshooting procedures.
4-39.
REPAIR INSTRUCTIONS.
4-40.
TROUBLE ANALYSIS.
4-41.
Failures and malfunctions can often be traced to simple
causes such as improper connections, fuse failures, or improper
adjustment. Whenever trouble occurs, check the primary power lines,
fuses, external circuit elements, and wiring for malfunctions as the
first step in troubleshooting the equipment. Refer to the schematic
and wiring diagrams as an aid in locating malfunctions.
4-42.
Do not assume that malfunctions are eliminated when a faulty
component has been replaced. Check the complete circuit for other
faulty parts before turning on power.
4-43.
COMPONENT TESTING.
4-44.
When checking transistors, observe their polarity to avoid
error in measurement. The leakage resistance obtained from a resistance
check of a capacitor is not always an indication of a faulty capacitor. In most cases the capacitors are shunted with resistances,
some of which have low values. Only a complete short is a true
indication of a shorted capacitor.
4-45.
Most ohmmeters can supply enough current or voltage to
damage some transistors. Before using an ohmmeter to measure
transistor forward or reverse resistance, check its open circuit
voltage and short circuit current for the range to be used. The open
circuit voltage should be less than 1.5 volts and the short circuit
current should be less than 3 milliamperes.
4-7
Section IV
2114B
DISPLAY BOARD
ASSEMBLY
(02114 - 6009)
/
NULL
~~~
PROTECTIVE
COVER
~*L~BIAS
~I ~C114
R128
FRONT PANEL /
~
./
~GNO
CONSOLE KEY LOCK
2039-23
Figure 4-2. Adjustment and Test Point Locations
for the Front Panel Display Board (02114-6009)
4-46.
COMPONENT REPLACEMENT.
4-47.
When soldering a semiconductor device, hold the leadwire
between the component and the solder joint with a pair of pliers
to provide an effective heat sink while soldering.
4-8
Section V
Paragraphs 5-1 to 5- 8
Model 2114B
Volume Two
SECTION V
DIAGNOSTICS
5-1.
INTRODUCTION.
5-2.
This section contains instructions and data for
conducting and evaluating programmed diagnostic
tests of the Computer. Included are a pretest checkout procedure, instructions for loading and checking
the Basic Binary Loader, instructions for loading and
running the hardware diagnostic programs, and tabular listings of all programs. Unless otherwise noted,
or to the extent specified in future supplementary
documentation, this information is applicable to 2114B
Computers bearing serial number prefix 930- and
suhsequent.
5-3.
The hardware diagnostic programs automatically perform a confidence test of Computer operation
by thoroughly exercising major portions of the Memory circuits, Logic circuits, and Input/Output circuits.
The following diagnostic tests are covered in this
section:
a.
b.
c.
d.
e.
f.
g.
h.
Alter-Skip mstruction Test
Memory Reference mstruction Test
Shift-Rotate Instruction Test
High Memory Address Test
Low Memory Address Test
High Memory Checkerboard Test
Low Memory Checkerboard Test
mterrupt Test
5-4.
Diagnostic testing should be conducted after
installation, periodically thereafter as part of a regularly scheduled preventive maintenance program,
during troubleshooting, and after making repairs or
modifications. The pretest checkout procedure (Paragraph 5-7) should be performed first. This procedure
ensures that all required operating switches and indicators are functioning normally, that an apparent
trouble is not the result of an improper switch setting,
and that the Computer is capable of storing and proceSSing the diagnostic test programs.
5-5.
The Basic Binary Loader must be located in
the protected area of memory (the uppermost 64 memory locations) before the selec ted input device can read
the test tape and transfer the test program into its
aSSigned memory locations. If the status of the Basic
Binary Loader is unknown, the content of the protected
area can be checked by performing the verification
procedure presented in Paragraph 5-18. Required
program instructions can then be manually loaded into
memory by following the procedure presented in Paragraph 5-16. Be sure to follow all loading instructions
carefully as it is important to use switch settings that
correspond to the memory size (4K or 8K) of the
computer under test, and the I/O channel of the input
device used in loading the test programs.
5-6.
Detailed operating instructions for loading and
running all diagnostic test programs are covered in
Paragraphs 5-28 through 5-118. Information and examples
are included to aid in the analysis of test results. The
alter-skip, memory reference, and shift-rotate test diagnostics must be performed in sequence. The remaining tests
can be performed in any desired order. Refer to Section I
for the location of switches and indicators referenced in
this section. A summary of operating instructions and associated program listings are located at the rear of this
section.
5-7.
PRETEST CHECKOUT.
5-8.
The pretest checkout is performed manually using
operating switches and indicators to provide a basic check
of Computer operation. This procedure should be performed before attempting to load and run the diagnostic
test programs. If results of the checkout are normal, proceed with diagnostic testing. If results are abnormal, refer
to Section IV as the first step in troubleshooting, and check
related supply voltages and perform adjustments specified.
The pretest checkout procedure is as follows:
a. Open the front panel and set the POWER switch to
OFF.
b. On the display board located behind the front panel, set the MEMORY, PHASE, SINGLE INSTRUCTION,
LOADER ENABLE, LAMP TEST, and CONSOLE LOCK
switches to normal.
Note
If the Computer is equipped with the Power
Fail Auto-Restart option, refer to the option
manual before proceeding. Otherwise power
turn-on may cause damage to memory
contents.
c. Set the POWER switch to ON and then press the
HALT switch. Check that both blower motors on the rear
panel are operating normally. Then close and secure the
front panel and check for air flow through the exhaust
vents located on either side of the cabinet. If normal,
proceed to the next step.
CAUTION
If either blower is inoperative, or if air flow is
abnormal, set the POWER switch to OFF and
take immediate corrective action. Do not operate the Computer until the trouble has been
fixed.
d. Reopen the front panel and set LAMP TEST switch
to TEST. Check that all front panel indicators are lit. If
they are, set the LAMP TEST switch to NORMAL, set
POWER switch to OFF, and proceed with the next step.
e. Set POWER switch to ON and then press HALT
switch. Check that the indicators listed in Table 5-1
are in the state specified. (Indicators other than those
listed may be either on or off.) Repeat this step sev5-1
Model 2114B
Volume Two
Section V
Paragraphs 5-8 to 5-8p
eral times making sure that the FETCH indicator
lights each time. If all indications are normal, proceed with the next step.
Table 5-1. State of Front Panel Indicators After
Power Turn-On
STATE
INDICATOR
Off
On
On
Off
Off
RUN
HALT
FETCH
INDIRECT
EXECUTE
f. Set CONSOLE LOCK switch to LOCK. While
observing the MEMORY DATA, MEMORY ADDRESS,
SWITCH REGISTER, RUN, and HALT indicators,
press all SWITCH REGISTER switches, the LOAD
ADDRESS switch, the LOAD MEMORY switch, the
DISPLAY MEMORY switch, the SINGLE CYCLE
switch, the CLEAR REGISTER switch, and the RUN
switch. All controls should be inoperative and all
indicators should remain in their original state. If
indication is normal, set the CONSOLE LOCK switch
to NORMAL and proceed with next step.
Note
The binary displays by indicators 0 through
15 in the MEMORY DATA (T-Register)
display, the MEMORY ADDRESS (M-Register) display, and SWITCH REGISTER
(S-Register) display, are expressed as
octal numbers. For example, the sixteen
bit binary display 0 000 110 111 010 101
(indicators that are on denote "ones If, indicators that are off denote "zero If) is expressed either as 006725, or simply as
6725 if bits 12 through 15 of the display
are insignificant.
g. Press each S-Register indicator-switch to
obtain an S-Register display indication of 177777. If
indication is normal, press CLEAR REGISTER switch.
This should clear the S-Register to all "zero" (all
indicators off). Check the S-Register display for indication of 000000. If indication is normal, proceed
with next step.
h. Press LOAD ADDRESS switch. This should
load the content of the S-Register, all "zeros If, into
the M-Register. Check M-Register display for indication of 000000. If indication is normal, proceed
with next step.
Enter 177777 into the S-Register. Then press
LOAD MEMORY switch. This should load the content
of the S-Register, all "ones", into the T-Register and
increment the M-Register by one. Check the T-Register display for indication of 177777, and the MRegister display for indication of 000001. If indications are normal, proceed with next step.
i.
5-2
j.
Press LOAD ADDRESS switch. Check MRegister display for indication of 037777. (Indicators
14 and 15 of the M-Register display are not connected
and will remain off even when binary "ones" are
stored in bits 14 and 15 of the M-Register.) If indication is normal, proceed with next step.
k. In turn, press CLEAR REGISTER, LOAD
ADDRESS, and LOAD MEMORY switches. Check TRegister display for indication of 000000, and the MRegister display for indication of 000001. If indications are normal, proceed with next step.
1.
Press LOAD ADDRESS switc h. All register
displays should now indicate 000000. If indication is
normal, observe M-Register display and press LOAD
MEMORY switch several times. Check that M-Register display increments by one each time LOAD
MEMORY switch is pressed. If indication is normal,
proceed with next step.
m. While observing M-Register display, press
DISPLAY MEMORY switch several times. Check that
M-Register display increments by one each time
DISPLAY MEMORY switch is pressed. If indication
is normal, proceed with next step.
n. Press CLEAR REGISTER switch. In turn,
press LOAD ADDRESS switch once, and LOAD MEMORY switch ten times. Then press LOAD ADDRESS
switch again. While observing M-Register display,
press SINGLE CYCLE switch e x a c tl y ten times.
Check that M-Register display increments by one
each time SINGLE CYCLE switch is pressed. If indication is normal, proceed with next step.
o. Set MEMORY switch on back of front panel to
OFF. In turn, press LOAD ADDRESS switch once,
the LOAD MEMORY switch twice, and then press the
RUN switch. Check that the RUN indicator is on.
Then check the T-Register display for an indication of
000000, and observe the M-Register display indicators. Each succeeding indicator of this display, as
viewed from bit 13 through bit 0, should appear progressively brighter. (The higher order bits should be
changing states at a visible rate and have a flickering
appearance; bits 14 and 15 are always off.) Then
press HALT switch. Check that the HALT indicator
is on, that the RUN indicator is off, and that the MRegister display indicators are in a static state,
either on or off. (The numeric value now displayed by
the M-Register indicators is random and of no significance. However, all ihdicators which are lit in this
display should now appear approximately equal in
brightness.) If all indications are normal, set MEMORY switch to NORMAL, and proceed with next step.
p. If the status of the Basic Binary Loader, located in the protected area of memory, is unknown,
refer to Paragraph 5-18 and verify the instructions
located in these memory locations. If Basic Binary
Loader instructions are correct, proceed with test
instructions presented in Paragraphs 5- 28 through
5-118. If instructions must be added or modified,
refer to Paragraph 5-16 for loading instructions.
Model 2114B
Volume Two
Section V
Paragraphs 5-9 to 5-17
5-9.
BASIC BINARY LOADIER.
5-10.
DESCRlPTION.
are variables that correspond to the following memory sizes:
m = 0 for
= 1 for
= 2 for
= 3 for
n = 7 for
= 6 for
= 5 for
= 4 for
5-11. The Basic Binary Loader loads absolute programs produced by the Assembler or the Basic Control System absolute output option. It is also used to
load standard software systems that are in absolute
form (e.g., FORTRAN, ALGOL, Assembler, Basic
Control System, and Symbolic Editor). Familiarity
with the Basic Binary Loader operating procedure is
assumed in the operating procedure for all other
software systems.
5-12.
5-16.
ENTERlNG INSTRUCTIONS.
5-17. To enter instructions into the protected area
of memory, proceed as follows:
STORAGE.
5-13. The Basic Binary Loader is stored in the protected area of memory (the highest 64 locations).
Separate versions of the Basic Binary Loader are
presented for the 2752A Teleprinter and the 2737A
Punched Tape Reader.
5-14.
4K memory
8K memory
12K memory
16K memory
4K memory
8K memory
12K memory
16K memory
a.
Set LOADER ENABLE switch to ON.
b. Enter address of desired instruction into SRegister.
PROGRAM INSTRUCTIONS.
5-15. Tables 5-2 and 5-3 contain the absolute instructions for tw 0 ve l' s ion s of the Basic Binary
Loader. Table 5- 2 lists the instructions for an input
device consisting of the 2752A Teleprinter with 12531A
(serial) Teleprinter Input/Output Interface Kit. Table
5-3 lists the instructions for an input device consisting
of either a 2752A Teleprinter with 12531B (parallel)
Teleprinter Input/Output Interface Kit, or a 2737A
Punched Tape Reader with 12532A High-Speed Punched
Tape Input Interface Kit. In both tables, "m II and lin"
c.
Press LOAD ADDRESS switch.
d.
Press CLEAR REGISTER switch.
e.
Enter instruction into S-Register.
f.
Press LOAD MEMORY switch.
g. Repeat steps 'b" thru ''f'' for each instruction
entered. Then set LOADER ENABLE s wit c h to
NORMAL.
5-18.
VERIFICA TION •
5-19. To verify the instructions stored in the protected area of memory, proceed as follows:
Table 5-2. Absolute Instructions for Use with 2752A Teleprinter (Serial)
ADDRESS
0
1
2
3
4
5
6
7
Om7700:
Om7710:
Om7720:
Om7730:
Om7740:
Om7750:
Om7760:
Om7770:
107700
017752
073773
173773
027700
033775
1031cc
127752
006401
002003
063773
037773
102055
127743
1023cc
177765
067771
027703
000040
037772
027700
000000
027761
000000
006006
003004
043774
027721
000000
063771
1024cc
000000
027710
073772
002040
017743
017742
073776
037776
1n0100
106700
017752
027741
054000
001727
002400
027757
000000
102077
017743
017743
027702
073775
1027cc
001222
000000
027700
070001
044000
102011
017752
001300
013777
000377
cc
= channel (high select code, lower priority) of Teleprinter
Table 5-3. Absolute Instructions for Use with 2752A Teleprinter (Parallel), or 2737A Punched Tape Reader
ADDRESS
0
Om7700:
Om7710:
Om7720:
Om7730:
Om7740:
Om7750:
Om7760:
Om7770:
107700
006401
002003
063775
102000
027700
033776
173775
1
2
3
4
5
6
7
063770
067773
027712
043772
037775
102055
127753
153775
106501
006006
003104
002040
037774
027700
000000
1n0100
004010
027717
073774
027751
027730
000000
1037cc
177765
002400
107700
017762
017753
017753
017762
1023cc
000000
006020
102077
017753
044000
054000
001727
027764
000000
063771
027700
070001
000000
027711
073776
1025cc
000000
073736
017762
073775
002101
102011
017762
127762
000000
cc = channel number of Punched Tape Reader
5-3
Model 2114B
Volume Two
Section V
Paragraphs 5-18 to 5-27
a. Enter address of instruction to be verified into
S-Register.
b.
Press LOAD ADDRESS switch.
c.
Set LOADER ENABLE switch to ON.
Table 5-4. Punched Tape Reader Loading Options
OPTION
SWITCH REGISTER
SETTINGS
BIT 15
BIT 0
d. Press DISPLAY MEMORY switch. The contents of the memory location selected in step "a"
above is now indicated by the T-Register display.
Each time the DISPLAY MEMORY switch is pressed,
the contents of the next consecutive memory location
are displayed. (Because the M-Register is incremented by one each time the DISPLAY MEMORY
switch is pressed, the address indicated by the MRegister display is always one address higher than
the address of the data currently displayed by the TRegister indicators. )
5-23. TELEPRINTER. If using the Teleprinter to
load the diagnostic program tape, proceed as follows:
e. Set LOADER ENABLE switch to Normal after
all desired locations in the protected area of memory
have been displayed.
a. At the Teleprinter, set LINE/OFF/LOCAL
switch to LINE position.
5-20.
TAPE LOADING PROCEDURES AND OPTIONS.
5-21. The 2737A Punched Tape Reader and the 2752A
Teleprinter are typical input devices that can be used
to read program data from the test tapes and transfer
it into memory. If the Punched Tape Reader is used,
three loading options can be selected. These options,
and the entries required in bits 0 and 15 of the S-Register to select them, are specified in Table 5-4. Procedures for using each input device are presented in
the following paragraphs.
5-22. PUNCHED TAPE READER. If using the
Punched Tape Reader to load the diagnostic program
tapes, proceed as follows:
a. At the Punched Tape Reader, set POWER
switch to ON.
b.
Place RUN/LOAD lever in LOAD position.
c. Carefully position program tape to be loaded
in the tape reading mechanism and place the RUN/
LOAD lever in the RUN position.
d. At the Computer front panel, press CLEAR
REGISTER switch.
e. Refer to Table 5-4 and enter the appropriate
settings for bits 0 and 15 into the S-Register.
f. Press and hold PRESET and LOAD switches,
then release both switches. The Computer should go
into the run mode (RUN indicator on) and the program
tape should process through the tape reading mechanism of the Punched Tape Reader. When the Computer
halts (RUN indicator off, HALT indicator on), check
the T-Register indicators. If the test program was
correctly loaded into memory, halt instruction 102077
should be displayed. (For an explanation of this and
other halts encountered during program loading, refer
to Table 5-5.) If indication is normal, proceed with
applicable instructions for running the diagnostic test
program now in memory. If indication is abnormal,
refer to Table 5-5 and proceed as directed.
g. Mter loading, rewind the tape and return it to
the appropriate storage box.
5-4
Load tape
0
0
Verify checksum without
loading
0
1
Compare the contents of the
tape with the contents of
memory without loading
1
0/1
b. Carefully position program tape to be loaded
in the Teleprinter tape reader.
c. Set START/STOP/FREE switch to START
position.
d. At the Computer front panel, press CLEAR
REGISTER switch, then press and hold PRESET and
LOAD switches. Release both switches. The Computer should go into the run mode (RUN indicator on)
and the program tape should process through the tape
reader of the Teleprinter. When the Computer halts
(RUN indicator off; HALT indicator on), check the TRegister indicators. If the test program was correctly
loaded into memory, halt instruction 102077 should be
displayed. (For an explanation of this and other halts
encountered during program loading, refer to Table
5-5.) If indication is normal, proceed with applicable
instructions for running the diagnostic test program
now in memory. If indication is abnormal, refer to
Table 5-5 and proceed as directed.
e. Set the Teleprinter START/STOP/FREE switch
to STOP, remove tape, reWind, and return it to the
appropriate storage box.
5-24.
LOADING HALTS.
5- 2 5. After all program data is read from a test tape
and transferred into memory, the associated tape
reader and the Computer will halt with a normal indication of 102077 (end-of-tape condition) indicated by
the T-Register display. This signals the operator to
continue with the applicable test instructions for the
diagnostic test now stored in memory. If a halt occurs
and an indication other than 102077 is present in the
T-Register display, refer to Table 5-5 and proceed as
directed.
5-26.
PROGRAM LISTINGS.
5-27. Program listing for both versions of the Basic
Binary Loader are presented at the rear of this section. The listing for the serial Loader is presented
first, followed by the listing for the parallel Loader.
Model 2114B
Volume Two
Section V
Paragraphs 5-28 to 5-34
Table 5-5. Loading Halts
MEMORY DATA
(T-REGISTER)
DISPLAY
EXPLANATION
ACTION
102077
An end-of-tape condition has been detected. Ten consecutive feed frames
are interpreted as end-of-tape.
This indication is normal. Proceed
with applicable diagnostic test procedure.
102011
Checksum error. The A-Register contains the checksum from the tape; the
B-Register contains the computed
checksum.
To restart, replace tape in input device and simultaneously press PRESET
and LOAD.
102055
Address error. An attempt has been
made to destroy the loader or to load
outside the memory limits.
To restart, replace tape in input device and simultaneously press PRESET
and LOAD.
102000
The Punched Tape Reader compare
option has been specified. The tape
being read does not compare with
memory. The A-Register contains the
word from tape which did not agree.
To find the location of the corresponding word in memory, press SINGLE
CYCLE twice. The contents of the TRegister minus one is the address of
the desired word. To restart after displaying the contents of the address, replace tape in input device, and simultaneously press PRESET and LOAD.
5-28. ALTER-SKIP INSTRUCTION TEST.
5-29.
SCOPE.
5-30. This program is a reliability test of aUlegitimate code combinations in the alter-skip group.
The codes are tested utilizing both the A- and BRegisters, rendering a total of 2,048 legitimate combinations. This test should always be the first reliability test to be executed. If successful, more
advanced reliability and diagnostic programs should
be attempted. This test does not use any memory
reference instructions during the fir s t execution
pass. After the first pass is successfully executed,
a jump instruction to the beginning of the test is executed to allow for continuous looping until manually
halted by the operator.
5-31.
STORAGE.
5-32. The Alter-Skip Group program is stored in
memory locations 2000 to 6041.
5-33.
b. Enter 102501 into the S-Register and press
LOAD MEMORY switch.
EXECUTION.
c. Enter 106501 into the S-Register and press
LOAD MEMORY switch.
d. Press CLEAR REGISTER switch. Then, in
turn, press LOAD ADDRESS switch once, and LOAD
MEMORY switch twice. (This procedure clears the
A- and B-Registers.)
e. Enter 002000 into the S-Register and press
LOAD ADDRESS switch.
f. Enter 077777 into the S-Register and press
SINGLE CYCLE switch twice.
g. Check the contents of the A- and B-Registers
as follows:
(1) Press CLEAR REGISTER switch. Then
pre s s LOAD ADDRESS and DISPLAY
MEMORY switches. The content of memory location 00000 (A-Register) is now
displayed by the T-Register indicators.
5-34. INITIALIZATION. This being the first in a
series of reliability tests, it is necessary to manually
check the A- and B-Register commands (LDA, LDB,
MIA, and MIB) before attempting to load the diagnostic test program. This is accomplished from the front
panel by using the S-Register to enter data patterns.
Proceed as follows:
(2) Check T-Register display for indication
of 077777. If indication is normal, proceed with next step. If indication is abnormal, troubleshoot the circuits associated with the A-Register commands.
a. Press CLEAR REGISTER switch. Then enter
002000 into the S-Register and press LOAD ADDRESS
switch.
(3) Press DISPLAY MEMORY switch. The
content of memory location 00001 (BRegister) is now displayed by the T-Register indicators.
5-5
Model 2114B
Volume Two
Section V
Paragraphs 5-35 to 5-42
(4) Check T-Register display for indication
of 077777. If indication is normal, proceed with next step. If indication is abnormal, troubleshoot the circuits associated with the B-Register commands.
(5) As presented, the above procedure checks
the LDA and LDB commands. To check
the MIA and MIB commands, repeat steps
"a" through "g", except substitute 102401
and 106401 in steps ''b'' and "c", respectively.
5-35. LOADING. Load the Alter-Skip instruction
Test Tape in accordance with the instructions presented in Paragraph 5-20.
5-36.
RUN. To run the program proceed as follows:
a. Enter 002000 (starting address) into the SRegister. Then press LOAD ADDRESS switch.
b. Enter 077777 into the S-Register. Then press
RUN switch.
c. The Computer should run briefly and then halt.
Check that the T-Register indicators are displaying
halt instruction 102001, and that the M-Register indicators are displaying address 002001. (These indications verify that the halt instruction is functioning
normally. ) If indications are normal, proceed with
next step.
Register, press the LOAD ADDRESS switch, and
press the SINGLE CYCLE switch. (The EXTEND
indicator should now be off to indicate that the ERegister has been cleared.) If the E-Register contains a "zero", but should contain a "one", enter
002300 into the S-Register, press the LOAD ADDRESS
switch, and press the SINGLE CYCLE switch. (The
EXTEND indicator should now be on to indicate that
the E-Register has been set.) If indication is now
normal, proceed with next step.
d. Enter 000000 into the S-Register and press
LOAD ADDRESS switch.
e. If the correct value for the A-Register was
not observed (step ''b'' above), enter the correct value
for this register into the S-Register and press the
LOAD MEMORY switch.
f. If the correct value for the B-Register was not
observed (step ''b'' above), enter the correct value for
this register into the S-Register and press the LOAD
MEMORY switch.
g. Enter the P-Register value (observed in step
"a" above) into the S-Register. Then press the LOAD
ADDRESS switch. (This inserts the restart address
into the M- and P-Registers.)
h. Enter 077777 into the S-Register, then press
the RUN switch. The test should now continue.
5-38.
d. Press the RUN switch again. The test should
loop continuously until an error condition is detected,
or until the operator elects to stop the test by pressing the HALT switch. If no error conditions are
detected, the Computer should be permitted to run
continuously for at least one minute and 5 seconds.
This allows time for at least 1000 test passes to be
executed.
5-37. EXECUTION ERRORS. Errors detected by
the test program cause the Computer to halt. Each
program halt indicates that either a single code combination, or one of two code combinations, has failed.
The expected values for the A- or B-Registers and
the E-Register when the halt was encountered are
contained in the program listing. After an error
halt, it may be desirable to continue the test. In this
case the following sequence should be followed:
a. Refer to the program listing and locate the
error halt value of the P-Register.
b. Check the stated expected values for the Aor B-Registers against the actual values contained in
the hardware registers. (Use the same general procedure presented in Paragraph 5-34, step "g", to
determine the content of these registers.) Record
the value observed, then proceed with 'the next step.
c. Check the s tat e d expected value of the ERegister against the actual value by observing the
status of the EXTEND indicator. If normal, proceed
with next step. If the E-Register contains a "one ",
but should contain a "zero", enter 002100 into the S5-6
DESCRIPTION.
5-39. The Alter-Skip Instruction Test is a minimal
test of every legitimate code combination in the group.
The test program was written in modules to allow for
extensive looping on a particular module, or to bypass
a failing module. The substitution of a jump instruction into the last location (NOP) of a particular module
allows bypassing of one or more modules, or the
looping of a particular module or group of modules.
Each module uses the S-Register test pattern as input
to the A- or B-Register. Complement and increment
by-one operations are performed on this initial setting, and various skip operations are tested against
the results. If the register is not set to its proper
value, a skip operation will fail and an error halt will
occur. Reference to the program listing will assist
in the analysis of the error pattern encountered.
5-40. A list containing the octal code and initial
location of each program module is presented in
Table 5-6. If bypass is desirable, use this list to
determine the locations requiring jump instructions.
Mter the test using the A-Register is, executed successfully, the A-Register codes are modified (internally) and the test is repeated using the B-Register.
5-41.
EXAMPLES.
5-42. Assume that during the execution of the ARegister test, an error halt is encountered at location 4235. (The actuai halt instruction is in memory
location 4234.) The code combination that failed was
CMA, CLE, SSA, SLA, SZA, RSS. The value 177777
should be in the A-Register, and 0 should be in the
Section V
Paragraphs 5-43 to 5-51
Model 2114B
Volume Two
E-Register. If these register values are correct, then
both the SSA, SLA, RSS, and the SZA, RSS instructions
failed to set the skip condition. If continuation of the
test is desired, the pro c e d u rein Paragraph 5-37
should be followed. Based on this example the sequence would be:
a.
Error halt location 4235; A=177777; E=O.
b. If E=O, proceed directly to step "c ". If E=l,
clear the E-Register as follows:
(1) Enter 001000 into the S-Register and
press LOAD ADDRESS switch.
(2) Enter 002100 into the S-Register and
press LOAD MEMORY switch.
(3) Repeat step (1) above. Then press the
SINGLE CYCLE switch. (The EXTEND
indicator should now be off indicating that
the E-Register is clear.)
c. Enter 000000 into the S-Register and press
LOAD ADDRESS switch.
d. Enter 177777 into the S-Register and press
LOAD MEMORY switch. (The A-Register is now reset to 177777 for restart. )
e. Enter 004235 into the S-Register and press
LOAD ADDRESS switch. (This inserts the restart
address into the M and P Registers. )
f. Enter 077777 into the S-Register and press
RUN switch. (The test program should now continue
to run until another error halt is encountered or until
the Computer is halted at the front panel by the operator.
5-43. Assume that during the execution of the BRegister test an error halt is encountered at location
5225. (The actual halt instruction is in memory location 5224.) One of two code combinations may have
caused the error: CMB, SEZ, CLE, RSS: or CMB,
SEZ, CLE, INB. If B=177777 and E=O, the first code
combination skipped erroneously. If B=OOOOOl and
E=O, the second code combination failed to set the
skip condition. If the register values are incorrect,
then the increment or complement functions for the
registers failed. By using the front panel controls,
the failure can be isolated to one of the two code combinations. If it is desired to continue the test after
completing the trouble analysis, the procedure in
Paragraph 5-37 should be used. Based on this example the sequence would be:
a.
E=O.
Error halt location 5225; B=177777 or 000001;
d. Because two code combinations are listed for
this error halt, the values listed for the A-Register
(the B-Register in this example) and the E-Register,
as stated for the second code combination, are used.
Therefore, enter 000001 into the S-Register and press
the LOAD ADDRESS switch. Then press LOAD MEMORY switch. (The B-Register is now reset to 000001
for restart. )
e. Enter 005225 into the S-Register and press
LOAD ADDRESS switch. (This inserts the restart
address into the M and P Registers.)
f. Press the RUN switch. (The test program
should now continue to run until another error halt is
encountered or until the Computer is halted from the
front panel by the operator. )
5-44. During execution of the test, it may be desirable to bypass one or several program modules. If
code combinations 3400-3427 are to be bypassed, for
example, the following procedure is used:
a. Refer to Table 5-6 and note that location 3332
is listed as the initial location of module 16 (codes
3400-3427).
b. In location 3332, a jump to location 3406 must
be inserted. As listed in Table 5-6, 3406 is the initial location of module 17. Care should be taken not
to violate page boundaries with a direct jump.
c. Enter 003332 into the S-Register and press
LOAD ADDRESS switch. Then enter 027406 into the
S-Register and press LOAD MEMORY switch.
d. Enter 002001 into the S-Register and press
LOAD ADDRESS switch. Then enter 077777 into the
S-Register and press RUN switch. The test will now
execute, but will bypass program module 16.
5-45.
PROGRAM LISTING.
5-46. The program listing for the Alter-Skip Instruction Test is presented at the rear of this section.
5-47. MEMORY REFERENCE INSTRUCTION TEST.
5-48.
SCOPE.
5-49. This program is a reliability test of the 14
memory reference instructions. These instructions
are tested using both the A- and B-Registers, and the
E-Register when required. This test should be executed only after the Alter-Skip Instruction Test has
been successfully executed, since alter-skip instructions are use d in testing the memory reference
instruction codes. When executed, the Memory Reference Instruction Test loops continuously until an
error condition is detected, or until manually halted
by the operator.
b. If E=O, proceed directly to step "c". If E=I,
use the procedure in step 5-42b to clear the ERegister.
5-50.
c. Enter 005225 into the S-Register and press the
LOAD ADDRESS switch. (This inserts the restart
address into the P-Register.)
5- 51. The Memory Reference Group program is
stored in memory locations 7642 through 7667; 1000
through 1322, 2000 through 5027, and 6000 through
6017.
STORAGE.
5-7
Model 2114B
Volume Two
Section V
Paragraphs 5-52 to 5-57
Table 5-6. Alter-Skip Program Module Locations
PROGRAM
MODULE
NUMBER
OCTAL
CODES
TESTED
INITIAL
LOCATION
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
2000-2027
2040-2067
2100-2127
2200-2227
2300-2327
2400-2427
2440-2467
2500-2527
2600-2627
2700-2727
3000-3027
3040-3067
3100-3127
3200-3227
3300-3327
3400-3427
3440-3467
3500-3527
3600-3627
3700-3727
2000
2061
2140
2224
2303
2367
2456
2541
2614
2673
2750
3032
3113
3173
3253
3332
3406
3566
3560
3635
21
2030-2037
2070-2077
2130-2137
3712
3712
3712
22
2230-2237
2330-2337
4001
4001
23
2430-2437
2470-2477
2530-2537
4043
4043
4043
24
2630-2637
2730-2737
3030-3037
3070-3077
3130-3137
4124
4124
4124
4124
4124
25
3230-3237
3330-3337
4246
4246
26
3430-3437
3470-3477
3530-3537
3630-3637
3730-3737
4314
4314
4314
4314
4314
27
28
29
30
31
32
33
34
35
36
37
38
2140-2177
2240-2277
2340-2377
2540-2577
2640-2677
2740-2777
3140-3177
3240-3277
3340-3377
3540-3577
3640-3677
3740-3777
4432
4530
4626
4727
5020
5112
5213
5312
5412
5505
5606
5701
5-8
5-52.
EXECUTION.
5-53. INITIALIZATION. The Alter-Skip Instruction
Test program (Paragraph 5-28) must be executed
successfully p rio r to attempting execution of the
Memory Reference Instruction Test Program.
5-54. LOADING. The tape for the Memory Reference
Instruction Test is loaded in two steps using the following procedure:
a. Load the first part of the tape using the instructions presented in Paragraph 5-20. When the
Computer halts (halt instruction 102077 displayed by
the T-Register indicators), memory locations 7642
through 7667 have been loaded.
b. Enter 007642 into the S-Register and press
LOAD ADDRESS switch.
c. Press RUN control. The Computer will run
briefly and then halt (halt instruction 102001 displayed
by the T-Register indicators). Memory locations
000100 through 007655 are now initialized to selfaddressed halts (102002, 102003, etc).
d. Load the second part of the tape in accordance
with the instructions presented in Paragraph 5-20.
When the Computer halts (halt instruction 102077 displayed by the T-Register indicators) the remaining
memory locations will have been loaded. Proceed
with the run instruc?ons in the following paragraph.
5-55.
RUN. To run the program proceed as follows:
a. Enter 001000 into the S-Register and press
LOAD ADDRESS switch.
b. Enter 077777 into the S-Register and press
RUN switch. (The test should loop continuously until
an error halt condition is detected, or until the operator elects to stop the test by pressing the HALT
switch. If no error conditions are detected, the Computer should be permitted to run continuously for at
least one minute and 45 seconds. This allows time
for at least two test passes to be executed.
5-56. EXECUTION ERRORS. Prior to executing
the entire memory reference instruction test, a basic
reliability test is executed first. If errors are detected by this portion of the test program, the processor halts with the error halt location in the
P-Register. Table 5-7 contains a list of the error
halts for the basic test. For each error halt, the
expected values for the A-, B-, and E-Registers are
specified. Remedial measures should be taken prior
to executing the remainder of the program. If it is
desired to continue the basic test after an error halt
has been encountered, press the RUN switch.
5- 57. After execution of the basic test, control is
passed to that portion of the program which performs
the extensive test of all memory reference instructions. Errors detected by this portion of the test
cause the Computer to halt with the P-Register containing 001257. The A-Register contains the location
of the errol'-producing instruction, and the B-Register
Section V
Paragraphs 5-58 to 5-63
Model 2114B
Volume Two
contains the octal equivalent of the failing instruction
code. After inspecting the A- and B-Registers, reset
the P-Register to 001257 and press the RUN switch.
The Computer will immediately halt with the P-Register containing 001262. The original contents of the
A-Register and B-Register at the time of error
detection are contained in the respective registers.
After inspecting the A- and B-Register contents,
press the RUN switch. The test will continue to cycle
until additional errors are detected, or until manually
hal ted by the operator.
Table 5-7. Memory Reference Instruction Test
(Basic Portion), Error Halt Indications
LOCATION
(P)
1003
1006
1010
1024
1037
1045
1052
1057
1064
1071
1076
1106
1112
1114
1123
1127
1131
1140
1146
1154
1163
1173
1203
1205
1214
1216
1225
1227
1237
1241
5- 58.
INSTRUCTION FAILURE
JMP failed;
JSB failed;
JSB failed;
JSZ failed;
ISZ failed;
CPA failed;
CPA failed;
CPA failed;
CPB failed;
CPB failed;
CPB failed;
AND failed;
AND failed;
AND failed;
XOR failed;
XOR failed;
XOR failed;
IOR failed;
LDA failed;
LDB failed;
STA failed;
STB failed;
ADA failed;
ADA failed;
ADA failed;
ADA failed;
ADB failed;
ADB failed;
ADB failed;
ADB failed;
A=OOOOOO,
A=OOOOOO,
B=OOOOOO,
A=OOOOOO,
A=OOOOOO,
A=077777,
A=100000,
A=100001,
A=077777,
A=100000,
A=100001,
A=OOOOOO,
A=OOOOOO,
A=OOOOOO,
A=OOOOOO,
A=100000,
A=100000,
A=OOOOOO,
A=077777,
B=077777,
A=077777,
B=077777,
A=125252,
E,iO
A=052525
E,i1
B=125252
E,iO
B=052525
E,i1
E=O
E=O
E=O
B=OOOOOO,
B=OOOOOO,
B=077777,
B=100000,
B=100001,
B=077777,
B=100000,
B=100001,
B=100000,
B=100001,
B=100001,
B=077777,
B=100000,
B=100000,
B=100000,
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
E=O
DESCRIPTION.
5-59. The Memory Reference Test is an extensive
test of the fourteen memory reference instructions.
The test begins with a simple exercise of each of the
instructions; this verifies that the group basically
operates successfully. The basic test utilizes the
Switch Register to generate test patterns. After one
successful pass through the basic test, control is
transferred to the remainder of the test. During each
pass through the Memory Reference Test, both the
basic and extended portions of the test are executed.
The Switch Register must remain set to 077777 for all
passes through the test.
5-60. The extended portion of the test executes each
instruction direct and indirect to each page within 4K,
multi-level indirect to each page within 4K, and direct
and indirect through the A- and B-Registers. After
this phase is complete, iterative testing of selective
instructions is executed. The modules and their locations are listed in Tables 5-8 and 5-9.
5-61. Any module can be looped continuously by inserting a jump in the NOP location preceding the
initial location of the next sequential module. The
entire test will loop continuously until halted from the
front panel, or until an error is detected. If restart
is desired, the starting address is 001000 with the
Switch Register set to 077777.
Table 5-8. Memory Reference Instruction Test
(Extended Portion), Module Locations and
Test Functions
TJMP1
TJSB1
TISZ1
TCPAl
TANDl
TXORl
TIOR1
TLDA1
TLDB1
TSTA1
TSTB1
TADA1
TADB1
2000-2061
2061-2136
2137-2311
2312-2401
2402-2472
2570-2670
2671-2767
2770-3055
3056-3140
3141-3230
3231-3321
3322-3442
3443-3560
Jump Test
Jump Subroutine Test
Index Skip Test
Compare to A Test
And to A Test
Exclusive OR to A Test
Inclusive OR to A Test
Load A Test
Load B Test
Store A Test
Store B Test
Add to A Test
Add to B Test
Table 5-9. Memory Reference Iterative Module
Locations and Tests
TCPA2
TCPB2
TAND2
TXOR2
TIOR2
TLDA2
TLDB2
TSTA2
TSTB2
TADA2
TADB2
5-62.
4000-4024
4025-4051
4052-4114
4115-4161
4162-4240
4241-4265
4266-4312
4313-4341
4342-4370
4371-4521
4522-4652
Iterative
Iterative
Iterative
Iterative
Iterative
Iterative
Iterative
Iterative
Iterative
Iterative
Iterative
CPA Test
CPB Test
AND Test
XOR Test
lOR Test
LDA Test
LDB Test
STA Test
STB Test
ADA Test
ADB Test
EXAMPLES.
5-63. During the execution of a pass, a halt is encountered with the P-Register containing 001257. The
A-Register contains 004201 and the B-Register contains 031313. After inspecting the A- andB-Registers,
reset the P-Register to 001257. The RUN switch is
pressed and the Computer halts with the P-Register
containing 001262. The A-Register contains 000004
and the B-Register contains 000141. The initial halt
values indicate that an lOR to base page location
004201 failed. The second halt indicates that it failed
on the 141st octal iteration and the A-Register contained 00004 instead of 000000. This indicates that
bit 2 of the A-Register was not set during the lOR
operation of the following two patterns: 052525 and
125252. Since 141 octal iterations were completed
successfully, it would indicate that the problem is of
intermittent nature.
5-9
Section V
Paragraph 5-64 to 5-75
Model 2114B
Volume Two
5-65. A functional diagram for the Memory Reference Group Test is presented in Figure 5-1. The
program listing is presented at the rear of this section.
are encountered in this portion of the test, remedial
measures should be attempted prior to execution of
the remainder of the program. If it is desirable to
continue the basic test after an error halt has been
encountered, the following seq u e n c e s h 0 u I d be
followed:
5-66. SHIFT-ROTATE INSTRUCTION TEST.
a. Refer to Table 5-10 and locate the error halt
value of the P-Register in the left-hand column.
5-64.
5-67.
PROGRAM DIAGRAM AND LISTING.
SCOPE.
5-68. This program is a reliability test of alliegitimate code combinations in the Shift-Rotate Group
(SRG) and the instructions used to control and sense
the overflow logic. The codes are tested utilizing both
the A- and B-Registers, rendering a total of 612 legitimate, meaningful combinations. This test should
be used only after the Alter-Skip Group Test and the
Memory Reference Instruction Test have been successfully executed. This test uses Alter-Skip and
Memory Reference instructions to execute the SRG
combinations. This test will loop continuously until
an error condition is detected, or until normally
halted by the operator.
5-69.
STORAGE.
5-70. The Shift-Rotate Group program is stored in
memory locations 4500 through 7104.
5-71.
EXECUTION.
5-72. INITIALIZATION. The Alter-Skip Group test
program (Paragraph 5-28) and the Memory Reference
Group Test program (Paragraph 5-47) must be executed successfully prior to attempting execution of the
Shift-Rotate Group test program.
5-73. LOADING. Load the Shift-Rotate Group tape
in accordance with the instructions presented in
Paragraph 5-20.
5-74.
RUN. To run the program,proceed as follows:
Table 5-10. Shift- Rotate
Instruction TeRt
(Basic Portion) Error Halts
LOCATION
(P)
6204
6207
6211
6214
6216
6221
6223
6233
6235
6245
6247
6255
6257
6263
6265
6273
6275
6302
6306
6311
6315
6324
6333
6336
6341
6345
INSTRUCTION FAILURE
SLA failed;
A==OOOOOO,
SLB failed;
B==OOOOOO,
CLE, SLB failed; B==OOOOOO,
SLA failed;
A==OOOOOO,
CLE, SLA failed; A==OOOOOO,
SLB failed;
B==OOOOOO,
CLE, SLB failed; B==OOOOOO,
ALS, ARS failed; A==OOOOOl,
BLS, BRS failed; B==OOOOOl,
A==100000,
ALS failed;
BLS failed;
B==100000,
RAL failed;
A==000002,
RBL -failed;
B==000002,
RAR failed;
A==000001,
RBR failed;
B==OOOOOl,
ALR failed;
A=077776,
BLR failed;
B=077776,
ERA failed;
A==OOOOOO,
ERB failed;
B==OOOOOO,
ELA failed;
A==000001,
ELB failed;
B==OOOOOl,
ALF failed;
A==000001,
BLF failed;
B==000001,
ARS, SLA failed; A==OOOOOO,
BRS, SLB failed; B==OOOOOO,
ELA, SLA failed if A==OOOOOl,
ERA, SLA failed ifA==OOOOOO,
E==l
E==(.\
E==O
E==O
E==O
E==O
E==O
E==O
E=O
E==O
E==O
E==O
E==O
E=O
E=O
E==O
E==O
E==l
E==l
E==O
E==O
E==O
E==O
E==O
E=O
E==O
E==1
a. Enter 006200 into the S-Register and press
LOAD ADDRESS switch.
b. Enter 077777 into the S-Register and press
RUN switch. (The test should loop continuously until
an error halt is detected, or until the operator elects
to stop the test by pressing the HALT switch. If no
error conditions are detected, the Computer should
be permitted to run continuously for at least 35 seconds. This allows time for at least 1000 test passes
to be executed. )
5-75. EXECUTION ERRORS. Prior to execution of
the full set of SRG code combinations, a basic reliability test is executed. If errors are detected by the
basic test program, the Computer halts indicating the
error halt location in the P-Register. Table 5-10
contains a list of the error halts for the basic test.
For each error halt listed, the expected values for the
A- or B-Registers and the E-Register are also listed.
These values can be used to restart the basic test
after an error condition has been detected. If errors
5-10
b. Check the stated expected values of the A- or
B-Registers and the E-Register against the actual
value contained in the hardware registers.
c. After visual inspection has been completed,
check the expected value of the E-Register. If normal,
proceed directly to step "d". If the E-Register contains a "one ", but should contain a "zero If, enter
001000 into the S-Register and press LOAD ADDRESS
switch. Then enter 002100 into the S-Register and
press LOAD MEMORY switch. Finally, enter 001000
into the S-Register, press LOAD ADDRESS switch,
then press SINGLE CYCLE switch. (The EXTEND
indicator should now be off to indicate that the ERegister has been cleared.) If the E-Register contains
a "zero", but should contain a "one", SUbstitute 002300
in place of 002100 in the foregoing procedure. (The
EXTEND indicator should then go on to indicate that
the E-Register has been set. )
Model 2114B
Volume Two
I
IN IT
"7642-7667"
..
START
I
2
1
INITIALIZE
MEMORY TO
HALTS
TXORI
"2570-2670"
..
TESTS XOR'S
DIRECT & INDIRECT
TO PAGES 0,1,2,3
AND AlB REGISTERS-
TSTA2
TADBI
"3443-3560'
"4
01"5 ........ eLE MC'lIIIJLE
rL>
A.,
tNTO ,_ra17177
0!211'f'iJ
1:.·1,
~W.
INTO .... 171771
'''~''UliIJ''
E NOT-I
E-.,
A.~jHJnflA
BE'
5-31
Listing
Alter-Skip Instruction Test
PAGE II!!, '12
1114
8115
8116
8117
8118
8U9
8128
8121
lIua-
82151
12151
82152
82153
821U
821:515
82156
82157
112811
802111
1120"
882112
1128"
'''2U4
812103
182801
HLT 11
CLE,ASS FAILED
HLT 11
ClE,SIA FAILED
cLi,lNA
E-", ol:dll/lllllllllli
HLT 11
eLE, rNA F".LED IF ",.p, OR
CLE,SZA,~SS FAlLEn IS A
cu ,IZl
cu ,aJA,ASS
1123-
"U
1125
8126
1127
8128
1129*
lua
lUI
1132
1il133
013<
111358136
U37
8138
1139
~or.1
12161
82161
82162
.2163
l,ill54
802105
182811
812186
0.2187
1128111
821615 IJIU,a5q
02166 182011
02167 012111
B2178 1112112
82171 182 •• 1
82172
1112173
02174
82175
8.2113
lB29U
8021 U
182.81
111'8
82176 eeZllS
81'1
Bl'2
1143
1144
82177
122138
82201
82222
112213
82U'
IU85
12206
111145
1146
8147
8148
8149
0158
U511152
1153
8154
U55
112•• 1
aezt 16
182001
102117
182BBl
102128
182.11
812121
82~.7 812122
8221. 182.'1
12211 182511
112212 812014
82213 1.2123
112214 l0anu
1156 12215 882124
01" 02216 112125
8158 12217 182001
1159.
1116811
11161 1112?28 UJ2126
1162 12221 IU!l2121
8163 12222 '8ZIll!!!!
816"
8165.
11166.
1167 il2223 11I''''''8a
.16S .... •• ... C"E "OllULE
1169 02124 1"'2elll
ellliJ 12:1"25 BB211114
HP 20400AL
HP 20400AL
toLT 81
eli ,ASS
CU"IHA,MSS
E-g, A_U0PI1I2
NLT 81
ClE,INA,RSS F"ILED
CU.,INA,SZA
'-1118110l'3
eLE, INA,3Z' ,RSS
A.Hel"'"
14L1 II
CLE,INA,SU, OR CLf,INA,SU,RSS
CU,SLA
HL1 1111
CLE,ILA,MSS
CLE,SLA"tiZA
HLT 1111
'AllEn
CLE,SLA FAILED
A.('I'U'l13'
CLE,9LA,RSS O~ CLE,SLA,SZA
FAILED
CLE,SLA,SZA"RS9
A-180111.-'
HLT 1111
ClE,9LA,SZA,~SS FAILED
elE, SLA, INA
A-BHalHl!S
HlT 81
CLE,SLI,JNA F"IL£D
CLE,SL,t" 'N",RSS
HL T U
CLE,SLA,INA,RSS 'AILED
CLE,SlA.1NA,!ZA
A.neAR7
HLl U
CLE,SLA,INA,SlA FULED
CLE,SLA.INA,SZA,P!lS
A."e"AlI'
lolL' I i
CLE,SLA,INJ,SSlA"RSS FAILED
CLE,SU
HLT 81
elE,SSA FAILED
CLE,8SA,RSS
A·e.''''l''
CLE,SSA,SU
HL' 11
CLE,SSA,RSS OR CLE,SSA,SlA
FAILED
lJ" 11
LOAD SW. INTO /1-11177777
'-"'''"flle
INA
'-1111"111'
CLE,SSA,SZA,R99
HL1 II
CLE,SS.,SU,RSS FAILED
CLE,9SA,INA
,,-ueBU
elf ,SIA, INA,RSS
•• 11.,1.2
hLT I I
ClErSS .... INA,F ... ILED IF •• UIIHS1,
O'lt elE,SSA,INA,RSS
FAILED IF ,,- lelt"2
ClE, SU, I NA,S'U
A-teell3
CLE,SSA, JNA,SZA,ASS
A.UIIIA,
14LT III
CLE,5SA,INA,Sl.l 'ULED IF
A_,,,mlll.,, DR CLf,!U,
INA,SZA,RSS FAILED IF
bll1"IJA.
'OP
LU 81
IN>
LOAD SW. INTO ,,-077777
"·UI,,,"I
0228
11229
0230
"231
8232
8a3J
"23'
B23!5
0236
82;,7
1238
11239
82.8
"241
82'21124'3 ...
92"
02.5
82.6
A2.70:24S82.Q
0250
0251
111252
02153
8254
82515
025611257
8258
8259
0260
C'l261
1262
0263
8264
"265
0266
1!1267
"a68
1269
0270
0271
0272
e273
III 27..
0275
0276
8277
8278
827Q ..
82B011281
8282
9283
8284
823,)'
12:."e
823:1,.
021R7
1'23 IA
li231 t
"2312
i'2313
eeE
rUJ230A
182111'1
Ul2"'1111
002301
10aa01
U21111Z11
ge2U ..
1024ill
"2~14 ".,2i1a4
~23! 5 082JI2'
8a31f1 102011
8a317 1123~'
0a328 1823"3
82121 U2QIII
tCE,SU
ttL 1 III
tCE, INA
tCE.SU,MSS
HL' "1
02:!122 Ii'In3e6
"237J ""2305
02;-12' JUGi'01
CCE, I Nj, AZ ~
CCE, I Nj, !fS5
"'LT 1!!1
1!1232!5 Bl23f1i7
02:'~~ 1029111
02:127 fle2l1"
.,233P1 Hl2PE I
lIIa331 '1212'311
l!IaJ3:? 0f/1~Jl1
0a333 1I'/l2'!01
CCE,INA,SZA,RSS
A-fHHlIol..-,
CCE,lNl,SZ",RSS HILED
"'LT et
tCE,SLA
foILT el
CCE,SLA FAILED
ceE, SLA, RSS
hflM"O/!"
CCE, StA ,SZ,l.
CCE,91.A,RSS OR CCE,SlA,SU
"'LT I!l1
FAILED
rCE,SLA,SlA,QSS
ttL" 01
CCE,SLA,U',.,RSS FAILED
cct, SLA, ""
A.2IMt1f!1!5
"'LT 21
CCE,SL',JJlA F"ILED
CCE,SLA,I",A,,,SS
,,_eeeCUI6
"Lt 121
CCE,SLA.JNA,PSS FilLEIl
CCE,SLA,INA,S?A
A.'lIIlIE'''''7
~LT '1
CCE,SLA,INA,SZA FAILED
CCf,SLII,rtU,su,'tSS
A.eelaU!
"LI "
CCE,'JL",INA,SZA,ASS FAILED
CCE,5U,kSS
"."'0f!J0U
CCt: ,5SA
lolLY lilt CC£,bSA.RSS OP CCF,SSA F.lILFD
I.CE ,SU,SZA
"'LT e1
CCE,Sh,SZA FAtLf1)
cCt,SSA,SZ",PSF
A."'IIIUft
jojL" 0l
CCE,!lSl,9U,PSS FillED
CCE,SSl,INA
A.00"~1I
I"LT gol
CCE,SIIj",JNA F,.lllED
CCE,SU,lhA,RSS
'&-"'11011112
CCE,SSI.,INA
"'''''POIIJ
F.·I
!oiL 1 81
CCE,SS",INA,RSS FAILED 1F
"'~"''''JI2,
crE,SSA,JNl
F"IUD IF "_UfJ GI ,,,
CCt:,SSA,IN",SZA,RSS
A_00"~I"
toll 21
CCE,SSA,JN.&,SlA,qSS FAILED
SE:I,fiISS
"LT ft
f NOT-,
SE.I ,flSS
HL 1 el
CCE, AS'
ttL 1 11
LI'et
I»
~I.
Ell
IN>
E Nor-,
CCE,ASS FAILED
LO.AD SN. INTO 1.-877777
A·H'l0A'~
t'EJlAE Sw. I*ooITO A-177771
E." hlll"'01110
CCE,S7A FAILED
A-IHUU'UJI
CCE, INA FAJLED IF A·PlIA8ea , OR
CCE,SlA,RSS FAilED IF
hUI8",
,h8111ee2
A.9IUh1JAJ
CtE,INI,SlA FAtlEI' IF .-"'0'111"1112
OR Cr.E.INA.PSS IF
. . ,,,&Ifill';'
0233.
1Il2:'l311j:
02336
Rl2337
(,23'0
In3 ••
Ql2J4Z
82343
'12344
11123415
02346
8a,,'7
"2,]'HI
"21"if
e23~2
02~'53
"235'
92355
923'56
.. 23'7
012313
U2001
Ul2314
1II20Pt
MII2315
11/1211101
012316
U211Utl
gill2317
102n"l
002321
002320
",2"," 1
0"2322
U2~Bl
1i182323
1'32""1
932324
U2"1I t
102325
i1f12:'12.
02361 U2Qet
1Il23~f!l
02362
11121t1J
9236'
82365
""2327
1029111
91Q12B'1
U2001
OR
HP 20400AL
HP 20400AL
8171
1172
1173
817.
0175
8176
8177
P178
8179
lIue
IUI*
8U2B1I3
BU'
1185
1186aU7.
1188
1189
111911
12'26 I e2'81
82227 IiIIZI".
8223P.1 eB228'
82231
12232
112233
82234
BB2201
1120 ..
182282
182"1
122315 11112213
02236 182207
112237 llaeu
122U 182211.
12Z4, i"!l2Z8S
11221112 1112911
82243 88221.
112Z" 111112212
112~.5
182AI1
8191'"
Bl92 1122.6 182211
0193 U247 182210
8194 822~1 aB21i!HU
1t9!'"
1196 02251 102215
1197 122!2 112U 7
1198 02253 1821"
1199.
821.·
1281 la?!u 182214
12112 02255 18211111
0283
1214
02815
1225. 912221
122'7 082221
12261 112111
'216'"
1287
'21118
82261 882225
12262 182222
111219 122&3 19211'1
1211.
1211 21226. 11182216
1212
1213
IU65 102111
02266 112213
121'
11122&7
82278
12271
12272
12273
B227,
.,22715
12276
IZZ?7
112011
IIU~
8&2223
1216
lB21B!
8217
11112:n.
1218
1112""1
1219
112226
8228
11'2""1
lau
102227
8222
le2891
8223 82;,,,. IUJ21'1
1224 e23111 192""1
1225 123'1Z IUUlm""
8226 ......... CCE ~,..ODULE
1227 12:'B3 USBe • ., eel
5-32
"'IA 11
HERGE SW, INTO ".177717
I ~a
E-l, ".I1IUIII ••
CME
eMe ,RSS
E.l
HLT 11
CHE,R99 FAJLED
CME ,SU
E-..
HL1' IJl
CME,U:A FAIl-ED
CHE,SU,IISS
E.I
CME,INA,8ZA,RSS
E-O, A.'''"al/ll
"Lt 11
CflE,S;u"R9S FAILED IF E-I, OR
CI'tE,INA,SZA,NSS ,,,,LED
IF E-QI
CME, INA
E.I, ,..IIIIe0'
CME,INA,IISS
E-I, A_ .. 8I11RB3
"Ll 81
CME,INA F,lILED IF '-111011'12 OR,
CME,INA,PSS FAILED IF
A-U8.e3
CHi,INA,SZA
E-I, A.''''',8'
CME,SLA,SZA
E.,
ttlT 11
eME,INA.alA FAILED IF £.1, OR
CME,SLA,SZA FAILEtl IF E.I
CHE,SLA,RS!
E-l, A-aUluu
CME,SLA
E-,
ttlT 111
CME,SLA,RSS FAILED IF £.1, OR
CM! ,SLA FAILED IF E ••
CHE,SLA,INA,RSS
f.l, A.8111111118&
CJ1E,8LA,INA,SZA,RSS
E.a, A.III,,86
IotLt II
CME,SLA,lfIIA,RSS FAILED I' Ed,
Olf CME,SLA, I~A,SZl,RSS
FAILED
CME,8L,6, INA
E-I, A.81/111887
HLI 11
CME,SL.f;, INA fAILED
CHE,IIA,ASS
E-II, "'''"IIIRl7
CME,SSt
E-I
hL1 11
CHE,SSA,R9S FAILED IF E.I, OR
CME,SU, FAILED IF E.1
CMf.lSA,INA,RSS
E.I, A."aRtHI
CME,ISA,SZA
E.l
HLT II
CME,SSA,INA,RSS FAILED IF E-e,
OR CME,SSA,S:U"FAILED IF E-I
CME,SLA,INA,SZ,,"
E-II, A-0"~Ul
HLt 11
C"'E,SLA,INA,SZA FAILED
CME,ILA,SZA,RIS
E.l, .-""111111
"L1 II
CME,SLA,SU,RSS FHLFD
CME,SSA,SZA,RSS
E.A. "-lllflll
toLl II
CME,9SA,BlA,RSS FAILED
CI'IE,SSA,tNA
£-1, A.'"II812
Hl1 11
CME,SS ... ,IN" FAILED
CME,SSl,IN",SZA
[.1/1, A.e1l8eU
"'LT III
CME,SSA,'NA,8lA F,lIlF.D
CPt!,'!A,INA,SZA,RSS
E.l, A-,QlAUJ
Nl1 II
CME,SSA,INA,SlA,PSS F"'LED
aU,RSS
Nl1 II
E_.
I' E.,
OOP
eLE
la85 11123615 1!I1I''''''111
0286 ......... CLA "DDUlE
8287 02;-167 U2501
CLIo
8288 02379 182BII4
8289 82J71 102'111
8298 02372 882"'"
1291 02313 082481
1292 02374 Ul2P111t
8293 8a37e "e2'1~
8a9' 023715 18201111
1295 "a377 802'''3
'296 12.~" 81112487
8297 8241U 182'UU
1129BII:U~Q*
831118
"Jill
8241112
92.03
fl2411l.
1112.05
11124A6
82'07
0382
031113
831.
831!1
83116838703218 8241t
""119 02'11
13111 112'12
1311'"
IN.
tll'llil
lOAD Sit. RER. INTO ".~71771
A·1UI11l80,
"EIlGE Stf. KEG. INTO A.111771
eL'
... ·aeuAA0
A·01111981
11112"1111
"0241'6
0e~U1 ..
1020.1
CLI, INA
ClA,tNA,RSS
HL 1 II
CL",INA,,,Z"
CL", SLA
HL" II
IH2'1 t
"82'12
11121111
CL",SLl,MSS
CLA,Sl.A,SlA
HLT II
,,,zu.
oeZ'1!I5
IJ12
82'13 182413
1313
12'14 et2414
!1I2Ate 182981
831'
IIJ I 5'"
"3161317
IIJIB
8319
832'8321
1322
1rJ323
"3a4
11325
8326
8327
IJ2B"329
0338
fl331
1133a ...
8333'"
8305'
11335
IIIJ3fJ
I1IJ37'"
8338
IIIJ39
IIIJ.B
111'341
12 . . 6 012415
8a.17 81Z416
112'211 102IUH
ft2'21
112':)2
824205
'2'24
8242!!
12'26
12427
012'17
112"1'11
BIa2.2Q1
102881
192421
182'22
112981
H2'05III 11112.23
12'.31 'OU24
Ba.J2 U2'''1
0a.33 "Ba.l!!
0a.3' 182"'6
82'315 U2r.9kll
82436 81112111
02437 11112101
0a ••HI AI!I24~&'I
12441 t1i12101
L.I RIl
CL",RSS
toLT 81
ClA,RS$ F'tLED
CL',SU
~Lt U
CL",SU,MSS
CLI.JNl,S;U,A9S
HLI 01
ClA,SlA,RSS FAILED IF' A_9Ql0P1tlfl,
O;f CLl.JNA,S1A,QSS F~dlFD IF
h\lplPleet
ClA,INI,SZ.l FAILED IF "."ell"el
Oil CLA,SLA Flo 1LED IF
... ",,,1111 Ill'
ClA,SLA,RSS OR CU.SLA,SZA
'''tLED
Cll, SLA,SZ" ,PSI
CL', SLA, INA
hIU'''''P1
tiLt II
CLA,Ul,SlA,ASS FAILED IF
".(lIIH'"'''' OP CLA,SLA, INA
FltLF'D Ifl '-R9'''''I
CL",SLA, ItU,RSS
'""0BPIIH
CLIo ,SlA, INA,S!"
"'L1 III
ClA,SI.A,INA,RSS OR CI A,SL",I~l,
SU FAILED
CLIo ,ILA, INA,SU,RSS
"Ll II
CLA,SLA,IN",SU,~ss FAILED
CLIo ,SSA
A.IH!lAAP.0
!oIll 11
CLA,S,", FAILED
CU,SU,NSS
CL" ,SS',&lA
"'Lt 81
CLA,SSA,RSS OR CLA,SU,C;U
'''ILED
Cl",SSA"SlA,RSS
CLA,aSi, INA
"-9BA01'11
CLA,SSA,S1A,RSS FAILED IF
HLI U
A.(iJt:!IIII00C1, OR eLl,SSA, U,A
'''ILE'D IF "'''UUH'9,
CLI,SLA,INA,RSS
"-\!IfllI'."l
CLI,SLA, 'NA,SlI.
....IIIi!lllJ0B1
"Lt !Ill
CLA,SLA,INA,PSS DR CLI.,SLA,II'IIA,
SZA FAlLE'D
CL",SLI,tNA,!CU,RSS
"."B~Bfll
"Ll PI
CL",SLA,lN",SU,RSS FAtlED
Clio ,lSI
".0111J1i'~"
~Ll til
CLA,S5A FA flED
".llIe""".
n ••"i'-
PAGE
0"~8
'h12
1342 "244~ 002'21
0343 02443 "1a2'22
0344 1t2444 h12001
0345'111
0346 02445 ,e242:)
03,47 02446 002424
0348 02.47 11112"" I
0349'111
0350'111
0351
024!H'I 002425
0352 a?45t 002426
0353 02"2 1021'1"1
0354'111
03!55 ,024'3 032427
03156 B2454 10211IH
i'l3!57 ;'2'55 1lI0SUe
01A01"""'. CL.A,SEZ MODULE
'HHJ2 ;'2d~~ Ul25et CLAEZ
0003 02451 092"04
"OS4 llJa4~11l H112,4".
""05 "24~' 082~e4
"24~2 102401
1101iJ7 02453 0"?4A0
091118 "24~4 002441
"009 02'615 1020""1
"21t6f1 1502442
"IHI
02461 1B21H~1
01H2 02 .. 70 "02443
11013 82471 Ut2""1
0014 02,4720B2444
IHU!5 0241311102"5
0016 02474 "'2"01
"017.
0018 02'75 gY2446
0019 02'76 002447
0020 02'71 U2nU
9021·
0022 325lcJe 1iJi'24~g
9023 02!HH lP2HH.
1:1024 ~2!5"2 032451
0Q25 02503 192""1
0026 ti2~B4 "02452
8027 1112505 102901
0~2e
02506 12102453
9029 025,,7 102001
ora30 02510 0B24~'
IU31 "21511 iB2'''H
IUJ32 1212512 0024!55
1833 e2r1t:) Ul2e01
ee34 025140024151\
093!5 02515 U2f'Sl
8036 02'516 002457
0"37 021517 102001
9038 925211 ,,92462
e039 02521 102"01
""4" 02~22 0a2461
"lUI 02'523 1020BI
"i"'' '
""10
CL',5s.a.,NSS
CL',SSt.,SZA
"LT 81
0099
010"
ClA,5S .. ,RSS OR CL".SSA,S7.A
F,lILED
CL', SU, SZA ,RSS
CL.,5S ... , INA
A.I3'H'IAPI
jo4LI B1
ClA,SS.,SU,RSS FAILEII IF
a~"''''''~, OR CLA,SSA,I~'"
FAll ED IF h;1""P'0t
CU,SSA,IN",RSS
,l-e0D1Co'01
CU,SSA,INA,SZl
A.11I0CUH'1
"LT U
CLA.SSl,I ..... ,RSS OR CLA,SSA,IN,l,
SZ" FAILED
cLA .SSA, I N.... SZA,RSS
"."""'H'II
IoLl01
CLA"SS.\,IN".SZA,flSS FAILED
'OF
....
t.1" PI
INA
"1" U
LOAD SW. REO. INTO .... 07771'1
A·I"Ue0
HEItGE sw, REG. INTO ".,771'17
A.aP'00m0
E.l. "'077771
A-00neB
E.""
INA
'"IA U
CLA,SE"
CU,SEl,kSS
.. Ll EH
CL.\,SEI OR CLA.SEZ,RSS FAILED
CU .SEl,RZA
"'Ll U
CL.l.SEZ,Sl,t, F#oILEIJ
CU,SE1,ltlA,RSS
HL1 01
CLA,SE1,SU,RSS FAILFD
CU.SEl,INI.
C\'A,SEZ,INA,RSS
A·""OAD"
E-t
",\.1 U
CLA"SE1, IN .. OR CU,SEI,IHA.RSS
F""LEn
CU,SEl,INA,SU
CL.,SEl, INA,SlA,RSS
A.~0eDl~'
hLT 1'1
CL4,SE'l,INA,SlA O~ CLA,SEZ,I~A,
HA,PSS FAILED
CL'.SE1,9l'
ioILT eI
CLA'EZ,SlA FAilED
CLA,SEI,8LA,RSS
"LI III
CLA"SE1,SLA,RSS FAlL£D
CL',SEl,St.A,SlA
'"LT U
CL4,SEZ.SLA,SZl HILE[I
CL',SE1,HLA,SU.,RSS
hlt 01
CLA,SEl,SLA,SZA,RSS FAILED
CLA,SEZ,SLA, INA
A.1II0911101
"Ll I!Il
CLA,SE1,SLA, INA FAll£D
CL.,SEZ,HLA,IHA.RSS
"Ll Bl
CLA,SEl,SLA,INA,RSS FAILED
CU,SEl.SLA,INA.SlA
io4Ll U
CLA,SE1,SL',INA,SU FAILED
CU.SEZ,H ..... NA.SU,RSS
HLl U
CLA,SEl,SLA,INA,SlA .. "SS FAILED
CLA,SE1,SS",SZA
kLt 01
CLA,QE1,SSA,Sl,6.,FAILfD
CLA,SE1,gSA,fiSS
I"Lt I!!l
Cl,A.,SEl.Sh,SZA,RSS FAILED
002462
C,L",SE1,S$,6.,SZA
111121381
"L1 01
CLA,SEz,SSA,SlA FAILED
002463
CL', SEl .. SSA, SIA, RSII
102UI
"Ll U
CLA,RE1,SSA,Sh,PSS FAilED
CL~ ,SEZ,IlElA, IliA
ee"6 tlZ53~ 982464
00'7 B2P1:)1 102901
"LI U
ClA.Sf1,SS,lNA FAILED
Pl048 92!5~2 002465
CL.,SEI,SU.INA,HSS
IiJU9 021533 U?P01
"'LT rt
CI.A,SEl.'iiSA,INA,PSS FAILED
0050 82"134 "02466
CLA,SEZ,RSl, UU.SU,
0051
02535 1029101
"LI B1
CL4,sEl.SSA,JNA,SZA FAILED
0,,52 n536 002'67
CL' ,SEl,9SA, I .. A,SU.RSS
00153 02.,37 1!1I2n01
HLt B1
CLA,SEZ,SSA,INA.SZA.RSS FAllEI!
00154 02540 00"08111
'Of
0e5'u'IIIu CLA.CLE HODUlE
il056 e2!l41 "'25"'1 CLH \.'" B1
LOAD SW. 'lEG. INTO A.~17777
1iJ0~7
02542 "'250"
CL" ,CLE
A"'A,
g0158 0ZS'3 002041
&EJ ,"58
0059 025'4 B"2501
CL' ,CLE,~SS
00611 025'15 U21!10t
kLJ U
E NOT.a DR CLA,CLE,RSS FAILED
"'061
02546 002502
CL' ,CLE,SIA
""62 iJ2547 10291H
"LI 81
CLA,r.LE,StA F"ILED
CL' ,tLE,SlA, RSS
"063 11125'" 0025e3
111064 .,215151 ""2515
CL"ClE,IHA,RSS
08615 i'2!5!52 U2i'1H
~LT 1111
CLA,CL[,SZ.&.,ASS FAILED IF
9066'111
A.IlIA00IU' .. 0(1 ClA,CLE, JNA,RSS
aB67·
r~B"""1
111068 02S53 aB2514
CL",ClE,IN"
A-/!8H'HIII
BU,lIS!
"069 "2554 "B211103
Be7A In~55 U2ABI
"'LI Bl
CLA,eLE, IN.&. FAILED
tL"CLE,ItIA,S!A
"071
02556 ""2506
0072 121251'57 a0251l17
CLA ,CLE, I ~A, SlAp RSS
a073 0256m 102~01
"Lf B1
CLA,CLE,IN .. ,SZA OR CLA,CLE, INA,
SlA,RSS FAILF..D
""74'111
80715 02561 "02511
CLA .CLE,SLA
e076 a2562 1 a2e" 1
"LT B1
CLA,CLE,SL ... FAILED
0077 025e3 U2511
Cli ,CL~, SLA,RSS
0078 92!64 0021512
tL',CLE,SLA,SZA
0079 112!5'S!5 1020BI
~Ll et
CL .... CLE,SLA,RSS Off CLA,CLE,SLA,
8elll'lll
SlA FULED
lUlU
02566 01215lJ
CLA, ClE, aLA, SZA, ASS
'082 1112567 0021514
CLA ,CLE,Sl", I~A
IoILT Bl
CLA,CLE,SLA"SZA,RSS FAILED IF
"0a3 02578 102""1
A.~'BI"IJ~, OR CLA,CLE .. SLA, INA
"08'"
0B85·
FULED IF A.'HtI"'"
811186 1i12571 182515
CLA ,ClE ,SLA, tNA,RSS
1087 111257'- 182516
CLA ,CLE, SL", INA .. SU
1110118 02573 1020"
hll fit
CLA,CL£,SLA,IN.,ASS OR CLA,CLE,
SLA,INA,9U. FAILED
tLA ,ClE ,bL", INA,SlA ,pSS
111098 1257' "921517
0091 82575 102"91
toLl 11
CL",CLE,nA,IN",SZA.RSS FAILED
CLj,CLE,aSA
1092 22576 ""i!!5Z0
hLT fl
CLA,r.LE,SS .. FAILED
"893 921577 Ul2n".
CLj,CLE,RSA,ASS
"094 02&9111 11102521
CU .. CLE .. SSA,SlA
BI95 111261H ""2!522
llil96 02692 19291BI
IofLT I/ll
CLA,r.LE,SSA,RSS OR
CL ... ,CLE,SSA,SZA FAILED
"a97·
1ll1ge 82603 e"2!523
CU ,ClE, SSA,SZA,ASS
0252'
12529
82526
02527
f."
..
""89-
HP 20400AL
HP 20400AL
HP 20400AL
00.12
80'3
08.'"
"0.5
List... ,g
3kip Instruetion Test
0.261/1.4 e"2f:124
02"05 1020211
"101·
0102
1103
111104
01115'111
1il106
111107
02606 2102525
1326217 eg2526
02610 102r.91
'2611 082527
02612 102001
9108
~2613 1lI00a00
0109u'lll"'" CLA,CI1E MODULE
0118 02(114 102501 CL't1E.
0111 9261 ~ 9~2~"'IA
0112 02616 102401
"113 02617 0!J2004
''114 1I)2~2" 1i12!501
0115 026Z1 002600
111116 02622 PI\l2A43
"117 02e23 1HJ26U
"118 8262' 102'01
1/1119 02625 1lI026et
0120 02f!2b U2A01
0121 02627 811126"3
0122 1il2ft30 002"'~2
0123 02631 "'20PlI
0124·
1il125 !iJ2632 01112604
012& 02633 B02&05
Ell 27 0263' 10?001
111128111129
0130
Bl31
0132·
1il133
0134
Bl3!5
11136.
1il137·
111138
0139
"140
0141'111
0142'111
1H43
0144
"1415
0146.
0147·
0148
014q
9150
0151
0152
"153'111
8154
II!55
02635 0026ef!
02636 002687
02637 102101151
0264" 002611
dZ64L 902612
02642 13201ill
... ,I~IA
"·~'ila~~1
CLA,ClI'::.SSA,SlA,R5& O~ CLA.CLE,
S54.,INA,fAILED
CL~,CLE,&SA, INA,RSS
CL", ClE, :i5A, I ~A, S7A
"'Lt 0l
ClA,CLE.'lS.6, ltu,RSS OR CL.6.CI.E.•
S~A, INA,'1Z.A f II IHI'
CL', elE, ::.SA,' N,t., SZA .IlSS
IoOLI 01
CL.a,ClE,So;A,INo\,SH.~S5 FAILED
_OF
CL.,CLE,~C;
"'Lt Iil1
I 1A
~1
IN'
I'IU III
I.'
LIA Pli
CL~, CtlF
LOUI Sw. REG, tNTI) 11.1617771
A-10Q(iqlli'l
"EROE SW. REG. INTO A-071771
E· L, ... ·"0~"'00
LOAD Sill_ lUG. INTn A.fl17177
EoO
SE2,SlA,~SS
CLj, eMF, bL'"
E-I
"L1 111
CL",r.t'lE OR CLA,CHf,SlA FAilED
CLA,Ct4E,RSS
Eae
"LT et
CL .... r.poU:,RSS FAlLEn
CLj,Cf1E,SZA,RSS
CLA,CHE,::.U
"Ll et
CLA.,r.Hr,SZA,RSS FIlILED IF E-I,
OR Cl'.r.I1E,S1A FAILED OF fell!
CL",CHE, INA
E.I
CLA,CHE,INA,RSS
E-/it
tolT U
CL",CHEd"'A fAILED IF E.I, Oro(
CLl,CHE,INA,Q5S fAILED IF
CL',CHE,INA,S!A
F.-I
CLII,CHE,1NA,SlA.RSS
E.1Il
I-oLT 01
CLA,CfoIIE.!NA,SZA FlJLFD IF £0111,
etR CU,CHE,IN .. ,S/A,QSSh
CL"',CHE,SLA,RSS
E-t
CL',CHE,lIlA,SIA
E."
kLl 01
CLA,CHE,SLA.RSS FAiLEil IF E-I.
O~ CL'.r.ME,SLA,S1A F6.lLED IF
E-'"
E.."
E·~l
02643 002613
02644 082614
U264!5 1028" 1
r.l2646 002615
02647 602616
026'5P lIi!I2A01
02651
02652
021)'3
"2654
1!1265!i
01112617
U2001
1102621
liJe2~20
U20"1
32656 0t112"23
02~57 002622
CLA,CHE,SLA,SlA,RSS
E-t
CL .. ,CI1E,~LII,JNA
E-g
kLI et
CL",C"'F.,SLA.,SlA,riSS FAILED IF
E.l, OR CLA,CHE,SLA,INA
FIoILED IF E_'!
CU,CHE,SLA, PU,RSS
E-I
CLA,CHE,lIlA,INA,SlA
"LT 01
CLA,CME,SLA,INI"RSS FP,ILEO II£,.1, OR CLA,CtlE,'lLA.,INA,Sll1
FAII.ED If E_(,
l':L.,CHE,SLA.INA,Sz.,t"PSS E.1 •
I-oLl Ii!Il
CL".CHF,SL. .. ,INA,SZA,~S5 FAILED
CL",CI1E,SSA,RSS
E.A
tL"',CHE,SSA
e.l
"Ll
CLl,CHE,SSA,PSS FAtLED IF E-0.
OR Cl.,CHE,S'A FAILED JF E.I
CLA ,CHE, 5SA, SU" RSS
f.!'
CLA,CI1E,SSA,SZA
F.l
E-"
P,
PAGE 0011 *03
Ii! 156
en701589159
11161/1
0161
0162·
0163·
fl164
111165
U66
0167
0168
0169
021\60 10201H
11::1661 002625
0261!12 002624
1il261!13 102"01
0266' 802626
"'26';1i U21iU11
~26~6 002627
02667 102001
0267(21 002P41
02671 102011
BVB
.,2672 0BP~HI8
1171 ••••• CLA,CCE MODULE
1172 0267:-1 102'501 CLACE
0173 8267' 01)21/10A
9174 02675 U2401
111175 IU676 00200.
1116 1il2677 Ul24D1I
9177 0270~ 0"2700
8178 "27A1 01112701
0179 "271112 132001
0180 02703 0"2703
0181
02704 (11)2702
U82 02705 13201/' 1
0183·
018'
0270116 91112794
0IB5 e2707 a"27P15
0186 1/12711iJ 102BI!l1
01870188 "2711 B1ll27f6
BU9 02712 il02707
019" 0271;' 1Iil21!!et
01911!Il92 02714 802711
0193 0211!5 01U7U
"194 o:121H 102m81
01950196 02717 "02713
"197 e272R r,,02712
8198 82721 U2Q101
1199*
0ilEI0 82722 092715
9281
92723 802114
8202 0272.4 !\f2t01
1203·
0204 02125 802716
0205 02721\ 11212901
0206 02721 002717
0207 0273" 11/1 2 PIll I
0208 02731 ,'-02721
0209 02732 002720
1210 62133 U2~U
0211 'III
0212 8273' "02723
HP 20400AL
toLT U
CLA,CHE,SSA,SlA,RSS FULED IF
E.A, OQ CI.A,CI1E,S~II,5lA
FAILED IF ~'1
CL&,CME,SSA,INA.RSS
CL' ,CME,SS", IN"
E"'1
"L.T!!II
CLA .. CI1F,S9A.INIo,RSS FAilED IF
E.0, 0" CLA,C~E,scU, INA
FAIlE[I IF E"'1
CL' ,CHE,SS,6" P~A,SH
f-I!I
JooL 1 01
CLA,CME, 55 •• INf. .. SZ" FAILED
CL',CME,bSA,INA,SlA.!;SS E.l
"'L I IIJl
CLA,C"'F,SSl,INA.5ZA,PSS FAILt.lI
SE1,iiSS
"L1 ~1
E NOT.,
'OF
E-'"
II ~ 01
~£G.
I.'
LOAD Sw.
"'1' PI
"-UHh""'"
HERGE 5111.
IN'
E.l, AdlQll/ljll01/1
"I~
01
CLA ,CCE
L"L.,CCF.,RSS
"LI U
PEG.
HERGE SW, REG.
INTO ""'=077117
INTU ."'177177
INTO A8017/71
CLE,r.CE OR CLA,CCE,RC;S FAILED
CL.,r.CE,::'l&,R~S
CLI,CCF.,S1A
I-olTIi/Il
CLA,CCE,SlA.,RSS OR Cl A,CC'E,SZA
FA tl ED
CL.,CCe:, IN'
CL •• CCE,IN .. ,RSS
.. L1 et
CLA,CCE,INA OR CLA,CCE,IIllA,RSS
FAilED
CL', ccr, INA, SU
CL'" ,CCF. INA, SlA. RSS
"'LT 1111
CL.A,r:CE,IIllA,SlA nR CLA,CCE,lNA,
'Hl,RSS FII.IlED
CL.,CCE,SLA,RSS
CLA,CCE.SL~
CLA,CCE,SU,RSS pp rtA,CCE,SLA
FilLFD
CtA ,CCE, SLA, SZA. RSS
CLA,CCE,SLA,SH
"'L1 U
CL4,CCF,SLA.SH,QSS ('tR ClA,Ctc.
SU,SZA fAILED
ru ,CCE, SL,I" INA, RSS
CL.,CCF.,SL",INA
"'Ll Pll
Cl4,CCE,SLA .. UU,RSS C'R CLA,CCE.
SLA, INA FAILED
CL' ,CCE,SLA.I NA, SlA
"'Ll U
CL",r.CE,SI A,pu,SZA FAILED
eL' ,CCE, c;t. .... PIA, SZ.I ,RSS
"'LI II
CLA.,CCF,SU., ItH,Sz,a,RSS FAILlD
CtA,CCE,S'IA,RSS
CLA,CCE,SSA,
toLT til
CLA,CCE,SSA,RSS OR CLA,CCE,SSA
F .. ILED
ClA ,CCE, BU ,57". R!tS
'"L 1 AI
5-33
Listing
Alter-Skip Instruction Test
PI,GE 0812 #03
1!1213
02135 e0272?
CU ,eCE ,:is.l,SlA
'''IT et
CLA,r.CE,SSA,9U,RSS DR rU"CCE,
0214 1(12736 102~el
111215·
11216 02731 1/102725
0217
SS ... ,SlA FAILED
CL.,CCE,SSA,INA,RSS
02740 1!102124
CL' ,etE,sSA, INA
"'LT £II
CLA,CCE,SSA, IN.I,RSS OR CLA,CCE,
SSA,INA FAILE[1
CLIi ,tCE, SS"', INA, SU
i'lLt 01
CLA,r.CF.,SS',JNA,S7A, FAILED
Cl' ,CCE ,55.1, INA, SlA, ASS
0218 02141 1;'241'"
"219·
0:229 1/12142 "212126
e22! 027.3 102!UH
0222
2127 •• 0021:n
11223 02745 U2'''1
022'
027.41'1 002Ul
0225
02747 UiH"",
I1ll '"
S£l ,RSS
>OP
11226 ....... C'"''' "IODULE
C~"
r.
0221
0228
0229
0275(11 102501
02151 rae2104
02752 U2401
Pl231!!
827';3 0113i102
02~1
02754 1\112"01
CMA,SZt,
"'L1 PI
0232
327'5~
eM'
0033"e.
0233 02156 01/130Ql
":234 il2157 lIi'!21101
0235·
0236
027~~ 003003
0237 027"'1 1fI2A0l
0238 "27~2 00330.
0239
112 ..1
027'SJ
303~05
027~4
l1J29101
0241·
0242111243 "27"~ B03e06
0244 ~271)" "~3\l107
0245 0271)7 1?I2'101
111246.
02470248 0'17791 00241~
Pl277t 1"2Ul
"'249
"250
0251
"'2~2
0253
0254
"255
02156
0257
e2ba
027n
1I'~.Hll
92773 102iHH
a2714 003 A 12
A277tt 102~1i11
G277to U'3U3
'J2177 l1i12P01
0301UI 1ll1i130U
9303Al 11112001
03~1l' B93015
0259 {f30~3 003~16
0269 031.,... J 02"'" 1
9:261026:20263
926'
0:265
0:2660:267·
0268
11269
01"'1115 0~3020
0.Un)" e03"17
03"'07 102P01
IIlll'l'" "03~21
03"'11 102001
81
CLE, INA
l
"'1' 01
CHA,IfSS
I-L 1 01
C""',S1.A,RSS
"'LT el
CMI.INA
CHA,IN.t.,RS5
loLl 01
CLA,CCF,S9A,IN~,SZ.l,RSS
03"t' 303022
0271 03"13 Ul2011Jl
111272 a.]Rl.t 003~23
0273 1113"15 102001
91274
a;S"16 11'03824
0275 'IlJU7 102~PJ 1
0276 0J9I2" 003¥'125
0277 030~1 U2QfJl
fl278
03"2:l 0213026
0279 03P?3 U230 I
8280
03024 "C!3~2'
0281
0J625 U2~01
0282 03"26 L'.0~.u0
0283 03027 ~0'''4''
0284 "'3911'" 1III2"1i!I1
0285 t3031 t'00.300
0281'.1 . . . . . C"", SEl MODLJL E
9287 93"'3, U2'PJl
C.Al:El
02&8 03033 ~q200d
0289 1/1031/134 U:2401
0290 e3PJ35 111'12'1.104
0291
03A36 11133048
0292
33037 0t3U 1
0293 0301" 102~fll
029"
029' .,3"41 033042
0296 03",42 1/113043
03,143 uzm"l
11297
0298·
0299·
030e 0Ja" 003,,44
0301
03@45 11I13311l45
1'l302 1!I3Q146 102 Ill" 1
0303·
111304 1311147 B0JB46
0395 e3 111 5'1 102~"1
111306
0307
031l1S
030Q
1310
13~!51
"eo3"'7
LOAD SW. REG. {"HO .... "77777
A·UQ10U
"EROE S~. RE.G. tNTD '.177177
A·eOlfHI0iI
• NOT·0"00V'0
A·177717
A·"'UIlIe"
CMA FAILED IF A ·177717, OR C"A,
RSS F'ltED IF A ."'B0110a
A·I77n7
CMA,SlA,RSS FArLED
A·!JIIIIl1ArlIl
1,-117177
CHA,nH FAilED IS .... aell'el,
OR
CMA.,tNA,RSS FAllEn IF
A·\77777
C~u,INA,S1A
.... 0AIU.C!l1
CM~,INA,9lA,RSS
A.I77717
kll81
C"",IN&,SZ.&, FAILFD IF A.a'HHJ&ll
OP CI1A,tNA,S1A,R-;S FAILED
IF '·117771
CU ,SLA
A.00elll;'1f'
"'Ll 01
elA,elA FAILED
CM' ,SL1,~SS
1..177777
loLl 01
CI1A,SL1,RSS FAILF.11
CPU,Sll.,!!.'
".AP~n~a
"'LT I?I
CMA,C:La,SH FAILE!)
CM",SLA,IilA.,RSS
1.-177777
"'Ll fl
C~A,SLA,S1A.~SS ~AIlfD
CM",SLA, INA
A.''''0A''I1
"'LT '1
CMA,SLA,INA FAlLEn
CMA,Sl .. ,IN ... ,qSS
1.-177777
eM" ,SLA, iNA, liZA
A.Q10FHHH
"'Ll it
('~A,SL.t,I"4A,~SS FHUS IF
"'177117, OR C~A.St.A.Ir\IA,SH
FAilED IF hl"0\1j;JP
C.... ,SSA
A.t17776
Ct"', SL 1, J NA, SlA, RSS
A.. PlaS002
"'Ll 01
C"U.SS,&., FAJLfD IS .... 177716, 0101
CMA,SLA,If'oA,SZA,qSS FAILED IF
htl,U'PJA2
eMI,SSA,ASS
A.I1777S
~LT £'1
CMA,SSA,RS5 FAilED
HP 20400AL
A.0rP1Afl2
~lT 01
CMA,SS .. ,SZA FAILEI'l
CM. ,5S"" 51:"', RSS
A.t77775
"'Ll I!II
C"lA,SSA,SZA.RS5 FAILED
CM .. ,SSA,INA
A.~H·IIIJ"'A"
toll 01
CtoU.,S'HrINA FAILE[l
CMA,SSI., IN"',~SS
hl7777!5
i'llT 0\
CMA,~S4,IN"',RSS F.ILFD
tH' ,SSA, INA,S7.~
A.PllnliHn:
"'Ll tl
CH",SSA.TN',51A FUL£D
CM",SSA,U4A,S7.A,R'SS
Aet77775
"'LT U
CMA,S'H.INA,SlA,IO:SS FAILED
eLA
A_",0Ar'C,1lI
8n
~OT.~
"L1 IlIt
_0'
E
LI' PI
LOAD Sw. REG. INTO ... A77777
,hUA0A1'JfI
f4ERGf. 9"11. flEG. INTO '·177n7
E-l, A.P.UHU,Iol"
IN.
..,
Iflli '1
CMA ,5E7
CtU,SE1,A5S
"'l t
QlI
.·117777
.·I!IIII~mra
FAILuRE I
CtI!A,SEZ IF A·17777771
CHA,SEl,RS' IF .... ~u'H!lpe
CMA, SE 1, Sl'"
... -177 771
CMA,SE1,S7.A,PSS
A-Aft!!"!'e
I-ILl 1211
FAllURF.1
CHA,SEi,SII IF
hI77777,
CM.,SEI,S1A,FlSS
IF ... etI?09P'
CI1A,SE1,INA
E.t, A.PJl/leB?'t
LI1A,SF..7,."' ... ,RSS
E.I, ".1/10130"'0
'''IT 01
CJlot.,SE7,INA OR CH .... SEI,IN.l,RSS
FATLED
CI1A,5E7,IN ... ,SlA
E.l, .... Q1111"0P0
"'LI U
CHA,SE1,INl,SlA FAILED
CMA,SE1,INA,S7.A,RSS
e.t, "-I·uHHl0~
CMA,SE7,IN"',SlA,PSS F~ILED
1'311152 102""1
"'ll 1'1
(.."'.,5£1,5l.A
£-1, •• 171771
CH",SEZ,SL ... ,RSS
£.1, A.ol~:J1F10
"'Ll li!t
F,I,lLURn
CM"',SEI,SU IF
'-)77777.
C"',!:IEl:,SlA,RSS IF
'·'HIIIIIIJ'l0
CM",SEl.SlI,Sli
E"S, A.171777
CM.,S[1,SLA,Sl.l,RSS
E.t, AIIN"B1I0111
"'LT ru
FltLuRH
CM"',SE1,S'.t,SH IF
'-177777,
CMA,SE7,'RA,SZA,
RSS IF ",_P(1IPEH10
tM.,SEZ,'tLA,)t.lA
f'-t, A-9I~IHI11i!l0
CtU,5F./,~L ... ,'~IA,RSS
E.l, A·e0"PI~0
i'lLT IU
CI'U,SE1,SLA,INA OR CMA,SEZ,SLI.
1Nl,RSS FULED
~3i1S4
01113951
!!I 3 1'!5!5 1921!101
0311·
1a30158 "2911 t
11316.
11317·
0318 l;.le61
111319 0JP'!I2
0328 1iJ3A63
032h
"322 032164
0:523 0306'i
0324 e3Q1'!16
11325 e3067
e~26
eM., 55A, 52 A
0JQl5J IItPJ.a51!1
8312·
1313 83056 883052
1314 03"157 1Z!83053
831!5
FAtLED
E NOT ••
P ... GE 0313 '03
~270
HP 20400AL
HP 20400AL
B03054
883055
102001
0,,305&
102"81
003851
182"'01
0Jg,.e 00306/11
5-34
CMA,SE7,SL~rlNA,S7..l
"'L1 U
F.-I, ... ·0F19.1P~"
CMA,SEI,SLt.,INA,SLA FAILED
t.U,SE1,SL ... dNA.5lA,RSS E-I, A-('IViIiJP"1
"'LT IlII
CMA,SEl,SLA.tNA,SZA,.PSS F"ILf.D
CM",SEZ,SS...
E.', ".177717
8327
0:126
03290330'"
1331
0332
0333
9334'"
0335'"
003871 1103.61
e:5P172 1028"1
"3r.73 0030tl2
03"74 8f306]
2I3n7!5 IPl2AliH
91336
03~'t-
0337
0338
0339.
0340
21341
8342
030'177 01jJ3065
131'''' U200t
003064
143101 003A6F
03,o2 U21Hl1
931!l13 883167
03'3
9310111 102011']1
9:1'4 03Ufi 600'·40
1l34!5 03106 002040
0346 133197 102001
0347
P6311~ 002U2
0348 03J 11 U2~el
0349 03J 12 '0i10Wlee
03ae . . . . . CH',ClE f40DUlE
0351
03113 1925~1
cl'ln~
Ba!52 0311" 'J.a2~04
0353 03115 192401
0354 63t 16 "'32!J04
0355 81117 003108
035:6
.a3ua ,a03101
0357 03121 102001
1lI35a'"
03f59 1113122 003104
0360
03123 ,h13U:5
0361
03t204 102001
0362'"
0363·
8364
~~ 12"i Dfl3te2
8365 0J12fo 1162081
0366 03127 1103106
0367
03130 1020e1
8368 03131 003107
0369 93132 1.HI3105
8370 03133 1029'"
1!l:5710372
.37~
0374
0375
0376
0377
0313.t
:a313!'1
03136
03137
0314a
0314'
003111
102011
0031 UI
1029i 1
003112
003114
~314' 132801
8:179.
Ii! 38fJ.
0381
03143 P03113
0382 03144 11)2fJ01
0383 +13145 0e3115
1!l376
CH.l,SEZ,SSA,IISS
E-l, A.ael,al
"'LT 11
FAILUREI C"A,SEZ,SSA,IISS IF
A-t777'71
CH.,SE7,SSA,PSS
1F ... ·OSe0e.
CH .. ,SEZ,SSA,SZ'
E-"
".177777
CH",SEZ,"S .. ,SU,RSS
F..I, '.:iJ"e~011
"'L T fli
FAILIHIE_
C'U,Sf!Z,SSA,SZA IF
... ·H7777r
CM,l,SF.z,SSA,SlA,
RSII IF A.ij'I1IR01
C"~,SEZ,SS.A,INA
E-I, "-"'''''"'0
CM',SEl,SS.,INA,RSS
E.l, A·0BIU1IHJ
CHA,SEl,SSA,JNA OR CPU,SEi
i'lL! .1
SSA,INA,RSS F ... tlEn
CI1",SEZ,SSA,tNA,SU
F.-l, A.mB3,,01iJ
"'LT 01
CI1A,SEZ.SSA,JNA,SZA FAILED
tM',SEZ,SSA,tNA,SZA,RSS E-l, A-""erH'I!
"Ll U
C"A,SEl,SSA,INA,SZA,~SS FAtLED
CLE
SEl
H 1 et
E NOT.e
SZ'
I'oL 1
et
... NOT.Ql001l1I1e
NO,
L IA pt
CM .. ,Glf.
LOAD SW. REO. INTO A.177711
A-UP10f1P1
MERGE Sill. REG. PHO •• 177177
E-I, Adl00000
to-Itt, A.177777
CM ..
E·I1I, A.II'1771
IN'
/II
I A PI
'N'
,r.lE,~SS
IoILT III 1
FULUREI
CM.l,CLE IF A.t777171
CM',CLE,RS& IF A _1rIf1P1I1I1lA
E:01. A=0eo1I10~
CI"",CLf,SZA,~'lS
£"0, '-171777
"'Ll
FAILURE'
CHA,r;.I.E,INA IF
Aw l"'!7771,
CMA,Ctf',S1lo,~S5 IF
A.I:A"0ri"0A
c.M.,ClE,SlA
E'.~, A.~0",IlI~A
I'IU IH
Ctu,CL~,S7.A FAILf'J)
eM' ,eLE, lta,SlA
F."
6"'~3aOlllJ0
"'LI rn
C"'.,CLF.:.JN',SZA Ftdtf'JI
C'U,CLE,INA,SlA,RSS
E.-t, A"00A;ooI."A
CMJ,CLE,INA,PSS
rot, a .. ::H· ... "0"
"'L1 U
CMA,CLE,It-jA,SZA,F.I3S OR CH'.Cl.E,
IN4-, ~"S FAllEn
CrU,CLE,:.L.A,RSS
(010, """\17777
"'l1 U
CMA,CL~,SU,RSS fl.ILFD
eM' .CLf.,I:II.A
E_Pl, .\a~00~QI'"
"'U Bl
CI'U,CLE,SL.' FAJlE:(l
CHIi,CLF,SL.l,S7..A
E-Pl, "-1'17717
C"",CLE, INA
ru
CI1A,CLE,;iLA,INA
!oILl I"
FAILtJqEI
E"=~,
A·~('ItllftUI
CI'IA,CLE,SLA,S7A,RSS
far, A.t7177"
!oIL1 "1
CHA,CI.E,SU,SZA,~SS FAILED
CM.A ,eLF. ,tilA, INA, RSS
E-", ,.Pl0111r;t02
HP 20400AL
PAGE 001'S 11193
0384
0385
0386
"387
fllS8·
0389·
1390
0391
0392
0393
0394
0395
0396
0397·
0396·
0:199
0400
BUt
0Jt46 192011
..,31.t7 ~"3t16
33\'50903111
031'51 l"2UI
0"'l5?
0315J
.a31"i4
13155
.,1156
1103121
I'J291"t
11113120
U2001
0!Z3122
33157 003123
031~(.II
U201lJI
03161 003124
03162 003126
03 U3 10201!11
94Q!i!.
0.t03'"
04"" "3tolt .. 00312,
04"5 03 1"~ 102001
0""'6 03166 00J127
'407 13167 ltl1211'101
0406 03170 0021"111
8411119 0317! 102001
£1419 03 t 72 ea"l'OB
"001· . . . . CHA,C"IE f40DULE
0002
03173 102501
CM"'E
0003
031741 B0200"
~HHH
~317'i U2UJl
03176 002'04
0006 23171 n3200
"0ft1 032"" B1!13201
0A0S 0J~01 102001
0i109·
""'" 03292 1932P3
0011
032'33 ht20et
0012
03204 003292
0"'3 03:li/!!5 1029:PI
0014 a32f1'!1 093204
1iJ015
9321117 093205
0016 8.5:?10 lI!I2~81
01/117.
10t8 .,3211 B~3206
0019 0JZU U20C1l
1"020
003213 "03207
"021
03114 003211
P1022 od.5~15 U211fll
0023·
,,"'05
a02"
e025
0026
0027
'''J28
0029
0e:5".
".N'0""1
CMA,CL€,Sl.4,SlA IF
cpu,elE,SlA.INO\ If
4·177771,
"Ll IH
Cl'h,ClE',SL.,INA,RSS FAILED
CI1A,CLE,SlA,INA,SlA
F.-III, A-177776
C"A,CLE',SL"',ltU,S1..&,RSS £.0, .... Q1BeGl(l2
I'oll IH
FAILURr
Cf4J"CLE,SLA,IN",SZA IF
"'-17777" , CHA,ClE,'1 A,IN",
SZA,~!lS JF A"U;l1j0R2
'.A, ".,77775
CtU,CL£,:iS.A,RSS
i'lLl U
CH"CLE,"'U
I'ILl U
CMA,ClE,SSA,RSS FULED
E-', h0f11'HU'2
CM",ClF,SS.& F,t'ILEfi
[,H.,CLE,~'A,SIA
E-A, AIOF
E "40Tllj1I
LI" I'll
'N'
,.,
LOAD SW. REG.
,., ... PI
HERGf
e·e,
eM" ,CHE
E:.·fII,
A.PlB0",9Ia
'.177777
Ct4A,CME,~SS
E·l,
"'.rl1"'tj!~fII1l
pHD 1-077777
"·1ii'~11>PPl
sltri.
~EG.
,NTO .... 77777
"'L T PI
FAILURE'
CMA,rME IF ".177717.
CMb.,CI'IE,QSS tF "."'~III"~~
CHA,Cf4E,bz ... ,lfes
E-~, A-I77777
I-Ll 01
CI'I.,r.HE,Si.&,RSS F.l.ltEU
CI1',CME,HZ.&
E.-I, "'liUmPlA0
~Ll 11
CMA,r.MF.,SU FAtLETI
CM.,Cl1r,I~'"
E"'I, o."9IlJilIH'10
E-I, A-(l~:HlJnIl0
CHA,CME, INA,~,S
loll jill
rrU,C'!E, INA OR Cl"Il,C"1E,lroIA,kSS
FA JL ~D
eMA .C"~, IN', SZ"
F;-1, A.1I99010"
t-Ll 01
C~A.C"~,J~A,SI' FAlLFn
CfU,C1"IE,U.... ,S7..,~S5
CM .. ,CME,~L .. ,JlSS
I'ILl jill
E-I,
'-~IIIA0"H
l.lol, "."7777
F"JLUAFI C'!.,tI1E,IN"',SZA,RSS IF
A.A"~HHle,
CMA,CHF',Sll,RSS IF
",·,,7777
~321" 003219
33217 lI!I20"1
03'?(Il 01321'
03~21 ""3214
0J222 U2?'91
L"',CME,ltLA
£-1, A."0G1~U
"'LT 8t
CHA,rM€,SU F.lILE!)
C'"",CHE,&LA,S7.A
e.@, '-171777
e".,c.I1E,~lA,rrU
f:."I, A.epPI'.l1"'l
to-L1 111
F.ILUItEI
CP'lA,r,JIIIl.SL .... S1A IF
A·\71777
CMA,CMf,Sl A, r~A
IF
Listing
Alter-Skip mstruction Test
PAOE ,H116 #04
iIIill310032
S0J3
093 ..
e93!5
0036
0031
HP 20400AL
"1~0IH!1
03223
03224
03225
03226
03227
03230
03231
D038
00390UO03232
015"1
O3233
"" .. 2 03234
0".43
0044
03235
'HU5
"3236
03237
"046
0Ji?40
0".47
"".4'1"
"049·
S0!50
032.1
031'42
""51
13Ji243
0052
""'3·
a03213
102001
Ih13215
1152gB 1
"03216
003217
102001
0,,3221
102901
003220
102001
0ill3.222
00Ji223
1020e 1
CMA,CME,SU.,SlA,qSS
E.0, ,I,.t77776
"'LT 01
C",""CME,SLA,SlA,RSS FA.JLED
C"U,CHE,~L.A,IN",RSS
E-l, '-0A012'(~2
HLl01
CHA,CME,SU.,INA,RSS FAILED
C~A,CHE,SLA,nl.A,SH
[ .. ~, ".17777fi
CP-1A,CHE,SL ... ,PU"SH,RSS E.l, A-~A0IH:!2
I1LT 01
Ft.1LUREI
CH",CI'4E,SLA,INA,'HA IF
..... 177776'
CMA,CME',SU.,
II''''',SZA.,RSS IF ... ·~"A~~2
C~U,CME,S9.,RSS
F-~, A-117775
~LT et
Ct1A,CfO!E,SSA,RSS FAlLED
CMA, tHE, 5SA
E-l, ""HHlB01
HLT IH
CMA,r~HE,SS,I. FAtLED
CHA ,CHE,SSA,SZA
E-=0, ""177775
CH ... ,CME,~SA,SZA,RSS
£"'1, .6-0'Hl'1l1'!12
Io1LT 01
FAILURF.1
CHA,Ct"lE,SSA,SZ6. IF
_"_tJ777~'
""Ji224
0~3226
102001
005.·
0055 ~32U 003225
0056
0324~ 102001
1iI0!57
032.46 "~3227
0058
01247 102~"1
21059
Bl2S0 002LA, S2A. RSS
.... U
CC~.,St-.l,5lA,SlA
'ill
CC~,SE7,
.• LA,t~U.
1~0345"
CC~.SE7,l:>SA
1~2"1'I1
tC.A,5t
I'0l
0il9!)*
~il96
1d36iHl 003610
0091
03601 e03611
0098
03602 102'dtll
e:~99*
0100
0101
0102
0103*
l:He4*
0105
0106
0107
0108aU9
"111!1
0111
0112
0113
0114
0115
LOAU S., REG.
L I ' "I
IN.
"I' OJ
Cej,eME
CCA,CMf
'L 1 .1
03603 003612
~J6~.4 003613
III·J60!5 10201!11
I NlO .'.-12177777
A-1I~\ol~0"
, N'
,,,s~
MI:.t4J
0142
ilJ64~
0il131i:l3
Io:iJr,H
1'<12"1'111
~143
0144*
"1'::)
01·6
,Iii
b141l*
11149
015"
k:l151
'11
"152
';l~J
-LI
lIfJ2'''' 1
dJM4 "1iI3102
vJFi41 e031~4
",J., 5~' 1:J0371d.,
~J ... !:tl
, 1
CCA,Cq OR CC.t.,I':CE,RSS FAILED
r..(.p, (,CF, J.IA
~·1
CCJ,CCf,Sl,6,RSS
_L I , 1
l,CA,CCf,SlA
F ,U lE D
I.CA,l;r~,
INA
C('A,eCE. INA OR CCA,CCE,INA,RSS
"
'L'
r A I L E.D
eel:., f r.j, :5lA
.A· .... rz~JI~H·
eeA, r.Cf, rNA, Sl A fAILEO
"LI 1
IoiJn62
0~3112
~J6"J
~03715
-L' "
~36b.4 10211101
~ 163*
0104'"
03n65 003714
0165
.,c,.,eCE,!'ol~.I'·A.
.,
~Zo371b
\.-c.,eCE..sL",
_L 1
1Z13~67 li:l2.li;" 1
"167
0168'"
10169 I.1Jb70 0'13711
U2~~1
il1/0
tIlJ671
03672 1103120
",Jt.73 I:1~J721
,.i,Hl71! 10~001
"LI
~J"'75
(.C~
0182*
"'18J
1)184
e1Bb
IH66
11187
0188
CC~,CCE-,~~p,I-ISS
IH13122
1:1.5.,7f- 1I(1372J
iJJe77 IJ;::JV 1
~?02
~21013
0"2~41
d";A,Cr.F,5~~,St.A
I..C"
,C~E,
... S'"
t~~A
r,C~
,('('E,
~S"
Ir~J, f.I~~
"LI "I
'.1372'-' 0"'2~Jl
"'J721 IH;12032
03722 1020111 1
",J723 002033
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toLl U
ClA,CCF,SSA,SLA,RSS o~ ClA,ceE,
SS6,SLA,SIA FAlLEn
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cl .. , CCE, .:I'bA, S:"A, INA
.... 00UAI
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FAILUREI
CLA,CCE,SSA,SLA,SZA
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SS"',SLA,lf.rA If A-r,1II111001
l.L", ceE, bS,l ,SLA, 1 NA, RS&
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toLl 21
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Cl. ,CCE, .,SA ,SLA, INA, SlA, RSS
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CLA,CCE,SS,a.,Sl.A,INA,SZA,RSS
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SE:i!,kSS
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r"U,SSA,&LA,t(>;S
"-117177
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A-00~fl0~
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el1" , SSA, ~L,l, sz., R~S
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IoM"SS,l,bL.,lf'A
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CMA,&S",dLA,tUA,rto;S
..... l77717
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A.Q~00'" 1
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Lf'I', HZ, 55A, HI, INA
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HP 20400AL
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U45c7 lY!2Akll
~H~·
~I C' 7 1
.:272-
1{i4'5J"
IId:i'5tol
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",'4Ii0l0,
V.27,5
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'H'5J;;> l'~:?.401
~4 i..iJ vh12..l!t'l4
'lJ~/':o
C'",>;J,II
t,~l"
"'4"5 UUl!;l
1'14!:J It- ~'P' <"('4111
... ~77
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1l~2~41
3S"SLA.'iLA FAlLEr!'El,C.LF,~S.A,Sl,",SZ;.,RbS f .. r, .... ~H~\lI~14
"LI PI
SEZ,rl..t",SSA,bl ... ,blA,RRS FAilED
:O\:'l,Clf, .... S.t,SL1,JIIA
E.~, A~"f'0U5
J.LI 1t1
~fZ,CL.F,~C;A,SL"',ltu fAILED
l!t..oI!,Cl.f,:.SA'bl4,lr.A,~SS E .. r, A .. g~"~16
&E£,CLf,:'~A,Sl,l.U,~,SlA E.{II, .... A00P117
toll Pi
"'AI,-UREI
:;~l,CLI:,5S ... ,SLA"'U,
R55 If "-'HHHH6J Sn.,CLf,bSA,
&l~, INA.blA IF A .. 0"'Hit7
6El ,CLE,3~,A,')L", 1/.jA,StA,,~3~
F.", A.!!IIIIAe2
"'it let
SEZ,CLf.SS1,SlA,IN.,'IZ.A,RSS
F"ILE.D
L J,6 k'1
LOAD ~..,. RE.a. pHO .... H71771
If.A
4al11,a.'I7"
"', .. i'1
"'t.!IGl Sri. ~EG. PHO 10.*117711
IN.
1:. ... 1, ' ... 210M;"'''
U . .t,LI~r.,,(5S
l-."
A=:f\~V\9J\:I
h ' _1
tor::I,CJo";",io.3S FAILED
~t.t:, t.,~r
l-"
kl4'i31
1'd2.t~1
,.L1
;,EZ,C,,",E"
iJ~/'I
'lI4~4W1
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0i!87
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04~4i QI"22'6
1'1289
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1"'2~~1
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H'i1J2
i:a'J':2!'4
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163",5
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0304
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1.1..::l'" I
031d~
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0~2.1:!)tI
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SE.c:,C; .1
f11206
1d'!J04
-L I 01
HP 20400AL
"2l-'15
024!1
~U,Fi~q
t'?'6rJi
102401
002f111U
01:t2141
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0.d2U0
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164'51.12 UlJ.011:11
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CC' ,S~Z,SSA, Sl.o" INA OH CCA,SEZ,SSA.
!oL"', INA ,RSS F" ILEr
l.C .. ,5E2 ,:"SA, &LI., I" 4 ~1Z ..
• L1 ' I
CCt, Sc.Z,C;:U ,SL .... IN' ,SZA FAIU.J)
CC.6~SE.2.IIo~L ,51.1, p.... ~,Sl.,1JC;~
-L 1
~r", ~fZ, 55.01., SL.l, I"' •• ~H., qss
I Of1\"H'I 1
,.'J417
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A-0"''''~(lI4
SEI,LrtE,bLA
l-r.1, 1ctl"1i"9..... .6
toLl et
SEi,C"'F,5lA FAILEIl
~iZ,C""f..,bL ... ,RSS
F-t, A.0tt:1tw0'
~E.L,C.r1F ,~IL. .. ,dl'
E..PJ,A.~H~I!'Q'4
Hi ~l
fA1LUkEi
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btl ,CtJF, "L'-,~",IfS~
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t"LI rl
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::rr.i,C~E,~LA,pu,
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loLl .. ,
SEZ,I."F,S'_A,O... f-'lLfll
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E"I, '\=~eJOI0"
,..LT V1
5I:Z,r."F,SL ... ,fJ~.t,~5S fAILED
~~.L,C.1f,"L.6,l" .. ,3L'"
1:."14, , .. ,10~liHI7
"LI ~1
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llol;.l.C;.lf,"L.~rI"t,Sl,'t,-=lC;S E.l,
A.. oiHIPlAl~
toLi d
Sfl,CYF,SLl,lN'.SlA,~SS F"ILt.u
l:!1:.1,L.1F,:,S.,I,:;S
f. .. ~, "'3e~"AI0
JoL' ... 1
SEl,t...~'F,&SA,W')S FAILQ,
.... ~l,L"'F, ... SA
1:..1, ,4 .. ~!H'Al~
"L'ltt
HZ,l:JOIF,Sb,A FAlLEn
:'~I,C:OOF, ..~5,A,;7,",IJ:"S
tam, ".'''i!lPlUI
"LT II
~fl,G"'E,o;S ... 'H",RSS FAILED
Listing
Alter-Skip Instruction Test
PAGE Ih'32
0315
0316
0317
0316
0319
032"
0321
0322e32J11324
0325
i:lJ26
0327
21328
i:lJ29
i:l3J0
033103J20JJJ
9334
03J5
0336
0337
0338
0339
"'34"·
0341
~342·
~343
"'34413345
e34b
0347
".UB
0J49
0J51:!
0J51
1:1352
0J53
0354
1:l3f)5
0356
0357
03f)8
#~6
04!577 ~02262
134609 U121:H'!1
04fll:!1 1302264
!ll4602 102901
046~3 1302265
134604 0i:l22b6
1346135 1~2001
1:14624 121132277
SE1,CME,:.SA,SZA
E-l, A-000~U
"Ll ~l
SEl,CMF.,SSA,SH FAILED
SE:.1,CI1F.,SSA,l~lA
E-C, A-0~HH'll1
,..Ll ~1
SEZ,CJ..tF,SSA,lNA FA.IlED
SE1,Ci'tE'~ISA,HU,RSS
E-1, A-"0e,,12
SE2,CHF',Sf.A,I"IA,SLA
E-~, A-3~e~13
Mll e1
FA[LllkFI
SE2,CME,SSA,lNA,RSS IF
A-.7,1'00121 SEZ,CHE,SSA,INA,SH
IF ,I,-0d0013
SU,CMF,.:tSA,l"O.,SH,RS6 E-l, A-1l0~\"114
~Ll i:1
sn,C~E,5SA,JNA,SV..R5S FAILED
SEl,C!1E,:.SA,SlA
E.,0, A-1!'00~14
"Ll el
SEZ,C~F,55A,SU. FAILED
SEl,CME,!tS.b.,SL.A,RSS
E-t, A.. ,100014
~Ei,ChE,SSA,SL.A.,StA
,Q,.00IHU4
t-Ll 01
FAILlIf(Ef
SEZ,Ct1E.,~SA,SLA,RSS IF
E-l, SEZ,CI1E,55A,SlA,SlA IF
E -,
SE;,C!1E,ssa,~lA,SZA,RSS E-l, A.,,\HHH4
I1Ll 121
SEZ,CMF,SSA,SLA,:i7A,RSS FAILED
SE~,CME,:'SA,SU" IlwA
r .. B, A-0lHHl1!S
I1LT 161
SEl,CME,S5A,SLA,INA FAILED
SE1,CHE,SSA,SlA, PU,qSS E"I, A-I::H10~16
8Et,CHE,~SA,SLA, INA,SZA E.,0,
A. .. ~.a~~17
""LT a1
FAILlJtlE:
SEZ,Ct1f.,SSA,SlA,l~'
~ss IF ,l .. ~~r.~1t61 SEZ,CME,SSA,
SEt,CME,:.SA,SlA,ltJA,SZA,~SS
F-1,
041'.125 1021301
"LT
i:l4626
"4627
046J0
134631
ll" '11
SEt:,Cf1E,5:.iA,SLA,INA,Sl,l,RSS
FAILED
LOAD 5101. "EG. iNTO "'-077777
Ito.
A"HHj(HH~
1l4fJa6 092267
1:14607 hl2001
~4610
~"227'"
134611
134612
134613
i:l4614
102001
1302271
002272
U2D01
e~2273
046U5
164616
134617
134620
04621
U2001
1602274
1029131
002275
~4622
D~2276
04623 1[32001
1112501
e04!0il4
10241:11
0.,21:104
002340
002341
1 I:! 2111 Il I
"02342
11ll"'01
i:l46JJ
04534
0463'5
04636
134637 0~2343
04642 11320131
oJ46.!.1 ~e2344
~46.!.2 1:l"'2345
114643 H'2~01
03~9-
03600361
0362
13363
036403bS13366
0367
03£18
\:l3b9
0J70
ll:311
PAGE
i!37;.!
13373
i:!374
il37~
0376
.. 377
dJ78
0379
038111
0381
0382
0383
~364
03ij5
0366
f'387
0386
t1389
0J90
kl4644 01:!2J46
04645 1:1"'2;)47
04646 102001
134047
;;02J~0
046~0
1132001
04f;~1
0023~1
046S2 102001
10)4653 ee23~2
046't14 11112001
~~33
i;l4~55
04656
04f>57
"4660
04MI
"'4662
1:)4663
IU664
"466b
i)4666
04667
002353
1~20i:11
e023tt4
1~2\Hil
002355
hJ21!el
01il2J56
1!2I0:!~0t
0(!2J57
11:l2~~1
1:102360
~4670 Hl2001
a4571 0£'4!Jo I
'0]4612 U20"1
04673 002362
04674 1~211i~1
~467!j U02Jfl3
1J4676 102901
~4!177
0~2J64
102~~
~47"'1
1:!~2J65
0399
13400
e401
U402
e 41:1J
a4!;)4
21400
e406
04;;1
~40S
04,,9
0410
0411
0412
0413
0414'"
0415
0416
0417
0416
0419
0420
0421
e422
9423
13424
0425
0426
13427
1/1428'"
1
~471!2
1132"01
04703 002366
047ij4 lla2iHl1
0471:1~ "162367
~47~6 U201:!1
"4707 002370
iIl4710 1!(12~01
1!l4711 0132371
134712 1620i1 l
04713 002372
~U14 102'Hq
04715 1!J~2373
04716 102001
1:14717 \:)02:.'174
047 bl Ul2001
~47.!J 002375
1114722 11:!211"1
"'472;3 "132376
04724 102001
'J4725 002J7]
"4726 102001
"4727 102!501
"4730 002004
"4731 102401
~47J2 "02004
04733 002541
04734 102001
~4735
0a2~40
0"7:'16 1021Hll
04737
i!I4740
04741
id4742
04743
E"I, A.-0"'.H'I~3
E-l, A"00~()I04
FAILVkEI
SEl.,CCE,lN,a.,SZA [F
A.. I7.~I1"0,:t3~ SEZ,CCE, I~A,SZArRSS
If fr,:r.21"00~4
SE:.I,CCf.,SlA
!:.:.1, h:OP'M'l;34
~Ll ~1
S£Z,CCF,SL" FAIL.ED
SEI,CCE,:.lA,"'''S
E"I, A"'~hHlC'l04
loll el
5EZ,CGE,5U,R5S fAILEiJ
SEI,CCE,sU.. ,SZA
E-l, A"IH'I"IPl04
r.LI ~1
SEl,CGF.SLA,SZA F.A1l.ED
SEI,CCh ua,SH
SEI,t..CF,If',,~,5ZP.,HSS
roll III
HP 20400AL
~47t\0
11398
MERGE 5". REG. nno A"I77777
E-l, h~0(1~t:l0
E-l, A.dH~~~130
SEI,t:Cf,"5~
E..l, A,,(J'HHII'I"
IoL.T ~1
5EZ,CCf OR SEl,CCE,~SS FAILED
SEi ,CCE,S.LA
[:.=1, A_0"'''Pl0VJ
"Lf et
SE2,CCF,SZA FAilED
S£j:, LeF, ~IA ,><55
E:ol, A.e1"IHH:H~
,.LT n
SEZ,CCF,SZA,RSS FAILED
St:l, CCF, INA
c,al, A.. iHl00IH
SE..i,CC[,IN.oI,k'')S
Eal, t.."a00A02
"\..1 l'l
FAILl;f<.EI
SE.Z,CCE,INA IF
A_ii'C'I~HHJIJ SEZ,CCE,INA,HSS IF
loll" 01
IN"
H.l,CCE
•••
e3~1
0396
"3:;17
tll
A"VI~IIl:aIJ2
0392
0393
0394
0395
e:.""
A_J01.Hl2~
~4632
HP 20400AL
HP 20400AL
002342
102001
12102543
01212544
102001
.,
~LA, :::OZA ,RSS
E-1I A-00!211tl04
SEt:, CCE, 5LA, 5Z .. ,~SS FAILED
5El,C.CF, .... L .. ,It.!A
E-l, A, .. tlJlHH1'05
SEZ,CCE,SL,6., tNA FAILED
'li
SEi,C.CE,,>LA, 1~!A,f(SS
E"l, A>::~tHli3~06
SEZ,Ct.:F, SLA. htA,KS5 FAILED
"L I
~E.l, ceE, :.\..A, t ttA ,SlA
E-l, A-~H;0~07
I-:L 1
SU, CCF, SU., INA, SZA FAilED
St:2 ,(;~E,~U, l"l",SZA,R<;S E'"1, A;z000010
SEZ ,eCF:, ~LA, Ita, SZA, PSS
'L I
SEl,CCE,:'SA
c-l, A"'~2'00H~
SEl, Cl:E, S5,6., FAt L.ED
'L I
SU ,Ct,;F., SS.I., ~SS
E.. l, A-000010
SEZ,CCE,SSA,RSS FA IlED
"Ll
St:1 1 C'::E,.iSA,SIA
E"'t, Ae0~0010
SEZ,CCF,5SA,SlA fAILED
'Ll
SO, CeE, :,0 SA , SH, ~S!)
cs l, .. -0'Hl0t"
SE.Z,C~f,S5A,5lA,RSS FAILED
"Ll
SEt,CCf ,::'SA, IN':'
E-l, A"'00~~ll
5t:Z,CCF.,S5A, INA FAilED
'L'
SE.l, ceE, :.SA, IN .. ,ASS
E-1, AsfjH!0C'112
HL I
&EZ,CCF,SS .... ,INA,RSS Ffr,llED
SEl ,eeE, ~5A, 1 Nfr" SZA
E"l, A-00"'~13
HLi
SEZ. CC'F, 55A, IN", SlA F A I LEV
SEl ,CCE,tlSA, 1 N.. ,SH ,RSS [-I, ,h~U0Q114
ML 1
St.l,CC~ ,SSA, 1 iliA, , SZA, RSS FAILED
SU,GCE,bSA,tlLA
E"1, h0Ba"'14
SE.Z,C':F,SSA,S1.A FAILED
SEl,CCE,:'SA,SL.A,RSS
E-1, Aa 000U4
SEl, CCE, 55A, SlA, R5S FAILED
'Ll
SE.i, CCE, 55A, SlA, SZA
E-1, Ac001i'U4
HL 1
~EZ,CCE,SSA,5LA,SZA FAIl.ED
SO, CCF, sf;A, SLA, 51 A, R'lS E-1, A:0001HH4
SEl, Cr'F., 5SA, SLA, SI.A, R55 FAILED
'L 1 ~,
SEl ,eCE, SSA, SU" 1'\.
E"l, A"0011e15
SEZ, CCE ,SSA, Sl.A, J NA FAILED
'L 1
St.';', teE ,:,5 ... , SlA, I N.A, RSS E-l, A-0~~~ 16
,
1
SEl,CCE,5SA,5LA,lkA,PSS FAILED
'L 1
SU ,eeE ,::ISA, SLA, I NA, 5ZA E-l, A.. ,,0A(H7
HL 1
SEZ, CCE ,5SA, SI.A, J toIA, SZA FA 11.t.D
bEl, ceE, SSA, SU·, I ro,lo, SlA, RSS
Est, ,1."00130213
SEl ,CCF., 5SA, SL.A, I UA, SlA, RSS
'Li
fAILED
LOAD sw. REG. INTI) h077777
L I'
IN.
A-101'1(!00
MERGE sW, I2
IhHl9
1.:14753
~oJ10
Ih1)11
1:102547
I ~2~£i 1
~el~b0
loJ2P101
e.~2551
~4754
1::t025b?
.l47':)b
1I12\:l~1
0\d12-
.J1:)14
11475b C~12~t.l3
.J47':l7 01I132b54
~01b
J47'i~
0~IJ
1~20i/11
~01b·
':H117
01:118
0019
1:l4761 ~H:l2';)o5
.,47h" 011125::6
tl47b~ 1\121.101
~l'20·
~;'21
l~4764
(t1ll25~7
11\1.22 \!476!') II12"~1
0323·
01124
~4766 002560
"'025
.J4767 1~2~01
oJ~26
04770 002561
oJ021
04771 002562
0.J28
'./14772 102"'~1
~029oJ~JI1l
~4773 002003
1:10131
rl477A .J025b4
00J2
~4715 1\tl2(.l~1
0033~034-
..Jl135
(W30
'~uJ7
"'4776 011oi!565
04777 ~02566
<'I5<1121£) 1132.",11
0;138·
Iiltl39
0o~(!jl i:102567
01J40
1350"'2 1021Hll
~e41-
"'~142
~5;1103
00?57"
~'J43
~~.~\l4
1.:i2"~1
0~44
J~Hl0S
'~045
~';)'~2t'
1Ii'ol4b
;l~I.tI7 ",,4S-
~
1!l~~49
1:100~
0o~11a 0Q125i'3
0)::>1111 tl1o;I2!»74
.M~1
0~"1;
iJU2571
13(.-'2572
5'1"'7 IVlUte 1
1~~0<'l1
e052·
01353_
il\"~4
0~~~
(le56
f'AGt
i;lo.:l13 0e2575
~b1"o14 Ol,l2576
051'l1!:1 1~2\Hq
I:lJ~1)
..,
~057·
13 ~,5S.
0\'tt9
0\)016
ItH:!20, A-00,/Hll'1
r:l .. ,S!:.l.r.LI:.,S::;,6"ll\~.SlA t>::VI~IH"01
I-ol! \?II
CLA,srZ,CLE,SSA.l~A,RSS o~ CLA,
Sfl,ClE,5SA,INI'"SZA FAILED
L:L",St:.Z, ... LI:,SS,6.,I~jA,'5lA,RSU
E-", A.00~'H~
"'11 "'1
CLA,SEz,CLE,SSA,tNA.SZA,t{SS
FA ILEO
ClA, SEZ, elE, S<;A ,su,
E-0, A ".,0\Ji1I'il0
"LT ttl
CLA,SEz,ClE,SSA,~LA, FAILED
ClA,SEZ,':LE,S3A,SU,RSS t. .. 0, A.. ,HHH'o00
ClAl, Sl::.l, ,.u:, 5SA, SlA, SZA
E-~~, A.000000
,..ll n
CLA,SfZ,CLE,SSA,SlA,R55 OR
CLA, SEZ,CLE, S~A, SLA, SZA, RSS
F.q LED
Cl",~EZ,I.Lt,~$.A,;'U.,SlA,RSS
E-0, A-o!00.HJ0
... l',SE:.l, ... U:,S:iol,SLA,lfofA
f-0, A.. ~e~lIliH
rLT ~1
FAILU~EI
CU..,SEZ,ClE,SSA,SLA,
SLA,RS$ IF 10-0"0000, CLA,SEZ,
ClE,SSA,SLA,INA IF " ... e(300~1
CLA,St.Z,I..Lf.5S .... ,SLA,I~A,h'SS
E .. Itl, A·\HHh~01
tL.' ,SEZ,I:LF ,SSA,SLA, JNA,SZA
Ec~, ,1.:01100001
... Ll PI
lolA,SO,CLr.,SSA,SlA,I"U,RSS OR
SE~,CLE,
l:I~96·
",5Cil52 01l26~5
ij'.97
OMb
'''!J''53 0!b2b56
0<)99
05!.l !':I 4 102001
!l10e·
011:11~ 102
e5~55 0~2057
~U3-
011'4
051il~6 Hl21i101
01050106
~;)0!57 1Il02660
e:;~00 102~111
1il107
i:j:lVlfd 0026bl
01118
0109 ~5~62 !d026b2
05'!63 h12 1:1 " 1
~ 110
0111·
0112_
~113
0o~64 0025bJ
, ,. e,"
'L I
'N>
0'
LlA, SEl, ClE, SSA, SlA, INA, SlA, RSS
F AI LED
LOAl) Sfj • i?FG. INTO h'lJ77777
A'"U0c~Pl0
MERGE sw, REG. INTO A-117777
E.-I, h0ei'ltl00
CU,H.2,Ct1F:,f.rSS
Ec 0, A"'00~Pl00
HL 1
GLA,SEz,CHE,RSS FAILED
CL.i,H.Z.I!ME
E"l, A-0r~~00
CLA,SEZ,CI1E FAILEO
"L I
t:L",St:.Z,CME.,SH
Fe"', A-900",00
HLl 01
ClA,SE.I,CME,SZA F A I lED
loU, SEl,l.I1F, SH,RSS
E"1, ... 0i10IH"~
CL", Sid, CHC, 1 NA, RSS
E-0, A:r.0'lJ0iHll 1
MLl
FAJLtJ~EI
CLA, SEZ ,CME, SZA, RSS 'F
A.. I'lPlIllZii1!" , Cl.A,'3EZ,CHE,INA,RSS
, F A-a01'H'I01
L.L .. ,f:lt:Z,['Mf.,I~U
E-t, A·~0aVt01i1
Cl.A,SEZ,CME, [/I;A FAILED
'Ll
I.LA, SEZ ,L",f , I ~! .... , St A
Eo:~' ,
A.. tt~00iH
l.L.6 ,~E.l ,.~Kf, II~A, 5ZA ,R5:i
1::-1,A_909001
MLl
r::lA, SEl, CME, I NA, SZA IF
fA IlUi4J6 1020"1
215437 ""3352
050140 003353
05441 102~"1
05 .. 42 IBJ3354
05443 003355
0!:J444 1i!I2rj"H
~065-
01:166
0067
0066
0069'"
0U70
a071'"
""72
0~73
1112174
0075
0~76
13077
0078
05445 003356
05"46 1a2001
05 .... 7 1il03357
136 .. 50 102001
05451 093361
05452 102001
~!S453 ee3J60
~54~4 10201;11
05455 1303362
IHH56 0133363
05457 102001
0~81
0082
01d83
0084'"
0085
01386
"raa7
121138801389
00900,,91
Da92
01393
01d94
05460 003364
0~41H 0,,336:}
135462 H1201H
05463 003366
95464 1.,2001
05465 13153307
135466 102091
015467
054]9
1215471
135472
003371
11:120"1
003379
102001
0095
0tl96
"0970t.98
IH199'"
01800101'"
0102
0103
11)54]3 003372
0fl474 003373
I.M.A,SEZ,C.Cf.,SS ... ,SLA,SLA E-l, A-177777
CMj"SEZ,l:eF,SSA,SLA,SZA,RSS
E.l,
00475 102001
I"ILT 11.1
215476 2103374
i!lo477 0213375
C"'.l,SEZ,C.CE.,SSA,SL.\,I~'A E-l, ... ·000PJ00
CtH,SEl,C.Cf-.,SSA,SLA,INA,RS()
E-l,
.... ~"00tH)
I1Ll ZL
CMA,S£Z,CCE,SSA,SL"rlNA OH CMI\,
SEl,CCF.,SSA,SLA,IN ... ,RSS
FUl.ED
Ct.... ,SEZ,CCE,SSA,SLA. !tIIA,SZA
E..1
A.. I"I~e0t!O
I1Lt ~1
CMA,SEZ,CCE,SSA.SLU,INA,SZA
FAIUll
1.i'4,", 5E:l, CCE, 5SA, SLA, INA ,SZA, RSS
E.1,
A.0~01:H:l0
~55\HI
U2001
055~t 003376
0109'"
0110 1J55~2 11:12001
(llll'"
0112 05503 "'03317
1::I11J8
~113'"
0114
0115'"
8116
a117
0118
0119
012e
2'121
01C:!2
21123_
0124
0125
121126
0127'"
~ 128
111129
e13~
1'1131
0132
111133
il134
IHJ5
0136
0137
"-(hHHHHl
0!1~H14
1'11201::11
I-oLi
05505
k:l:5506
05507
0:55 HI
05511
"5512
"5513
1025tll
ekl21!104
1'124211
I:h12\004
003!:)40
0S~14
210J~41
0551~
003~o:l3
05516
1I'2~1211
LI,t. C1
IN"
Al:ll~N,,,0
jo4Jj, 01
MERGE SW. RE.G. I~TO A-177777
IN..
f:.-l, 4.00"(:100
CC_,SEl,CLE
E"Ia, '.... 171171
CCj"SEl,CU ,SZ.A
E-e, 1..177777
t1Ll "1
CCA,SEl,CLE OR CCA,SEZ,CLE,SlA
F .. ILED
CC",SEZ,CLF.,RSS
Eae, ,I,-t71777
CC .. ,SEl,LLf.,SlA,RS5
EaR, "'.171777
t-tU el
CeA,SEZ,CLE,RSS OR Cc .. ,SEZ,CLE,
SZA,RSS FAILED
CC_,Sf,l,l..lE,ttlA
E-l, ,t."0~~0U0
I1U et
CCA,SEl,CLE, INA FAILED
r::C .. ,SE.l,I..U.,PO.,RSS
E.t, A'"0"OASA
I>1U 01
CCA,SEZ,CLE,INA,FtSS FAilED
CC.a,SEI,CLE,INA,SZA
E-l, .... 011001118
~Ll el
!..CA.SE'l,CI.E,INA,SLA FIAtLED
I..Cj"Stl,L.LE:.,INA,SZ"',RSS E"l, A-0001390
MU fJl
CCA,SEZ,CLE,INA,SZA,RSS FAILED
('Cj"S~Z,CLE,SLA,RSS
E-~, 1."177777
"'Ll 01
CeA,SEl,CLE,SL,A.,RSS FAILED
CC,t.,SEl,CLE,SlA
E-0, "-177777
joLT et
CCA,SEZ,CLE,HA F~ILfO
CCj"SEl,L.!LE,SLA,SZA
E-r., ..... 177777
lilt el
CCA,SElrCLF,SU.,Sl" FAILED
(.GA,5El,CLE,SLA,Sl'\,r~S E"'i'S, Ar.I71777
I1Ll £1
CCA,SrZ,CLE,SLA,SZl,RSS FIALED
t.C.,SEl,CL~t~LA,U~A
E.l, .·000000
t1LI ~1
C(;A,Sf:l,CLE,SLA,INA FAILED
(.C .. ,5~1,t.LE,SLA,INA,RSS £.1, A"~H!",~00
'''IT 01
CC .. ,SEZ,CLE,SLA,I"lA,RSS FAILED
CC,t.,SE2:,L:LE,SLA,INA,SZI. E"", A-e0BP0"
IoILT ~1
CCA,SE.z,CLE,SU.,INA,SIA FAILED
"':C~,I;.EZ":U.. ,SLA,lNA,SZA,~SS
E-l,
,.-0CliHH!0
W)1t)3~42
102801
0~517
~~52~
003544
U2,H11
05521 61:13545
05!522 10201~1
06b523 003546
"5~24
I1:120~1
0~525
0139
"03547
05526 10201111
05527 003551
05~30 102001
11I!S531 1t0J5!50
0d532 Hl20~ 1
e14\j
0~5JJ
~138
lJ141
l'.142
014J
0144
i"45
0146
13147
0148
1:1149
0150
CHA,SEl,CCE,SSA,SLA,
SlA IF A·I777771 CtU,SEI,
CCE.,SSA,SlA,SZA,11SS IF
A_tlq.~000
~104'"
e105
01060107'"
FAILU~E2
~03552
05'534 102001
d03553
~-j5J5
U5536
1~2"~1
e5537 01135S4
t1~540 1132001
1Il'S!J41 003!;J~5
0~!J42 10:i!001
0~543
003~56
1I1!:l544 1020~1
05545 1I?J03!:J57
e1bl'"
~1
CMA,Si:.l,CCE,SSA,SLA,INA,SLA,RSS
F AI LED
LiJAO 5\11. IU.. G. INTO A-'(,77777
HP 20400AL
HP 20400AL
C."'.,SEl,CCE,S1A,RSS
t1Ll U
FAILUREI
E."A-177777
C!<1A,SEZ,CCE IF
C!552 ht2001
135553 003562
~~5'34 102(101
055:j!5 1:l1i!I~!:l63
.,5556 1Il2i1101
!d5557 I'H].,)~b4
"'5560 l'J2001
l65561 00.,)~6!5
05562 1152';'01
05563 ~~3b66
1<15564 102001
05565 903b67
kl160
0'1161
0162
e163
0164
~ 165
"166
"167
01 b8
0169ij 1 '"
055,,6 10,,001
~171'"
~172
1t)5567 10103570
0173
wH:i570 liH!l3571
0114
135571 1021cJ01
e 175~176
05~72 003572
el77
05573 102ebl
0118
1lI557" ijD3573
e 179'"
0180
05575 1020~1
0~l;Il-
0557t' ~03b74
"5~77 1020121 1
IHHU
e5600 003515
00050006
056" 1 102001
012107"~08
05602 oJeJ!)76
0"102
"~"3
00~9-
01:110 "5603 102001
0011l"1J 12 05604 003517
0P113",
21014
05605 1020131
iHH50"16
05~06 10251H
0011
051507 0tJ20e4
0013
0561~ 1024"1
PJo.H9
05611 0~2004
"~20
05612 003641
0021
0:;613 102ft101
"022
IHiIH" 1:)03640
0023
0!1615 1020£11
0~24
0561~ 01213642
ii'!I02t:J
"~617 003643
"1:121:1
1:1362~ 102~nJl
0027_
0~21:1_
eCA, SEl ,eLE, SL .. , INA,!lZA, RSS
F AILE"o
C.Cj"b£l,L:Lf,SSA,RSS
Er.0, A-I77717
IoILl JjIIl
CCA,SEZ,CLE,SSA,RSS FAILED
l.C',st.Z,l:LE,SSA
E"O, .1-177777
I"IU "1
CCI.,SEI.CLE,SSA, FAtLED
LCj"SEl,'::LE,SSIo,SZA
E.O, A"177777
kLl ¥.I
CCA,SEl,CLE,SSA,SZA fAILED
LCj"SEI,LLE,SSA,SlA,RSS E"'~, A-177777
I1U ~1
l.CA,SEZ,CLE,SSA,Sl"',RSS FAILED
CCj"SEl,LLE,SSA,INA
E"I, ,1,.00121,,00
"'l101
CCA,SEz.CLE,5SA,UJU FAILED
l.C.t,Si:.l,r.L.E,SS".INA.RSS E-l, A-IUHJPl91ll
till n
CCA,SEz,CLE,SS"',J~A,RSS FAILED
LCj" Sll, (.U.. , SSA, ' .... A, SLA
f-l, A-000000
till H
CCA,SfZ,CLE,SSA,INA,SZA,RSS FAIL
LCA,St.Z,l.LE,SSA,INA,SlA,RSS
E-l,
A·"e'H'IH~S0
/oILl
01
CCA,'tEz,CLE,SSA,INA,SU,RSS
F,I, !LED
CC,",SE.l,CLFrSSA,SLA
E-0, "-177777
LC",SEl,L.U::,SSA,SLA,RSS E-0, A-177777
tPHI
r'2~1
Pl202
020.5
02£4
",;o0~
Ii'l06
"'2ijl
ilJ2~b
0209
FULf:.D
tl5771 0~00.0
057;::? 121113
05773 1t06oi100
0&0"1!I
1Il6~iIJ(II 06203e
2b:'l'1 1117.2fJ ..
162~134
CI~2~02
.z,
026t!21
~b.l"b 162034
k16)Vl7 tl.\t;;dJI
I/Ib'llIV 172~.54
IHJ':ll1 ~,)biiJ ..
~hoil12 0b20J4
ilb'H3 klb2it4/11
eb"'!4 "2et~lb
Jl'1fi
AHOD
LDJ!
leil
SH
I &.t:
l.D"
tp,t
JMF
STAR',I
BrtASK
SU.Rf, t
START
START
"'ASK
PEST
0d47
~6dlPt
.,
.,
0219
.,
.,
.,
.,
t-,
f'-',
.fHf EtHOD
1d2621~6
"'61'116 062\1J~
17 ll7203.
\::I6"2~ 12&"41
~:»,II~I
1621.1.14
iflblo122 Ul:tIllJ6
ldo~23 1721/134
0o":t4 U3blll.$4
06r1J215 0tt2111J4
klbwt26 U5211'41tl
~6~:.""
.
HP 20400AL
REf; T
06~
0610433
1/I"!.H.l
hMLJ
~MASI(
.u.
~214
0~11
"t
il12~37
£21 r;
"llh
Pl:i.18
I"tlDlr, 1
SEI
6000tt
fiSTAt(
srAffT
START, r
l~b~94
tlb.l~~
'213
.,
.IMP
I'IOllF 1lE:.f
"FiG
"'ESET LD'"
&H
I'!Q"
LUI
.M
~'6::l1"'2
~60.27
Ql212
LL'
C60d3
0t1030 ~260~1
iIl6Wi31 0602",35
0~~;'2 012034
0'
FA I Ll''''E" I
CCA,SEZ,CCF,SSA,SLA,
6.Z.6 IF A-I777771 CCA,HZ,CCE,
S~",SLA,INA,RSS IF .... lIIeene
CCJ!,SEl,r.CE,SSA,SLA,INA E.-t, .-Ottil0ihl
CC.,SEI,r CE,SSA,SLJ., IIIIA,SZA
1:-1,
A... "':1O IIH:l0
~L.I 01
CCA,SEz,C\..F,SSA,SLA,INA OR eCA,
SEZ, ('CE, ~SA, SLA, INA, SlA
FA lLED
(.C", 6El, (;Cf., 5SA, 51 A. UU, 5ZA, RSS
Ea"
,hZ0ihhH.!
r.LI ill
LCA,SEz,eCE,SSA,SLA,INA,SlA,RSS
t1112·
0173
05764 01113714
0114
I1Ib76~ iH!l3776
0~10
.,
'-Q!\,,1Il000
"U It1
"111·
0211
.,
.,
cC ... ,SEl,r.Cf.,S3A,INA,&ZA E-l, A_frlO"'h10
i'lL. I 01
CtA,SEI,Ctf,SSA,fNA O~ CCA,SEZ,
CCI ,SSA, INA,SlA FA ILED
CC~ ,SE.I, CC~ ,SSA, INA, SZA, J:1()S
E-t, hili'!"""'"
A_Uoal/lt-lu
toLT 01
CCA,SEl,CCE,SS,t,,INA,SZA,RSS
FA ILEli
CC.f,5£1,C.CE:.r~SA,SLA,RSS E-l, A-177777
,.Ll ~1
C.CA,~EZ,CCE,SS""blA,RSS FAILE.O
t(,.,St.Z,t..Cf..,:t&A,SLA
E"1, A-117771
cc .. ,~E.l,CCf,S5A,SL.,S2A,RSS
E-l,
bt77711
~Lf 1;!1
':CA,b~l,CCE,S.S ... ,fJLA OR CCA,SEI,
CCl:..SbA,SLA,SZA,RSS FAilED
tCA,SEl,I:CE,SSA,SL ... ,SZA E-I, .-111171
CC .. ,SE.l,I!CF.,~SA,SL.,t"'A,RSS
EIII,
i!156
0ti7~2 1'1103767
13157"
'5158
0!)7'r).1 19Z~01
0159-
~AGE.
CCA, &t.Z, CMf., ~SA ,SL A, INA, SLA
F J. ILED
ec" SEl, CMF. 5SA, 5LA, INA ,SLA, RSS
F-t,
A-'Hlae01)
t..CA, &E I, CMf:, 55A, SLA, INA, RSS
HL'
FAILED
L.OAU :'J~. RI:.G. INTO A_e11777
L"
A-Ul(!iZlA06
.N'
MER(,E. S_, REr:.. INTO '-171777
M,'
E:.-l, A-13A,JIilAIll
IN'
CC",SEl,t.:Cf.,If$S
CCA,&El,CCE,RSS FilLED
'L'
LC',SEl.,('CE
E.-I, J.-177177
c.t .. , SEl ,LCF.. ,SZA ,RS':'
E-I, A"111771
CC4,SFl,CCE OR CCA, SEZ, CCE, SlA,
"Ll
RS:' F J.ILED
CCA,SEl,CCf,SU
E-I, A-t77777
CC.,SE1,CCt., INA,RSS
E-l, Alle0101""
_Ll
FAILURE_
eeA, SEZ, CC£, SZA IF
A-177777, CLA,,,EZ,CCE,INA,RSS
IF ,·"01/HIIUiJ
cc.,Hi,c.tE,I~A
E"I, ,-,8300.
CC .. , SEl, l:CE, I riA ,aLA
E-, , A;s"'~~9Be
I,C''I,&:'2,CCE, Iii. OR CC'A,SEi,CCE,
'"'LT U
UfIo,SH FAlLED
CC;,5Ez,1:CE.,I'IIA,SI',R!oS r-., A-ellU!!!'"
CCA,SFI,CCE,I"iA,SlA,RSS FAILED
"L I
(.C ... , St.Z ,I~CE, SLA,HS,S
A-177177
I,;CA,:JJ::I,eCE,SLA,'fSS FAILED
"L'
(.C .. ,SE1,LCf,SLA
"-177777
LC",st:.l,LCF.,SLA,SlA,RSl E-I, A-I17777
ttA,SEI,CCE,SL.l OR ceA,SEZ,eCE,
-L'
SLA,SlA,RSS FAILED
cc .. , SEl, nc!: ,SLA, Sh
E-S, "-111777
CC.f,SEl,CCF,5LA,U'A,RS3 [-I, "1I8o!10,,~a
_LI
FI..ILUf(~
eCA,SEl, CCE, SLA ,SlA IF
A_11TH" rCA,SEl,CCE,SlA,
I"",RSS If A-000
eCA, SEZ,CCE, SLA, ttwA
1:_1, A-~80Qle"
CC. ,S~l,rCf ,SlA, ,"''1,&1.1. [""I, A-,nlooes
etA, SE l ,ceE, SLA, INA OR CCA,S,El
'LT
Ct.E,SLA,lNA,SZA FAILED
C(.I! ,SEl, CCt.,SLA, INA, SlA ,!iSS
[-I,
A-P0ihHI0
CCA, ~EZ ,CCE,SLA, INA, SIA, R~S
"L 1
F AI LfD
L.CA, $£Z,l CE, 5SA, RS'I
E-I, A-I77771
CCA.,SEZ,CCF.:,Sc;A,RSS FAILED
-LI
"L T
U.A,RSS If ..,-ecJI,k'lgo
E-I, A·S~gl/l.k;
t..CI,5Ei,(,CE,dSA,t~J.
05147 003/64
05750 9037b6
1O!::l751 Hl2001
~1¥6
.-HI717
\!I1I84-
01:)~·
1i1152
iii I bo5
111154
Plla~"
A_~1!J00m0
1115667 UH!l6e I
11'5744 003/62
65745 81/13/65
Bb746 10201i11
0175·
eC.f,SEZ,C.I'IE,dSA,tNA
E-l, A"'~lfJl,UI00
CC", SEl, eMf, ~'U, IN,." RSS E-., A-00~P060
!-Ill "'1
CC",Sfl,C~E,SSA, ,,,,A OR CCA,S.E-I,
e~E,SSA,INA FAilED
CC",6El,I,Mf,SSA,lNA,SZA £-1, A="~000i1ll
"'ll v'1
CCA,Sfl,('ME,SSA,I~A,C;IA FAILlD
LC" ,SEI, L. ... I:., 3')11.,110" SlA,FtS5
EII1,
tl'0e2-
CC"SEI,llCE,SS..,
E-t, A-1';7777
CCI,SEI,LCF.,SSA,SlA.,RSS E-I, "'-117777
IoIlT U
CtA,SEl,CCE,SSA OR CCA,SEI,CCE,
SSA,SlA,RSS F-AILED
(.C"SEZ,tCE,S3A,SIA
E.I, A"I17717
CC~,SE.I,t:CF..,S5Ad"A,RSS lOll, A-"H000111
"LT FIl
FAlL-ORIEl
CCA,SEI,CCE,SSA,SlA IF
b0777/1 CCA,SEl,C'CE,SSA,
1111155"
0-'
""74*
0Z7b
05661 102001
11076·
t1~77
05662 I.Hl13b71
0078
tI!)66J U2~01
'019
14:J66" 011105670
01680
0:5665 102001
01/18 1
e~6b6 003673
0~83
IF
tC .. ,6E:.l,['MF.,dSA,~U
E-~, J.-ln7}}
LC"',S£l,C.l"lt,SSA,SZA,PSS E-I, A-117777
"U U
fAllliNE'
CCA,HZ,CHE,SU,SZA IF
E:.-.iJ CCA,SEl,CP'lE,SSt.,5lA,HSS
~1ii16t1·
e:a61
05141 011l376B
0~742 303163
U2"01
~57"3
01~"
IIHiJ8
0::J6J 1 0~36b 1
0l.iJ9
0!;)63:? UC'0ill
00'0·
""41·
0143
2144
el4b
"146·
fl147
0148
01"9
02b0~1
."
,MF
A~L
D
~221
folO ERRORS.
START
BEl'), I
LOO SUPT, I
. .I
'&"'.lr.5"
START, J
SURT
START
LD'
'!03713
003114
(iH13101
se
003110
.81
VI'3;S712
516
SIX
006a03
",,;S692
19
TAG
TAl
X2
'J
""
XA
'B
~"eS0::S
~02101
,,"'275
IJi2IJ62 ..
~1!!3662
UJ663
.H!l366'
21!1J66S
::403660
~03661
112
liIiU626
lJ3
"OM
~il3627
I. IHtK 1
ADtlKB
"N53
A1'0454
ANS5
"N56
,t,PH1
APAT2
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0567
0568
0569
0570
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0596
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0999
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0601
061112
06213
0604
061i!1!5
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9608
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0618
0611
0612
0613
0614
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0616
0617
0618
0619
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0621
0622
0623
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8665
0666
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111668
8669
0670
0671
0672
11167J
111674
0675
0676
8677
0678
15679
21680
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9682
11683
0684
0685
0686
0687
0688
1689
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0691
0692
"693
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0695
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8697
0698
0699
"790
0701
0702
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04266
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114271
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165030 052525
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05i'133 ~"HHHl6
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1.t5132 000014
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Pl~25
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OCT
OCT
OCT
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OCT
OCT
CCI
OCI
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OCT
OCT
OCT
OCT
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OCT
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OCT
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OCT
OCT
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1133
1134
113'
1836
1137
1138
1131
1132
1133
11~4
1138
1135
1I~7
1238
1231
1232
un
1234
1235
1236
1237
1338
1331
1332
1333
1334
13a'
n36
1337
143111
PA61 UIII5 .02
1627
8628
0529
'638
0631
8.32
8633
0634
0635
8.36
0637
0638
8639
86U
1641
1642
0643
0e44
06045
0646
8647
B6~8
0649
0651i1
0651
"flea
1i165J
"6~4
8655
0656
1rl6~7
16ba
1559
8b61
£1(1)1
061)2
9663
066"
9665
i:lbb6
IIIb67
0668
8669
8678
8571
11672
tl673
"674
8675
iJ676
i611
0678
111619
1iJ68it
1681
1582
1168"
U5561
85662
85651
&1566.
US66'
05666
05667
.5670
85671
115672
15673
1115674
156715
8SII}76
I f:I 677
e570"
.81431
181432
aal4l~
8, .. a.
181"35
U1436
•• 1437
811.38
881531
011632
811533
UI'~4
101.3.
""1536
8115~7
"~701
081638
801631
.5782
8115~2
05703
1i15714
85785
IilS706
85787
85711
Y5711
05712
85113
95114
.5715
1i15716
.5717
1110728
.5721
85722
85723
11'572'
.5725
05726
8b727
e5138
85731
11101633
801634
IU'163!5
BU6;S6
BU637
IU7aa
IU7U
801732
101733
B817.14
tJ~136
aela65
UI7~.
181736
0U737
8e"e68
880861
8alll062
IIIHU'6;S
IUli1l164
188065
IBB\l66
elilUQ61
81111068
.81061
1II~7"2 0'Ub2
"~7 33 ee 1163
rU73. ""Ub4
1115736
85737
857'1
15741
85742
""743
leUflb
Bue67
BOlUI
0"1161
811162
11111163
e~744 1l1li164
'15745 ""1165
.'5746 III 166
1115747 '''1167
1'7511 8"1261
'97'1 111261
HP 20402BL
DCI
DCl
OCI
OCl
OCI
GCT
DC I
eCT
eCT
tCI
eCT
OCT
.. CI
eCI
eCI
OCI
oCI
OCI
eCI
eCI
eCT
DCI
tCI
DCI
DCT
DCT
eCI
DCI
OCT
eCI
OCT
PASS3 OCT
1431
1432
1433
14304
143'
1436
1431
1530
1531
1532
1533
1534
1535
UI36
1537
16~'
1531
1632
1533
1634
1635
1615
1637
1738
1131
1732
1733
1734
173'
17;,6
1737
68
ect 61
DCT
OCT
eCT
OCT
eCI
OCI
DCT
eCT
OCI
eel
eCI
eCT
OCl
eCI
eel
DCI
Del
GCI
eCT
eCI
OCI
DCl
OCT
eeT
62
63
64
65
65
67
1168
1861
1862
U63
1864
1865
1166
U67
11611
1161
1162
115~
1154
1165
1166
1167
\a51
1251
Listing
Shift-Rotate Instruction Test
HP 20402BL
JoIAGE ""16 1102
"'684
e66~
0686
0687
0688
0689
0690
e691
Ii'!(l.S12
Ub9J
Ii'IM/4
069!»
'1696
1Ll697
klf,~8
11699
0700
0701
16702
16703
0/04
070:5
11706
1d107
0,~8
071119
0711:)
0711
0712
i171 J
0114
071 !:I
0116
0717
~718
0719
0720
13121
0722
0723
0724
~725
0726
~7 <.7
0128
11129
t1730
07J1
~i'J2
07:53
0734
a7 J5
"736
,,737
0738
~7J9
1.174ta
1115752 ""'12 6 2
"57~3 001263
"~7'" 0012641
0575' 001265
05756 0~1266
05757 001267
3~7612
~S761
e-7.3
fIIl"4
0745
12!746
0747
~/4a
0749
~lS0
L1Cl
uCl
th11360
cel
001361
,,5762 001362
eel
0~763
Cel
cel
cel
cel
Gel
CCI
cel
LeI
ccl
Gel
ocl
cel
oel
""1363
1::15164 ih11364
0511S5 IiHH365
05766 001366
"57!:!7 001367
0::!71" '601469
05771 001461
0S772 001462
.,;5773 001463
00774 001464
0577b ""1465
"~77b kHH466
.,5777 001467
.a60'!0" 001:360
iJ6~ut 01.11561
0~110~ IHH562
061H1J 0"1563
061'0d ""1564
06"105 0"1~b5
06~06 IHIi.b66
06~g7 001567
0bOU 01:11669
0boJl1 301661
~61,) 12 001662
kltl"lJ 001663
06014 ~Hl1664
0t1015 l'HH665
06016 001666
06~ 17 01:1166]
"6~20 001769
061321 001761
I!Ib02.? ihll1'62
1Il6~23 IH1170J
0b024 001164
0bk'25 'HJ176~
0M12t1 ""1766
~HJIIl27 IHJ1767
06":50 !/IiI"07e
061J~1 IiHUH!!71
05032 000072
06U3~ 00riH!73
06~'JII. 'iHhh174
00035 0l/hl075
060J6 0",H176
1'36037 00007?
~6lJ.cle "aU7a
06iiJ41 001071
e6 TPAT
JMF AHODI
IhlTlAllZE AND MODifY
5 ... 61
Listing
Shift-Rotate Instruction Test
PAGE 1102111 ""2
8912
0913
091'
89115
8916
au?
0918
8919
0920
0921
8922
0923
111924
8'25
8926
8927
0928
11929
8931
8931
0932
8933
093~
8935
0936
09;,7
0938
1219:39
09 .. "
"941
0942
0943
0944
"''iil4S
0g46
'H147
0948
0949
09151
0961
0952
09153
1119154
0955
8966
8957
8958
8959
0635'
86355
96356
B6351
"6368
86361
86362
"6363
06:56'
86363
06366
.6367
06:51111
06J'1
"0372
e6J7J
51637.
0631f1
1I16J16
~6377
16251)7
912686
052e75
026581
"52576
126511
,U52511
11268111
05261/18
826e!1
HP 20402BL
SURT LD'
'NI
CPA
JHP
Cpj
JH'
CPA
JH'
cpo
JH'
0!5261i!1l
CPA
026e01
JHP
CPA
JHF
CPA
JHF
CPA
J"F
LD'
SETUP .OP
15'
CHECK NDF
BALK LD'
CP'
JHF
IN'
&52602
026581
0526GIJ
820581
952604
826511
162567
e99iH1B
0J6557
e0i1U9
062562
IiH525:5.
e2fUll
"1II2Ide ..
072!'Hi2
S64f11S
0641i!11
06492
064121J
96404
0640e
06406
e6A01 036e53
06410 ~2641J1
1i16Hl
D36!5~:S
06412
06413
1;16.'4
06413
1J6416
0&417
06412"
06421
216.22
06423
062!H55
072552
Q6255/
fil52511
026"26
"52512
INSAR,l
"I'ISK I
ILLI
ILLC
ILL2
ILLe
ILL3
ILLC
ILL4
ILLC
ILLe
ILLC
ILL6
ILLC
ILL7
ILL8
ILLC
INSAH
FAT
LPAT
CP>
CHECK
TPAT
1It264~6
ilb257;,
826426
l6~a514
8g63
86437
.96~
9044"
0965
1iJ9b6
8967
0968
86441
06442
06443
li6U.
032~7~
09115
"976
13977
0978
064.5
064.6
1ilI6447
B64S9
06451
06"152
06453
1216454
06455
06456
0979
0.457
098~
064651
"6,61
"6,.62
86463
864';4
96"615
1116466
"6467
06418
06.71
06.72
06413
06474
96415
06476
06477
0971
8912
''iil13
1675"[lA,CLE, SLA, ERA
P [CKUP LEGAL INSTRUCTION
SU SHU OR SHU
UPDA TE INSTk. ARRAY ADDRESS
SHIFT AND CHECK SUBR. JSB TUH!lA
/'lOti
0974
"TA
INSAIi
STA
TPAT
LD' CONI
BU PAl
LD' INSAR, J
•• e 8HASK
8ZA
JHF AHODI
BH' 0 I LD' I/'cSA~, t
10' 8MASl(
li:l49
1050
ADDR. Of NEXT GOOD PATTERN
1055
0~81
1i1962
0983
9964
0985
9986
el9&7
1i!19&8
0989
0999
0991
0992
0993
0994
09915
0996
0997
9998
0999
"'B"
100f
1802
1003
101:14
9625154
872 .. 01
062!5156
912317
026687
162567
-
ALL tNSTR. COMPLETE FOR A OR B
1071
INIT • INSTR. ARRAY 9,tSE ADDRESS
IN IT • 0000 Pl TT. ARRAY BASE ADDR
A-a FOR BHODI
"365~2
1006
101117
U08
"6~H4
1089
065Hi 15~e53
06516 126511
1216517 81653J
ua'
1013
1011
""'' !l01
lU2
0652. 126511
1013
86521
1ilI6522
i!b!523
061!!12'
110114
1015
1016
1017
1018
1019
1020
1021
1022
1023
1024
iii! 2'5
oaee01
""Ii!IS4e
1665'2
0911180111
06526 ",,,eBBB
06526 860001
06527 1565~3
86530 126521
06531 016!'!J3
051532 126t'121
06e33 iJaililel
1!16!534 012547
06535 16255J
5-62
FA
NOT _
INUIi
INIT • INSTR. ARRAY BASE AnDR.
l.D"
INS""
CPA
JHP
JH'
LD'
PAS4
BU
972557
962!56J
872 . . .
062!t65
216"06 e36553
061507 026'82
06510 80S Bl!!iJ
0.ell ""0e149
.6512 162552
06'13 "OlhJB0
ADD ONE TO INSTR. ADDRESS
lSi INUR
052514
026"2
5126402
06511J3 15525154
061521. 026411
INUII
INUA
BTA INSAA, I
172567
0365'7
062557
062556
1082
PAU
FB
B"ODI
eON2
AMASK
L )'
5"
LD'
SU
ILLC
FA
AMODI
CON2
INSAR
SET UP JSB TO B SHIFT-CHECK SUBR
SETUP pROPER SHIFT INSTR.
AND 173777
ADO ONE TO INSTR. ADDRESS
NOT _
RESET IHSTR. ARRAY BASE ADDR.
JSA
CHECK
BSHAI
SETUP
JHP aSPEc
151 INSAfi
LOA PAT
CPA LPAl
JHF NINST
lSi PAT
151 TOAT
J.' SEVEN
UUA hOP
eli
LD' PAT, 1
SH'I
NO'
hOP
CPA TPH.I
JM' T10U,1
JSI ERROR
JH' TU8A,1
TUBB hO'
eLE
LD" PAT, I
SHill
NOP
hO'
LD' I
CPS TPHoI
JHF Tue8,1
JSS ERRON
JHP 118iJ9,1
ER.OR .OF
IT' BAD
LD' TPAT.I
1076
1077
!d78
1079
le80
1381
lOR 00,11188
AMlD I LD' HISAA,I
AN'
1012
137J
U14
1075
INIT • PATT. ARpA't BASE ADDH.
IN8TR. HODIFIED
as
1065
1066
1067
1068
1069
1070
INUR, I
CHECK
LD' SSHBl
ST' SETUP
JHF ASPEC
912~67
072377
06.00 2126746
"630' 9J65151
06.02 0625152
"6~BI5
au
10152
11o!5J
1\:!!54
Us7
HP 20402BL
FB
1046
U41
1046
1051
LD' RPAT
072557
U.S
IhSTR. COMPLETED SEVEN PATTERNS?
JHF START
LD' CON2
S\.
lSI
LD'
cPA
J"'
J"'
LD'
SU
LD'
10Jl
1038
U39
h140
1041
10.2
HI.3
10414
NOT _ MODIFY fOR NEXT PATTERN
NEXT TEST Pol rTERN
ADDR. OF NEXT GOon PATTERN
J.' START
172567
1:56551
062551
85251.
1264153
1264'3
062556
lltJ5
h1J6
1666 .. ELA"CLE ,ELA
PAGE 11021 '1112
0969
11910
103'
166!5"EL A, elE, ERA
PASI
ST' TPAT
0960
6961
8962
1576-ERA, elE, SL"', ELA
U58
1059
112160
U61
1062
1063
1064
"pASS LOA RPAT
0725e7
5:162551
.72553
0625515
872552
162557
012510
""2g02
026462
162557
il654. 1661552
D65.45 102~1:I1
e664b 126'1533
00547 00efl08
IJJ3
INUR
216A26 "62551
116431 062556
£I6~04J
1~29
11656
06427 072563
86438 212635.4
.6~J2
U:51
1032
1./128
JHP
tP'
JHF
tFA
JHf
06424 826UI
86425 826354
"6433
1164J4
li!643ei
064J6
1030
1 !5llS.ERA, elE, SlA, ERA
U27
1 S65 .. ERA ,ClE, ERA
CONI
PAT
"PASS
PAS2
NP,ASS
PAS3
NPASS
cp, PA.S4
JHP MODI
162!5ISQ
1 !5156 .. ERA,CLE, ELA
,.. INST
iSZ TPAT
"blbS.,
06536
116537
06!5040
216541
06642
1676-ELl, CLE, SLA, ELA
J
ST' PAT
JHF
N I~Sl IS'
LD'
SU
L p.
1~26
ILLC
INSA~,
PAGE 0022 #02
SETUP JSA TO l
SHIfT-CHECK SUBR.
1083
1084
ua5
108b
1087
1088
1089
1090
1091
!IHlI2
11693
1094
"'95
1096
1097
1098
1099
11021
1 UI!
1102
1103
1104
t Hl5
1106
1107
1109
1110
1111
SE~EN
SEVEN PATTERNS COMPLETED?
1112
1113
1114
NoT -
1115
1116
1111
1116
1119
1120
1121
1122
1123
NOT _
lRROR RETURN
1124
1125
1126
1127
1128
112~
l1JId
1131
1132
1133
NOT _
0~A5",'
06554 01tr451l6
065!5!S 0il45i>e
BAt
TALR
RPl-T
PAl
TP,t. T
lP# T
ttl\'.1
P6~b6
0o~57
"UltlS'H!I
1t0t55~ilI
1t-.6AR
~6!560
IHle.,03
lEi'P
SUE I
501Ft
JS'
JS'
0b561 1717J1
06562 071177
06663 016t5U
06564 01O~21
~6!5Mj 072513
06!:166 872524
06567 17J777
~657i1
0~4d'~B
06!571 £135610
06572 0057221
~6!573 U06"30
06!57. 00216140
.,6575 0iH565
06!)76 001566
06577 eli; 1515
eI6600 'HH576
.,6601 "161665
06602 1!11!11666
"6603 "1iI1675
86604 001676
066e5 109e.1!I0
06M~b 01211717
"6607 0021504
e66U' 21011565
"6611 "B2k132
06612 Ul20"1
06blJ 002B4e
.,661' 1921101
06615 3024"4
06616 0015615
061511 '1IJ211182
061520 102081
06621 002"421
06622 102001
06623 0024t14
06624 001515
06625 1I!I2~"1
156626 117020lt2
CO~2
SSI- A1
581-S,
A"'~SK
BP1,lSK
PAS 1
PA52
PASJ
PAS4
ILll
ILL2
ILL.
ILL4
ILL5
ILI.6.
ILL7
BAD PATTERN-B
LOOK
BAD INSTR. CODE
ORIGINAL PATTERN
LOOk
•
DE'
ILL6
SM,&SK
AMSKI
ASPEC CLi,CLE,INA
ERi ,CU:,ERA"
le6e
SZ.
HL1 U
BE2
tilT 01
CL', INA
ERA,CL.E,ERA fAILED
E NOT _ 0
ER,I.,CLF~,ELA
le66
SlA
I-Il1 et
ERA,CLE,ElA fAilED
iEJ
E NOT .e
"'ll 01
Cli, INA
ERi,CLE,SLA,£P.A
1575
HLl f1
SlA FAILED
&20
JlAGl 0023 '-32
lU6
SETUP pROPER SHIFT INSTR.
U2eel
9625137
£142561
07255111
U6650 ihHHu'e
06552 0041507
36a52 fdld,j,:seg
"'65!5J
HP 20402BL
LD8 BAD
HLT BI
LD' JNSAR
AD, SUBI
S .. TADR
LD' UDR.I
LOt PAT, I
"Lt 01
JH' ERROR, I
CCl
tct e
DE' pel!l2~
DE' PAll
DEF P0a2A
nEF PATT
nEF PAll
DE> PASSI
CfF PASS1
tct 0
eCl 177777
DCI 77771
JS. TueA
JSE TU0B
STA SHU
ST' SHBI
eCl 173777
tCl e1iJ41iJ~1
DEF PASS'
CEF PASS]
OEF PASS.
END
ccr 1565
eCl 1566
CCl 1575
tct le76
eCT 1665
CCT 1666
eCT 1676
eCT 1676
cct UtHH""
tcr 1771
1134
06~21
102901
061530
""6631
06632
06633
066J.
0663!
96536
06637
0664"
06641
06642
06643
06644
0664!i
"66.6
1116647
!!I06!!0
l}66!H
066!5?
"6653
05654
06655
06656
06"b7
06660
06661
066152
0b663
0666'
05665
e6666
06667
"6670
0667 t
06612
06613
06674
06675
066H
136677
057\!0
216701
002048
102001
"212484
~6702
~6703
i21611U
11:16705
i216701'1
067B7
06710
"6111
1.'16712
061105
1116714
ERROR RETURN
1135
113b
IIJ7
0671~
9000 PATTERN-A
1138
1139
06716
1116717
001576
10208 I
0020"2
192iH!11
8020'0
U2flel
1.162605
001665
HP 20402BL
tiLT U
IE<
ERA, elE, SI.A, ERA FAILED
!'ilT U
E NOT ."
Cl", INA
ER" ,eLF.,aLA,ElA
le7.
HL1 Bl
SlA fA flED
HZ'
Hl 01
ERA, ClE, SlA, ElA FA ILED
'Lt 01
E
iE'
LDot SI'1ASK
El" ,CLE,ERA
~OT
.0
UD01",
16~!5
002~H12
SZA
102E1et
01112041
U2fi!S1
IiJb26!!1S
""1666
002""2
102(101
002040
U21!1l1tl
HL' 01
SEl
"Lt 01
0626~ri
lD. SHAS'"
EU,ClE,SLA,ERA
167ri
SlA FAILED
hL' fI
0e 1675
10200'
a020"2
1£'120"1
,,0Ullle
102801
062605
'HH 675
1020U
00201i!!2
1020131
0820'"
1020211
U3Ul
182101
102301
102001
UJ301
U211101
102201
102001
102301
902091
102001
103101
062!562
00200.
103301
102001
103101
062561
082004
10221111
1.20U
LD" SHAS"
EL~,CLE,ELA
ELA,CLE,ERA FAILED
E NOT .8
1I1JBSOe
1666
SZA
"'i,.1
01
ELA,ClE,ElA FAILED
SE'
.Lr 01
E NOT _0
1I!I""eg
SZA
HLl 01
5El
"L 1 01
ELA, CLE, SlA, ERA FAllED
E NOT .0
LD" SHASh.
100000
ELi,CLE,:'LA,ERA
1676
~LT ~1
stA FAILED
SH
_Ll U
SEl
Ht 0'
cUi
S Te
80s
.L1 01
80' t
_L' 01
sCt
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50S
oss
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Section VI
Table 6-2. Backplane Wiring List (Continued)
MEMORY
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Section VI
Model 2114B
Table 6-2. Backplane Wiring List (Continued)
MEMORY
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5
6-23
Section VI
Model 2114B
Table 6·2. Backplane Wiring List (Continued)
MEMORY
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176
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68
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177
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46
180
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61 6149
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74 74is3
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34
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183
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53
184
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59
67
185
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57
68
66
71
69
186
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70
187
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54
188
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10
15
55
189
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4
36
49
190
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6
25
191
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3
30
192
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66
66
45
20
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81
14
193
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76
76
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194
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74
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24
195
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82
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196
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197
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198
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17
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12
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23
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63
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16
16
202
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20
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203
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24
24
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204
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28
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32
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206
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36
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207
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52
52
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208
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56
56
23
209
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60
60
210
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64
64
211
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68
68
17
212
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72
72
23
213
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27
214
STI6
215
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A4
216
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217
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A2
218
PEH
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219
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A5
220
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61
75
221
SCLI
64
76
A6/A7
10
76
76
60
80
80
42
50
27
13
27
27
13
23
70
50
14
52
62.
80
80
27
83
52
222
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63
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223
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59
71
224
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62
50
6-24
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79
46
16
16
16
16
16
34
34
34
34
Model 2114B
Section VI
Table 6-2_ Backplane Wiring List (Continued)
MEMORY
REF
SIGNAL
SOURCE
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Q
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~
~::::i
~:;
~<
~<
~~ ~~
~~
!::(; !::r:;
!::c::;
"''' "''' "''' "'''
<~
<~
A6
A7
A8
A9
z~
w
u:
z~
w" w"
....
WN
i=-
..'" ..
Z
....
",;:l
Zw
i=",
U w
=> ..
"'0
.... u
....u
~c:;
INPUT/OUTPUT
.'"
.~ .."
~
w
z
q
~
<
;;:
....
i5
~ffi
g g g g
g g
.... '" ~~ a;g
AIO All Al2 Al3 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 A24
67
49
16
34
<~
<~
g
:::
225
SCL5
226
SCL6
65
227
SCL7
68
228
SCMO
229
SCM1
230
SCM2
A15
231
SIR
A12
53
232
IAK
A15
20
233
lEN
A15
8
8
234
CRS
A15
13
13
66
59
34
16
34
34
81
14
80
37
14~7
14fs7
72
25
I
32
32
32
10
235
IRQ1
A22/A23
31
236
IRQ2
A21/ A22
29
10
6
6
237
IRQ3
A20/A21
41
238
IRQ4
A19/A20
42
239
IRQ5
A18/A19
240
IRQ6
A17/ A18
241
IRQ7
A17
38
33
242
FLGl
A17-A23
4
4~9
243
FLG2
Not Used
35
244
PRH10
A15
74
245
PRHll/PRLlO
A23
246
PRH12/PRLll
A22
247
PRH13/PRLl2
A21
248
PRH14/PRLl3
A20
249
PRH15/PRLl4
A19
250
PRH16/PRLl5
A18
29
6
6
37
45
6
6
6
33
33
33
33
33
33
4~9
23
23
\
23
23
23
23
23
3
3
3
3
3
3
251
PRH17/PRLl6
252
SKF
253
SPARE
254
255
INT
PRL4
A15
A15
256
RSP
A15
2ii7
PON
A15
258
PRL5
A5
259
DML
A24
60
84
260
LAL
62
79
261
LNS
45
7
262
SCL
57
83
A17
3
A15-A23
38
12
12
68
6
33
63
24
30
46
46
38
LML
59
HLL
28
I
RNL
PRS
49
267
LDL
52
268
MON
A24
269
PEl
A5
270
SIN
A24
271
LES
66
23
82
8
80
41
265
266
66
3
73
263
72
6
58
264
68
76
23
77
73
79
5
29
61
60
9
11
67
41
81
272
CLR
273
SWRO
33
46
274
SWR1
82
33
275
SWR2
52
34
276
SWR3
83
277
SWR4
33
48
278
SWR5
82
31
279
SWR6
52
36
280
SWR7
83
47
45
6-25
Section VI
Model 2114B
Table 6·2. Backplane Wiring List (Continued)
MEMORY
REF
SIGNAL
281 SWR8
_x
"':
w ...
.... '" .... '"
ii:SE
c~
:;~
~~ ~~
Al
A2
A3
~!::
co
!!~
§~
A4
>",
~~
INPUT/OUTPUT
~
'"
....
;::",
Zw
"'co
"'co
1;;'"
..iffi:
!~
AIO All AI2 AI3 A!4
!::t;
"'c
c~
A5
A6
A7
A8
A9
33
I
82
,,~
"'co
c~
......
... w
:;~
w
~
"'c
" ...
!::c:; !::(; !::c:;
~:::;
w'"
~c
c
~
~
"'c
~
~~
~::;
z~
...
~6
~;
: ...
w'"
~c
z~
LOGIC
....
WN
"''''
~ffi
:co
...
;::-
....~
~'"
;;;c
~~
~
§:
z
c
'"
co
...
g
~
g
...
g
It
M
g
N
~
g
co
g
....
~
il:
AI5 AI6 AI7 AI8 AI9 A20 A21 A22 A23 A24
32
282
SWR9
283
SWRIO
52
50
284
SWRll
83
26
285
SWRI2
33
37
286
SWRI3
82
49
287
SWRI4
52
51
288
SWRI5
A24
289
+30V
PS
290
+JOV
PS
291
OVF
AI4
8
23
292
EXTEND
AI4
62
30
293
YN7
Al
58
69
294
Y7N
Al
50
72
35
83
78
211e7
1«'68
295
MO"
A2
16
296
MI
A2
26
13
297
M2
A2
20
12
298
M3
A2
70
11
299
M4
A2
72
79
14
300
M5
A2
301
M6
Al
16
77
302
M7
Al
26
78
303
M8
Al
20
71
304
M9
Al
70
72
305
MIO
Al
72
67
306
Mil
Al
66
68
307
PINT
A5
74 46
50
308
EPH
Not Used
Not Used
66
80
70
309
IIR
310
XPH4
AI2
311
RSMO-5
All
312
HIS
AI6
313
PH5
AI6
314
lOS
AI4
315
ISG
AI2
50
316
EXT
External
65
77
13
12~0 12/19
32
58
32
79
82
76
83
61
73
317
TBI2
A8
62
318
TBI3
A8
61
319
TBl4
A8
320
DSCY
A2
321
SCM3
AI5
84
322
PWF
PS
27
323
FLGO
AI6
30
324
FLG3
Not Used
325
SRQIO
A17-A23
326
SRQll
64
64
10
I
4
53
66
327
SRQI2
44
328
SRQI3
68
329
SRQ!4
63
330
SRQI5
67
331
SRQI6
A17-A23
332
SRQI7
Not Used
333
PH5
334
PRL6
A16
335
+5V
PS
39~0
PS
47~8
336
6·26
SOURCE
A24
-
->
"':
w ...
> ....
...
..ffi ~- ..
co
-2V
43
A2
75
19
19
19
19
19
19
19
21
71
BUS BA.1'
BUS BA
3
39~0
47~8
Model 2114B
Section VI
Table 6-2. Backplane Wiring List (Continued)
MEMORY
-
0
a:",
a:~ w..,
_)(
~..,
:::!::
~!::
Q~
Q~
"'''' "''''
0
.... a:
!!~
.... a:
>",
!:: ..
~
ffi
u:
~~ ~~ "''''
fffi
~~
~:::::i
w"
~'"
w"
~'"
A3
A6
A7
!!~
z~
z~
~~
..,
..,
LOGIC
..,
~
.
z
..
~:
!::t;
....
..
~
.....
INPUT/OUTPUT
.'"
~
~
~
... .. .
'"
~~ ~~ "';:!
i!~ "'.., "'..,
Zw "'
"' ....~;:;..,
!::s !::i;; !::t; !ffi
1;;'"
"'"'~ "'''
z"' "'~
"'
"'''
"'
"'~ "'~
~~
i=-
i=",
..,~
....
Z
fl
_Q
~
~
g
g
..
6
'"
z
N
6
'"
g
0
g
g
::....
.
Z
[E
337
GND
PS
A1
1/2
338
GND
PS
851a6
339
GND
PS
21a6
2
340
GND
PS
11a5
86
341
+5V
PS
39
342
+5V
PS
343
+12V
PS
43
43
43
344
+12V
PS
44
44
44
345
-12V
PS
69
69
69
346
-12V
PS
70
70
70
347
LAMP COM
PS
17/71
348
LAMP COM
PS
1B172
REF
SIGNAL
SOURCE
349
EFF
Not Used
350
IFF
Not Used
A2
A4
A5
A8
A9
A10 All A12 A13 A14
A15 A16 A17 A18 A19 A20 A21 A22 A23
BUS
BAr
1~
BUS
BAr
8%6
2/42
86
1/41
85
39
39
40
R5
Rn
74 -76
351
MCJ
A1
352
GND
PS
501
RTS
A13
502
P1235
A12
503
M12
A2
8
512
XMRO
A16
68
19
513
XMRI
81
18
1
2~4
32
27
78
52
51
50
514
XMR2
79
11
515
XMR3
56
26
516
XMR4
80
28
517
XMR5
54
518
XMR6
27
68
29
519
XMR7
81
30
520
XMR8
79
31
521
XMR9
56
36
522
XMRI0
80
33
523
XMRll
54
524
XMR12
525
XRTS
,
526
EDT
A16
527
XDSCY
GND
529
IOGIO
A13
530
XMMDO
A4
A24
32
17
59
84
36
62
62
62
15
15
85
12
62
15
6-27
Section VI
2114B
A25
DISPLAY
BOARD CABLE
ASSEMBL Y
CARD
CAGE
ASSEMBLY
A400
4K CORE
MEMORY
STACK
ASSEMBL Y
*(8K STACK OPTIONAL)
...
-------
FRONT
PANel
ASSEMBL Y
EAR
PANEL
ASSEMBLY
(P/O POWER
SUPPL Y)
POWER
SUPPL Y
ASSEMBL Y
~:
:
~-- ---
---
A300
CAPACITOR
BOARD
(P/O POWER
SUPPL Y)
...............
I
I
I
-,
I
................
-- A301
HEAT
SINK
ASSEMBL Y
(P/O POWER
SUPPL Y)
I
I
REGULATOR
ADJUSTMENT
2039-2
A24
DISPLAY
BOARD
(P/O OF
FRONT PANel)
MEMORY
SUPPLY
ADJUSTMENT
REGULATOR
CARD
(P/O POWER
SUPPL Y)
Figure 6;-2. Top View of Computer Showing Assembly Locations
6-28
NOTES:
1. ASTERISK (*) DENOTES
OPTIONAL ITEM
2. REFER TO VOLUME THREE
Table 6-1. Logic Equations
AAF
::: 'AAf!t
AAF FLIP FLOP
DATA
::: Mo~t:m1T
CLOCK
::: P123*TO*TS
A REGISTER
ARO FF
DATA
: : "rtrcr
CLOCK
.- STBA
ARl FF
DATA
CLOCK
::: TI~T
::; STBA
AR2 FF
DATA
:::
CLOCK
::: STBA
AR3 FF
DATA
::: TSJ
CLOCK
::: SrBA
AR4 FF
DATA
::: 1'9''4
CLOCK
::: STBA
AR5 FF
DATA
::: "f'S;
CLOCK
::: STBA
AR6 FF
DATA
ig~
CLOCK
::: TS'b
::: STBA
AR7 fF
DATA
::: rS7
CLOCK
::: STBA
ARB FF
DATA
CLOCK
::: iS1:r
= STBA
AR9 FF
DATA
:::T~
CLOCK
::: STBA
ARlO Ff
DATA
::: TBTU'
CLOCK
::: STBA
6-29a
ARll ff
DATA
CLeCK
AR12 ff
DATA
CLOCK
AR13 ff
DATA
CLeCK
ARl4 ff
DATA
CLOCK
ARl5 ff
DATA
CLOCK
= nrrr
= STBA
= i~
= STBA
= '1tJ'n
= STBA
= iST4
= STBA
= jgT5
= STBA
EIR*IR14*~*~
ADD
ADf
ADf
ADf
ADf
ADf
ADf
=
=
=
=
=
=
=
ANA
ANf
ASG
= ~*TRT1*IRl2*T~
= ANA*PH3*T34
= OPO*l1IT5*IRIO
ADD*PH3*T34
ASG*T45
ISZ*PH3*T34
JSB*PH3*Tl2
Pl23*T67
PH4*T34
A REGISTER
BRO ff
DATA
CLOCK
BRI ff
DATA
CLOCK
BR2 ff
DATA
CLOCK
BR3 ff
DATA
CLOCK
=
TmT
= STBB
= TST
= STBB
= ~
= STBB
= Ttrl
= STB8
6-29b
BR4 FF
DATA
CLOCK
BR5 FF
DATA
CLOCK
BR6 FF
DATA
CLOCK
BR7 FF
DATA
CLOCK
= rs-z;
= STBB
= TS5
= STBB
= TBl)
= STBR
= TB7
= ST8R
BR8 FF
DATA
CLOCK
= 11m
= STBB
BRY FF
DATA
CLOCK
= Ttfl1
= STB8
BRlO FF
DATA
CLOCK
= Ten
= STBR
BRll FF
DATA
CLOCK
= TtITT
BRl2 FF
DATA
CLOCK
=~
= STBB
BR13 FF
DATA
CLOCK
= mn
= STBB
BR14 Ff
DATA
CLOCK
= mI4
= STBB
BR15 Ff
DATA
CLOCK
=~
= STBB
= ST8B
6-29c
BAF
= B1W'F'
BAF FF
DATA
= MOR*MRO
CLOCK
= P123*TO*TS
DIRECT SET = T7
COF FLIP FLOP
DATA
= ASG*SOR*Tl*TS*TRO
DATA
= ASG*T3*TRS*TRO*E
DATA
= ASG*T3*TRS*~*~
DATA
= ASG*T4*TR4*TR3*TRO*RBlS*RBO
DATA
= ASG*T4*TR4*~*RBT5
DATA
= ASG*T4*TR3*~*~S1
DATA
= ASG*T4*TR4*TRj*TRO*RBlS
DATA
= ASG*T4*~*TR3*TRO*RBO
DATA
= ASG*SOR*TS*TRl*TRO
DATA
= ASG*~*TS*TRl*~
DATA
= ASG*TS*TR5*fR4*TR3*rRl*TRO
DATA
= CPA*SOR*PH3*T4
DATA
= IOS*SFS*T4*OVF
DATA
= IOS*SFC*T4*TS
= l'U~+PRSF
PH2 FLIP FLOP
J
= PHl~5ri
J
K
K
K
CLOCK
DIRECT CLR
= PH2*TR15
= SET PHI FF
= SET PH3 fF
= SET PH4 ff
= LNS*T7*TS
= ~+RSF
PH4
rt~OPO~TR15
PH3 FLIP FLOP
J
J
J
J
= DMLF*STEPl*STEP2
= LMLF*STEPl*STrP2
= PHl*~~R4-rr*nPn*j~*TRI;
= PHl*~iPR4-rr*npu*RSP*TRT5
J
= PH2*~ET
J
=
K
PR4-rr*j~*iRtS
PH2*~~R4-rr*RSP*TRTS
= SET PHI fF
= SET PH4 fF
= LNS*T7*TS
= ~+PRSF
K
CLOCK
DIRECT CLR
PH4 fLIP FLOP
J
= Rfl*INT*JM~*~g
J
= RFl*INT*RSP
CLOCK
DIRECT CLR
= RFl*INT*T~P;
= SET PHI FF
= LNS*T7*rS
= l'TI~+PRSF
PON
POPIO
= PWf*XPF*OELAY
= (~+PRSF) *T5
J
K
P REGISTER
PRO Ff
OATA
= TmJ
CLOCK
STPO-9
=
6-32c
PRl FF
DATA
CLOCK
PR2 FF
DATA
CLOCK
PR3 FF
DATA
CLOCK
PR4 FF
DATA
CLOCK
PR5 FF
DATA
CLOCK
PR6 FF
DATA
CLOCK
PR1 Ff
DATA
CLOCK
PR8 Ff
DATA
CLOCK
PR9 FF
DATA
CLOCK
PRlO FF
DATA
CLOCK
PRII FF
DATA
CLOCK
PR12 FF
DATA
CLOCK
PR13 FF
DATA
CLOCK
PR14 FF
::
TfJT
STPO-9
:::
~
:::
STPO-9
:::
TB'1
STPO-9
:::
:::
:::
:::
TSt;
STPO-9
::
TS'5
STPO-9
:::
T86
:::
STPO-9
:::
iS7
:::
STPO-9
:::
TS~
::
STPO-9
:::
:::
TIft;
STPO-9
:::
m11r
:::
STPlO-15
:::
'fBI!
STPIO-15
:::
:::
:::
rnn
:::
STPIO-15
:::
TSn
:::
STPIO-15
6-32d
DATA
CLOCK
PRlt; FF
DATL\
CLOCK
PRHIO
PRL4
::
TBTZ+
::
STPIO-lS
= rtrf15
= STPIO-15
= PRL6*PRLS*PRL4
= POWER FAIL CONTROL
PRSF FLIP FLOP
DATA
= PRS
CLOCK
= ~*m*[M[
PWF
= 12 VOLTS
RARB
= AAF*'J'51j*P123*Tl
RAR8
= AAF*P'ffJ*P123*Tl
RARb
= ADD*PH3*T34*mrr
RARH
= ASG*T3*TR8
RARe
= ASG*T4S*Y~TT
RARt:3
= CPA*PH3*T34*IRIT
:: EIR*PH3*T34*r~T4*T~T
RAR8
RAR8
= IOG*T4S*TR6*fRIT
:: OPO*T3*TRT5*~rr*!RT~
RAR8
RARB
= OPO*T4S*TR\5*!Rll*IRTo
RARR
= S TRi~PH3*T 2*TfITT
RBRB
RHR8
RBR8
RBRe
RBR8
RBRB
RBR8
RBRt3
RBR8
RBRe
RBRtl
RBR8
RBO
RBO
RBI
RB2
= ADO*PH3*T34*HH 1
= ASG*T3*rn~*IR11
= ASG*T4S*IR11
= BAF*P123*~'R3'"'Tl
:: BAF'"'J"StJ'"'P123*Tl
= CPA*PH3*T34*IRII
= IOG*T3*rnb*IRll
:: IOG*T4S*i"Rb'"'IRll
::
OPO*T3*~T5'"'IRll*~U
=
OPO'"'T45*T~T5*IRll*~!]
::
EIR*PH3*T34*~T4*IRll
= STRnPH3*T2*IRll
::
ISl*PH3*T34
::
RPRB*~RO+RAR8*ARO+R8RB*B~
::
RPRB*PKT+RARB*ART+R8R8*g~
= RPRR*~R2+RARB*AR2+RBR8*BR2
f) -
33a
=
RB3
RB4
RBS
RB6
RB7
RBB
RB9
RB 10
RBlJ
RB12
RBI3
RB14
RBEl
= RPRB*P~4+RARB*~4+RBRB*~
= RPRB*PR5+RARB*AR5+RBRB*BR5
=
RPRB*P~b+RARB*~b+RBR8*~
= RPRB*PR7+RARB*AR7+RBRB*8R7
=
RPRB*~~+RARB*~~+RBRB*~
=
RPRB*~+RARB*~~+R8RB*g~
= RPRB*PRrrr+RARB*A~~+RBRB*gp~
= RPRB*PRTT+RARB*ARTT+RBRB*SRIT
= RPR8*~T2+RARB*ART~+RBRB*B~~
= RPRB*'Pt
SCl7
SCMO
SCMI
SCM?
SCM3
SCM4
SCM5
SCM6
SCM7
5CO
sco
::
::
TR2*TRl*Tl
R5
R.
~
~
R 3
R2
G:D
00
00
~
EM
CR.
00
CR2
RI
~
00
CR26
00
@D
00
00
00
~
CR33
00
00
00
R13
RI2
G:D
00
CR30
@D
R "
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
CR34
00
~
1854-0246
R1-R17
R25
R26
C:
C:
C:
C:
R 17
00
1+
88
00
00
C 51
88
88
88
88
88
I
88
C 52
88
88
88
88
88
C53
I
CR21
00
(Rig
00
CRI7
00
00
CR 13
~
I C58+1
00
CR9
00
00
CR5
00
00
CR I
00
EJ
B
B
B
B
B
B
~
~
@0
B
!ill
[§E]
B
~
B
B
DWG REV B
Figure 6-6. Inhibit Driver Card (02114-60429), Part Location Diagram
*Reference Designation Prefix A3 (A4 Optional)
6-42
2114B
Section VI
Table 6-7 _ Sense Amplifier Card (02114-6005), Reference Designation Index
REFERENCE
DESIGNATION *
HP
PART NO.
DESCRIPTION
MFR_
CODE NO.
MFR.
PART NO.
C20-C25
C26-C31
0160-2055
0180-0155
C: FXD CER 0.01 UF +80-20% 100 VDCW
C: FXD ELECT 2_2 UF 20% 20 VDCW
91418
28480
TA
0180-0155
MC1,11,21,31,41,51,61,71,81,
91,101,111,121,131,141,
151,161
MC37,47 ,57,77 ,87
MC67
1820-0137
INTEGRATED CIRCUIT
28480
1820-0137
Q1,2,4,5,7 ,8,10,11,13,14, 16,
17,19,20,22,23,25,26,28,
29,31,32,34,35,37,38,40,
41,43,44,46,47,49,50
Q3,6,9,12,15,18,21,24,27,30,
33,36,39,42,45,48,51,52
R1,2,11,12,21,22,31,32,41,42,
51,52,61,62,71,72,81,82,91,
92,101,102,111,112,121,
122,131,132,141,142,151,
152,161,162,171
R3,13,23,33,43,53,63,73,83,
93,103,113,123,133,143,153,
163
R4,14,24,34,44,54,64,74,84,
94,104,114,124,134,144,
154,164
R5,7 ,15,17 ,25,27 ,35,37 ,45,47,
55,57,65,67,75,77 ,85,87,
95,97,105,107,115,117,
125,127,135,137,145,147,
165,157,165,167
R8,18,28,38,48,58,68,78,88,
98,108,118,128,138,148,
158,168
R9,19,29,39,49,59,69,79,89,
99,109,119,129,139,149,
159,169
R172
R173
R174
1820-0327
1820-0071
1853-0036
1854-0215
0757-0401
0757-0280
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
TRANSISTOR: SILICON PNP
TRANSISTOR: SILICON NPN
R: FXD MET FLM 100 OHM 1% 1/8W
R: FXD MET FLM 1K OHM 1% 1/8W
01295
01295
04713
04713
28480
28480
[IbP.I]
02114 - GO os
A - 916 - 22
~
~
~
~
~
B
~
~
0
~
SN7401N
SN7440N
B
B
EJ
SP-3612
~
~
~
~
~
~
~
R 121
§I]
SPS3611
~
0757-0401
0757-0280
R: FXD MET FLM 681 OHM 1% 1/8W
28480
ED
~
~
E!D
~
~
~
~
E7TI
~
~
~
0757-0419
EJ
0698-3155
0757-0440
0757-0416
0698-3446
0757-0419
R: FXD FLM 1.65K OHM 25% 1/8W
R: FXD MET FLM 4.64K OHM 1% 1j8W
R: FXD MET FLM 7.50K OHM 1% 1j8W
R: FXD MET FLM 511 OHM 1% 1j8W
R: FXD MET FLM 383 OHM 1% 1j8W
R: FXD MET FLM 681 OHM 1% 1j8W
28480
28480
28480
28480
28480
28480
0698-7310
0757-0440
~
~
~
0
EJ
§D
~
§:!J
~
~
0
El
0
EJ
E.J
0757-0416
0698-3446
0757-0419
~
0
0
0
0
0698-3155
~
B
B
ED
ED
0698-7310
~
~
~
~
EJ
0757-0419
~
~
8 rn
8
B
8
0
R 157
~
~
R 13 7
8
~
~
8
8
8
8
8
8
8
8
8
8
8
8
e
~
~
~
R 117
~
8 8 e
8 (8 8
8 8 8
(8 '8 8
8 8 8
8 8 8
R t07
~
ED
B
0
[ffij
ffij
R7?
8
@ @
8
8 e 8
8 8 8
@ @
R 67
~
~
[ill
8 8 8
8 8 8
R47
B
B
~
R 27
0
0
~
R7
rn
m
8 @> 8
8 8 8
e
8
e
I C29j I
R 16 9
~
~
~
B
§J
~
~
~
~
B
OB
§J
~
~
IRl081
B
B
~
B
@i)
§J
~
G
[§J
~
~
§J
G
~
B
ED
~
§]
~
§.U
§TI
§J
8 8 (8 ~
ru
8 8 §:]
me
B
B
E
CI8
8
~
rnrn~
E
~
DWG REV J
Figure 6-8.. Sense Amplifier Card (02114-6005), Part Location Diagram
*Reference Designation Prefix A6 (A7 Optional)
6-44
2114B
Section VI
Table 6-8_ Arithmetic Logic Card (02114-60424), Reference Designation Index
REFERENCE
DESIGNATION *
HP
PART NO.
Cl
CII-CI3,CI5-CI7 ,21-23,25-27,
31-33,35-37,62,81-83,85-87,
91-93,95-97,101-103,105-107
0180-0155
0160-2055
C: FXD ELECT 2.2 UF 20% 20 VDCW
C: FXD CER 0.01 UF +80-20% 100 VDCW
28480
91418
0180-0155
TA
CRI-CR4
CR5-CR8
1910-0022
1901-0040
DIODE: GERMANIUM 5 WIV
DIODE: SILICON 30 MA 30 MV
28480
07263
1910-0022
FDG 1088
MC11
MCI2,13,15-17 ,32,33,35-37,
97,107
MCI4,22,23,25-27,81-83,92,
93,95,103-105
MC21,31,87,91
MC62,101
MC85
MC86,96,102,106
1820-0374
1820-0077
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
28480
01295
1820-0374
SN7474N
1820-0127
1820-0956
1820-0305
1820-0310
INTEGRATED
INTEGRATED
INTEGRATED
INTEGRATED
TTL
CTL
TTL
DTL
28480
07263
01295
07263
1820-0127
SL 3459
SN7483N
U6A996259X
QI-QI2
1854-0215
TRANSISTOR: SILICON NPN
04713
SPS3611
DESCRIPTION
MFR.
CODE NO.
MFR.
PART NO.
§1]
Rl,2,5,21,22,25,41,42,45,61,
62,65,101-104
R87-94
R3,23,43,63
R4,24,44,64, 71-7 4,95-98
R6-8,10,26-28,30,46-48,50,
66-68,70,75-86,100,105-108
R9,29,49
R69
R48
R8
R28
RG7
R47
1820-0327
INTEGRATED CIRCUIT: TTL
01295
R27
SN7401N
R7
RGG
0683-4715
CIRCUIT:
CIRCUIT:
CIRCUIT:
CIRCUIT:
R: FXD COMP 470 OHM 5% 1/4W
01121
CB 4715
0686-2215
0683-3015
0683-1015
0683-1025
R:
R:
R:
R:
01121
01121
01121
01121
Et;l2215
CB 3015
CB 1015
CB 1025
0683-5615
0683-8215
R: FXD COMP 560 OHM 5% 1/4W
R: FXD COMP 820 OHM 5% 1/4W
01121
01121
CB 5615
CB 8215
FXD COMP 220 OHM 5% 1/2W
FXD COMP 300 OHM 5% 1/4W
FXD COMP 100 OHM 5% 1/4W
FXD COMP 1000 OHM 5% 1/4W
R4G
~
~
~
~
@D
E
EJ
eo
oe
eo
eo
ee
ee
~
~
(illJ
[ill]
[jiliJ
R81
R80
R79
R86
R85
R84
R83
c£P
@0
C§)
~
E=s
c::J
BBB
@D
~
~
~
Figure 6-10. Arithmetic Logic Card (02114-60424), Part Location Diagram
*Reference Designation PrefIX A8, A9, AI0, and All
6-46
Section VI
2114B
Table 6-9_ Timing Generator Card (02114-60426), Reference Designation Index
REFERENCE
DESIGNATION *
HP
PART NO.
DESCRIPTION
C1
C2
C6-C9
C101-153,159**
0140-0198
0140-0192
0160-2204
0160-2055
C:
C:
C:
C:
CR1-10,41,50
1910-0022
DS1
MC12,21,22,31,32,92,102
MC13,14,17 ,23,24~27 ,41,42,72,
74,81
MC15,16,33,43,44,75,91,94,95
MC25,34,35,93,l07
MC26,73,84,96,103
MC36,46,82
MC37,47
MC45
MC71
MC76
,
MC77,87
MC83,86,104-106
MC85,97
Q1
FXD MICA 200 PF 5%
FXD MICA 68 PF 5%
FXD MICA 100 PF 5%
FXD CER 0.01 UF +80-20% 100 VDCW
MFR.
CODE NO.
MFR.
PART NO.
28480
28480
28480
91418
0140-0198
0140-0192
0160-2204
TA
DIODE: GERMANIUM 5 WIV
28480
1910-0022
2140-0217
LAMP: INCD 2.7V 0.06A
92966
2303
1820-0077
1820-0071
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
01295
01295
SN7474N
SN7440N
1820-0127
1820-0130
1820-0129
1820-0075
1820-0956
1820-0070
1820-0370
1820-0328
1820-0301
1820-0372
1820-0327
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
INTEGRATED CIRCUIT: TTL
INTEGRATED CICCUIT: TTL
28480
28480
28480
01295
07263
01295
28480
01295
01295
01295
01295
1820-0127
1820-0130
1820-0129
SN7473N
SL3459
SN7430A
1820-0370
SN7402N
SN7475N
SN74H11N
SN7401N
1854-0246
TRANSISTOR: SILICON NPN
07263
2N3643
0683-1825
0683-1025
R: FXD CaMP 1800 OHM 5% 1/4W
R: FXD CaMP 1000 OHM 5% 1/4W
01121
01121
CB 1825
CB 1025
0683-4715
0683-3315
0683-1015
0683-3915
0683-3905
R:
R:
R:
R:
R:
01121
01121
01121
01121
01121
CB 4715
CB 3315
CB 1015
CB 3915
CB 3905
W1,2
8159-0005
JUMPER WIRE
28480
8159-0005
Y1
0410-0173
CRYSTAL: QUARTZ 25 OHM
28480
0410-0173
XY1
1200-0199
SOCKET: CRYSTAL
91506
8000-AG9
R1,4,82
R2,3,10,1l,13,16,18,
80,81
R5,31,40,59
R12,15,17,30
R14,70,75
R41,79
R58
55-57,
§
470 OHM 5% 1/4W
330 OHM 5% 1/4W
100 OHM 5% 1/4W
390 OHM 5% 1/4W
39 OHM 5% 1/4W
;@'
8
EJ EJ
EJ EJ
EJ EJ
u
@8
~
~
, Wiring Index and Part Location
Diagram
FROM
SIGNAL
MRD4
MRD6
TRD4
TRD6
SRq4
SRIl6
LA4
LA5
AS-lO
A24J2-l9
AS-13
AS-14
AB-16
A24J2-W
A24J2-22
A24J2-20
P3-l0
P3-ll
P3-l3
P3-l4
P3-l6
P5-Z
Pl-19
Pl-lB,
Pl-22
Pl-19,
Pl-Z
P5-24,
Pl-AA
AS-17
AS-22, Z
AB-22, Z
A24J2-Z
AS-IS
AB-19
P3-l7
P3-lB
P3-l9
AS-22, Z
AB-lB,19
P3-22
P3-23
AS-23,AA
A24J2-24, BB
Pl-BB
P5-Y
NC
P5-X
P5-AA
AS-24, BB
AS-L
AS-V
A24J2-Y
AB-P
AS-R
A24J2-X
A24J2-AA
P5-2l
P5-23
Pl-BB
NC
Pl-22
A8-T
AB-U
A8-24, BB
A24J2-2l
A24J2-23
A8-V
A8-22, Z
A8-l8,19
Pl-23
Pl-24
AB-23,AA
A8-24, BB
A24J2-24, BB
A8-V
+5V
LAMP COM
WIRE
COLOR
RED
GRY
BRN
VIO
ORN
WHT-BRN
*
*
-
BLK
P3-24
GND
P3-L
P3-M
P3-P
P3-R
MRD5
MRD7
TRD5
TRD7
GRN
WHT-ORN
YEL
WHT-RED
P3-T
P3-U
P3-V
P3-W
SRD5
SRD7
LA7
LA6
BLU
WHT-YEL
P3-Z
+5V
P3-AA
P3-BB
LAMP COM
GND
WHT
*
*
*
*
*
INTERCONNE CTION
SIGNAL
P2-l0
P2-ll
P2-l3
P2-l4
P2-l6
MRDB
MRDlO
TRDB
TRDlO
SRD8
GRN
WHT-BRN
YEL
RED
BLU
P5-ll
P5-l5
P5-l0
P5-U
P5-l2
A9-l0
A9-ll
A9-l3
A9-l4
A9-l6
P2-l7
P2-l8
SRDlO
LA8
WHT-RED
P2-l7
P2-l9,
P2-V
P2-l8
P2-Z
P5-24,
P2-AA
*
*
*
BLK
TO
FROM
TO
SIGNAL
A24J2-ll
A24J2-l5
A24J2-10
A24J2-U
A24J2-l2
P4-l0
P4-11
P4-l3
P4-l4
P4-l6
MRDO
MRD2
TRDO
TRD2
SRDO
A9-l7
A9-22,Z
A24J2-l6
A9-lB
P4-l7
P4-lB
SRD2
LAO
A9-22,Z
A9-22, Z
A9-23,AA
A9-l9
A9-l8, 19, V, W
A24J2-24, BB
P4-l9
LAI
A9-24
A9-L
A9-M
A9-P
A9-R
A9-BB
A24J2-l3
A24J2-l7
A24J2-T
A24J2-V
LA9
+5V
LAMP COM
P2-24
P2-L
P2-M
P2-P
P2-R
GND
MRD9
MRDll
TRD9
TRDll
WHT
VIO
WHT-ORN
BRN
ORN
P2-BB
P5-l3
P5-l7
P5-T
P5-V
P2-T
P2-U
P2-V
SRD9
SRDll
LAll
GRY
WHT-YEL
A9-T
A9-U
A9-22, Z
A24J2-l4
A24J2-lB
A9-V
P2-W
LAlO
A9-22, Z
A9-W
P2-Z
+5V
P5-l4
P5-l8
P2-lB,
P2-W
P2-V,
P2-Z
P2-22,
P2-W
A9-22, Z
P2-23
P2-24
A9-23,AA
A9-BB
LAMP COM
GND
*
WHT
TO
P5-M
P5-5
P5-L
P5-4
P5-N
P5-l6
P3-l9
P3-24,
P3-lB
NC
P5-BB,
P3-AA
P3-l9
P3-BB
P5-R
P5-B
P5-P
P5-7
FROM
TO
P4-22
P4-23
+5V
LAMP COM
WIRE
COLOR
WHT-ORN
GRN
WHT-YEL
YEL
WHT-RED
A24J2-l
A24J2-2
A24J2-3
A24J2-4
A24J2-5
All-16
All-lO
All-13
AlO-14
AlO-ll
AlO-17
AlO-24;BB
AlO-24,BB
A24J2-l6
AlO-18
AlO-19
AlO-23,AA
A24J2-24, BB
P5-6
P5-7
P5-8
P5-9
P5-l0
SRD6
TRD7
MRD7
SRD7
TRDB
WHT-BRN
WHT-RED
WHT-ORN
WHT-YEL
YEL
P3-l7
P3-R
P3-M
P3-U
P2-l3
A24J2-6
A24J2-7
A24J2-B
A24J2-9
A24J2-l0
AlO-17
AlO-R
AlO-M
AlO-U
A9-l3
P5-ll
P5-l2
P5-l3
P5-14
P5-l5
MRDB
SRD8
MRD9
SRD9
MRDlO
GRN
BLU
VIO
GRY
WHT-BRN
P2-l0
P2-l6
P2-L
P2-T
P2-11
A24J2-ll
A24J2-l2
A24J2-l3
A24J2-l4
A24J2-l5
A9-l0
A9-l6
A9-L
A9-T
A9-ll
P5-l5
P5-l7
P5-lB
P5-l9
P5-20
SRDlO
MRDll
SRDll
MRDl2
SRDl2
WHT-RED
WHT-ORN
WHT-YEL
BLU
, VIO
P2-l7
P2-M
P2-U
PI-IO
Pl-16
A24J2-l6
A24J2-l7
A24J2-l8
A24J2-l9
A24J2-20
A9-l7
A9-M
A9-U
AB-lO
AS-16
P5-2l
P5-22
P5-23
P5-24
SRDl3
TRDl4
SRDl5
LAMP COM
iGRY
WIlT-RED
WIIT-ORN
,BLK
Pl-T
Pl-14
Pl-U
Pl-23,
P2-23,
P5-BB
A24J2-2l
A24J2-22
A24J2-23
A24J2-24, BB
AB-T
AS-14
AB-U
AS-23,AA;
A9-23,AA
AlO-L
AlO-M
AlO-P
AlO-R
A24J2-R
A24J2-8
A24J2-P
A24J2-7
P5-S
P5-9
P3-W
P3-V,
P3-Z
P3-W
AlO-T
AlO-U
AlO-22, Z
AlO-22, Z
A24J2-S
A24J2-9
AlO-V
AlO-W
AlO-22
AlO-V, W
P3-23
P3-24
AlO-23,AA
AlO-24,BB
A24J2-24, BB
All-18,19
FROM
TO
A24J2-F
All-lB
All-24, BB
All-19
All-23,AA
A24J2-24, BB
P4-l9,
P4-BB
P5-B
P5-J
P5-A
P5-H
All-24, BB
All-lB, 19, V, W
All-L
All-M
All-P
All-R
A24J2-B
A24J2-J
A24J2-A
A24J2-H
All-T
All-U
All-24,BB
A24J2-C
A24J2-K
All-V
-
P5-C
P5-K
P4-lB,
P4-W
P4-V
NC
All-24, BB
All-W
*
*
P4-23
P4-24
All-23,AA
All-24, BB
A24J2-24, BB
All-lB, 19, V, W
GND
WHT
P4-L
P4-M
P4-P
P4-R
MRDl
MRD3
TRDl
TRD3
RED
GRY
BRN
VIO
P4-T
P4-U
P4-V
SRDl
SRD3
LA3
A9-V, W
P4-W
P4-Z
LA2
+5V
A24J2-24, BB
A9-24
P4-AA
P4-BB
LAMP COM
GND
INTERCONNECTION
All-17
All-24,BB
P4-24
ORN
WHT-BRN
*
*
TO
P4-l6
P4-l0
P4-l3
P3-l4
P3-11
P5-F
P4-l9,
P4-V
P4-l8,
P4-24
NC
P5-BB,
P4-AA
BLK
FROM
WHT-RED
WHT-ORN
WHT-YEL
·VIO
GRY
A24J2-2
A24J2-E
A24J2-3
A24J2-D
A24J2-l
-
TO
SRDO
MRDO
TRDO
TRD6
MRD6
All-lO
All-ll
All-13
All-14
All-16
*
*
SIGNAL
P5-l
P5-2
P5-3
P5-4
P5-5
P5-2
P5-E
P5-3
P5-D
P5-l
BLU
FROM
WIRE
COLOR
A24J2-M
A24J2-5
A24J2-L
A24J2-4
A24J2-N
AlO-18,19
TO
INTERCONNECTION
CABLE ASSEMBLY A25
AlO-lO
AlO-ll
AlO-13
AlO-14
AlO-16
AlO-24, BB
CABLE ASSEMBLY A25
FROM
P2-l9
P2-22
P2-23
*
*
*
INTERCONNECTION
Pin Index (P4)
FROM
* Denotes internal connection in hood.
002114-6016-10
02114A-D-120
TO
P5-l9
NC
P5-W
P5-22
P5-20
WillE
COLOR
P2-AA
P2-BB
6-58
-
FROM
CABLE ASSEMBLY A25
R EAR VIEW
P4
LAMP COM
GND
BLU
TO
CABLE ASSEMBLY A25
Pin Index (P2)
PIN
ORIENTATION
P5
SIGNAL
Item
4
10
INTERCONNECTION
CABLE ASSEMBLY A25
WIRE
COLOR
Pin Index (P5)
Pin lodex (P3)
*
P5-A
P5-B
P5-C
P5-D
P5-E
TRDl
MRDl
SRDl
TRD2
MRD2
BRN
RED
:ORN
:YEL
·GRN
P4-P
P4-L
P4-T
P4-l4
P4-ll
A24J2-A
A24J2-B
A24J2-C
A24J2-D
A24J2-E
All-P
All-L
All-T
All-14
All-ll
P5-F
P5-H
P5-J
P5-K
P5-L
SRD2
TRD3
MRD3
SRD3
TRD4
BLU
' VIO
, GRY
WHT-BRN
BRN
P4-l7
P4-R
P4-M
P4-U
P3-l3
A24J2-F
A24J2-H
A24J2-J
A24J2-K
A24J2-L
All-17
All-R
All-M
All-U
AlO-13
P5-M
P5-N
P5-P
P5-R
P5-S
MRD4
SRD4
TRD5
MRD5
SRD5
P3-l0
P3-l6
P3-P
P3-L
P3-T
A24J2-M
A24J2-N
A24J2-P
A24J2-R
A24J2-S
AlO-lO
AlO-16
AlO-P
AlO-L
AlO-T
P5-T
P5-U
P5-V
P5-W
P5-X
TRD9
SRD-ll
TRDll
TRDl2
TRDl3
RED
ORN
, YEL
' GRN
i BLU
. BRN
WHT-YEL
ORN
BRN
. RED
P2-P
P2-U
P2-R
Pl-13
Pl-P
A24J2-T
A24J2-lB
A24J2-V
A24J2-W
A24J2-X
A9-P
A9-U
A9-R
AS-13
A8-P
P5-Y
P5-Z
P5-AA
P5-BB
MRDl3
SRDl4
TRDl5
LAMP COM
ORN
YEL
GRN
BLK
Pl-L
Pl-17
Pl-R
P3-23,
P4-24,
P5-24
A24J2-Y
A24J2-Z
A24J2-AA
A24J2-24, BB
AB-L
AB-17
AB-R
AlO-23,AA;
All-23,AA
*
2114B
Table 6-13. Power Supply Assembly (0?114.6020), Overall Reference Designation Index
HP
REFERENCE
DESIGNATION
DESCRIPTION
PART NO.
A300
A301
A302
(see fig. 6·21)
(see fig. 6·23)
(see fig. 6·24)
02114·6013
B1,2
(see fig. 6·25)
C1,2
C4,5
C21,70
MFR.
CODE NO.
MFR.
PART NO.
CAPACITOR BOARD
HEAT SINK ASSEMBLY
REGULATOR CARD
28480
02114·6013
28480
02114·6010
3160·0072
FAN: TUBE AXIAL 115V 60 Hz
28480
3160·0072
(see fig. 6·25)
(see fig. 6·22)
(see fig. 6·21)
0160·3043
0180·0228
0180·2224
C: FXD CER 2X 0.005 UF 20% 250 VAC
C: FXD ELECT 22 UF 10% 15 VDCW
C: FXD ELECT 13,000 UF +75·10% 50 VDCW
56289
28480
56289
29C147A·CDH
0180-0228
C31,33
(see fig. 6·21)
0180·2223
C: FXD ELECT 160,000 UF +75·10% 10 VDCW
56289
C41,42
C51
(see fig. 6·21)
(see fig. 6·21)
0180·1875
0180·2225
C: FXD ELECT 100,000 UF +75·10% 20 VDCW
C: FXD ELECT 270,000 UF +75·10% 3 VDCW
28480
56289
0180·1875
C52
(see fig. 6·21)
0180·1868
C: FXD ELECT 4900 UF +75·10% 40 VDCW
28480
0180·1868
CR8,9
CR17,18
(see fig. 6·22)
(see fig. 6·22)
1901·0344
1901·0495
DIODE: SILICON
DIODE: SILICON 50 PIV 12A
28480
28480
1901·0344
1901·0495
F2,6
F3,4
F5
(see fig. 6·21)
(see fig. 6·21)
(see fig. 6·21)
2110·0055
2110·0010
2110·0036
FUSE: CARTRIDGE 4 AMP 250V
FUSE: CARTRIDGE 3 AG 5 AMP 250V MAX
FUSE: CARTRIDGE 8 AMP 125V
75915
75915
75915
312006
312005
312008
FL1
(see fig. 6·25)
9100·1934
INDUCTOR: FILTER 20 AAC
28480
9100·1934
J1
(see fig. 625)
1251·0315
CONN: MALE 3 WIRE 250V lOA
83315
7556·G
R61
R62,63
R64
R65,66
(see fig.
(see fig.
(see fig.
(see fig.
6·25)
6·25)
6·25)
6·25)
0811·2649
0811·2650
0811·2648
0811·2647
R:
R:
R:
R:
FXD WW 2 OHM 3% 12.5W
FXD WW 50 OHM 3% 12.5W
FXD WW 5 OHM 3% 12.5W
FXD WW 200 OHM 3% 12.5W
91637
91637
91637
91637
RH·10
RH·10
RH·10
RH·10
S302
(see fig. 6·22)
0440·0069
SWITCH: THERMOSTAT 43° C ± 2°
28480
0440·0069
T1
(see fig. 6·22)
9100·1235
TRANSFORMER: POWER
28480
9100·1235
.
02114·6010
.
.
36D133G050BF2A·
DaB
36Dl64G010DF2A·
DaB
36D274GOO3DF2A·
DaB
6-59
2114B
Section VI
mDn
02114-6013
u.'7"..LJ C
B 35 6
/'
"
/
"
/
1
\
I
I
I
+20V
\I
®-
/
C70
\1
@-
II
,1\ "-
C31
TB4
I
o
/
1",/
"
__ _
-----
//
,,
\
//
//
/
./
\
\
I
I
I
@-
C33
I
\
--- -
\
" ,
" ,"\ "- --.,
\
-
" -
\
/'
\
/
I
C32
o
@-
\
\
_--_..-
I
\
/
+5V
//'
/
/
I
\
i l
+12V@
I
\ I
/1
I'II
C51
//: -2V@-
\
........
"
/
-
C41
,\
-@
I \
/
/'
\
\
,
I
/
- - --
/
----
'"
o
o
TB3
Figure 6-21. Capacitor Board (02114·6013), Part Location Diagram
Table 6-14. Capacitor Board (02114-6013), Reference Designation Index
REFERENCE
DESIGNATION
*
HP
PART NO.
DESCRIPTION
MFR.
CODE NO.
MFR.
PART NO.
CR5· 7,10·16,19-22,30,31
1901-0164
DIODE: SILICON 200PIV 3A
04713
1N4721
R3
0811·1857
R: FXD WW 400.0HM 5% 5W
28480
0811-1857
XA302
1251-0498
CONNECTOR: PC 22 CONTACTS
28480
1251-0498
;l.....*WHT-YEL
(221
Ql0-.
CABLING
NOTES:
1. NUMBERS IN PARENTHESES DENOTE WIRE SIZES.
2. ASTERISK 1*1 DENOTES WIRING FROM KINGMAN BOARD.
PRIMARY REGULATOR CABLING
Figure 6-23. Heat Sink Assembly, Part Location
and Wiring Diagram
02114A-C -123
A02114-9017-IA
C02114-9013-2A
6-63
2114B
Section VI
Table 6-16. Regulator Card (02114-6010), Reference Designation Index
REFERENCE
DESIGNATION *
HP
PART NO.
DESCRIPTION
C71
C72
C73
C74
C75
0180-0291
0180-0159
0160-0168
0160·230'l
0180-1714
C:
C:
C:
C:
C:
CR41,42,51·53
CR43,44,45,56
CR45
CR46
1901·0028
1901-0040
1902·3104
1902-0049
MCI
MC2
FXD ELECT 1 UF 10% 35 VDCW
FXD ELECT 220 UF 10% 10 VDCW
FXD MY 0.1 UF 10% 200 VDCW
FXD MICA 47 PF 5%
FXD ELECT 330 UF 10% 6 VDCW
MFR.
CODE NO.
MFR_
PART NO.
28480
28480
28480
28480
28480
0180-0291
0180·0159
0160-0168
0160-2307
0180-1714
DIODE: SILICON 0.75A 400 PIV
DIODE: SILICON 30 MA 30 MV
DIODE: BREAKDOWN 5.62V 5%
DIODE BREAKDOWN: 6.19V 5%
28480
07263
28480
28480
1901-0028
FDG 1088
1902·3104
1902-0049
1820-0105
1820-0054
INTEGRATED CIRCUIT: VOLTAGE REGULATOR
INTEGRATED CIRCUIT: TTL
28480
01295
1820-0105
SN7400N
Q6,7,23,24
Q12
1854-0053
1853-0052
TRANSISTOR: SILICON NPN 2N2218
TRANSISTOR: SILICON PNP
04713
04713
2N2218
2N3740
R21,41
R22
R23,26,44,46,49
R24
R25
R27
R28,37
R31,32
R33
R34
R35
R36
R38,51
R40
R42
R43,50
R45,47
R48
R52
R53
0757-1000
0698-3415
0757-0198
0757-0839
0757-1090
2100·1755
0698-3405
0698-3400
0757-0819
0698-3407
0757-0833
2100-1761
0757·0159
0698·3390
2100·1756
0757-1078
0683-1025
0683-0475
0698-0090
0683-4715
R:
R:
R:
R:
R:
R:
R:
R:
R:
R:
R:
R:
R:
R:
R:
R:
R:
R:
R:
R:
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
01121
01121
28480
01121
0757-1000
0698-3415
0757-0198
0757·0839
0757-1090
2100-1755
0698-3405
0698-3400
0757-0819
0698·3407
0757-0833
2100-1761
0757·0159
6098-3390
2100-1756
0757-1078
CB 1025
CB 0475
0698-0090
CB 4715
*Reference Designation Prefix A302
6·64
FXD MET FLM 51.1 OHM 1% 1/2W
FXD MET FLM 19.6K OHM 1% 1/2W
FXD MET FLM 100 OHM 1% 1/2W
FXD MET FLM 10K OHM 1% 1/2W
FXD MET FLM 261 OHM 1% 1/2W
VAR WW 100 OHM 10% LIN 1/2W
FXD MET FLM 422 OHM 1% 1/2W
FXD MET FLM 147 OHM 1% 1/2W
FXD MET FLM 090 OHM 1% 1/2W
FXD MET FLM 1.96K OHM 1% 1/2W
FXD MET FLM 5.11K OHM 1% 1/2W
VAR WW 10K OHM 10% LIN 1/2W
FXD MET FLM 1000 OHM 1% 1/2W
FXD MET FLM 19.6 OHM 1% 1/2W
VAR WW 200 OHM 10% LIN 1/2W
FXD MET FLM 1.47K OHM 1% 1/2W
FXD COMP 1000 OHM 5% 1/4W
FXD COMP 4.7 OHM 5% 1/4W
FXD MET FLM 464 OHM 1% 1/2W
FXD COMP 470 OHM 5% 1/4W
Section VI
2114B
PROTECT PLATE
HEAT SINK
1---
I~
I
I
I
18
I
I
I
:8
R35
R38
R37
R21
R34
R24
R33
R22
R28
I
~CR43
I
I
~
I
R32
L_________ I
DWG REV C
1111I111II11I111111111
Figure 6·24. Regulator Card (02114·6010), Part Location Diagram
6·65
Model 2114B
Volume Two
Section VI
Figure 6-25
@
@
©
TWO B L U (FAN)
@
WHT (16)
WHT - GRY (22)
92
91
TO TB4 ON
CAPACITOR
BOARD
TO HEAT SINK AND
POWER SWITCH 51.
9LK(18)
NOTES:
1. NUMBERS IN PARENTHESES DENOTE WIRE SIZE
WHT (16) ---~==~~;::-
C02114-9015-2A
02114-C-125
Figure 6·25. Rear Panel Assembly (02114-0009),
Part Location Diagram and Wiring Diagram
6-66
Section VI
2114B
J1
115V"~'1
D-f--.
- -l
8A
C1A
I~
~0005,u.F
'---'
J..
I
:
C1B
~
~O 0051-'F
:
C2A
-I0005
/,-F
-" !
R1 C3
10 01flF
A30f HEAT SINK ASSEMBLY
¢ ¢
I
81
I
82
~O 005,u.F
Lr
I~
rq~ ~,
01
I
I
2
039
01
02
A302 REGULATOR BOARD (02114-60'0, REV 832J
03
-EO
L __
~
2
1
~~«t~l I
II
039
3
I~
011
I
-------
-
I
'7
__ -----.J
-
3
4
-
It
5
C4
12r.i13
~ 14
CRB
lif..9
(
10
t
11
t
-=
I
CR17
I
I"
I
7
CR1S
If
If
16
I
"
I
+1
C31 +1-",2
I016F I016F
C21
IOO13/,-F
I
CR30
!
JI
t
~'"
01°12
R34
-1,.1960
CR51
2.
1
7
o\7PF
6
@
-.-
.L
R37
I}JF
"
CRtl
~
F3
5A
CR14
CRZC
I~
2
~
l'
~
F4
5A
CR15
r.
II
;t5;i
~
CR16
+t
CO~PARATOR
RESISTORS IN CORE STACK
I
I
390
390
\
I
1,6
JO I 1. . J:
____
+5V
C71
POWER FAIL DElEe,
~101'-F
R40
196
CR53
1
CR52
+k. e72
1
22o.u F
c;c
R410 V~R54
511
619V
MC2C
12,13
R42
200
CR55
~
L __
-
MC20
9'\Of.
0
R52
464
I
I
1K
R44
100
~
11
R45
CR56
1
~42
01F
B
'I
I
VOLTAGE
1
J
TB'
422
II
I016F
~MPERATUR~M~SATlN~
1
R?K
C"
Tu
M~l
i
R36
10K
3 4 5
"I
+1p3
CR12
F5
BA
3
11.1
R' 5
511 a
151
111
L~~
O,"G"EV"
__ --1 U-
--
-
20 VDC III (".ULATOR
CR42
51
I'
m
lfI
tf1
15
-
CR41
+1
C70, = CR31
~~OOI3F
~
Ys:-
B
i~33
909
1B
GRID
R32
147
I
61
CR6
I'
221'-F
II
6
TB3
~
1
C~r
+1
-
V,l,
II
I
~
F2
ffi
I
I
20
LF
4
I(
R
1 0 0 E 9 07
41
TB2
ICR7
_
CR46
6.191/
R2.6
,-
5r-*-~
G9
R23
100
fCR"
--
TB3
CR45
562V
R27
100 @
20
3
R31
147
I
19
T1
~
~
I
191
--
G9
"fCR43
1
R16
10
R17
10
~-----
I~
5
6
PRIMARY flLGULATO
«jo6
I 422
11
R25
26'
196K
R2B
,
16
It
R22
R2.
10K
R21
511
5302
CS
04
I
3 I
+- : 33",F
10
--------
,1----. --------
I
~01O
I
Dangerous line voltage is present in the
Power Supply even when Power switch Sl
is in the Off position. Do not attempt to
remove the protective cover over the
Pow-er Supply, or attempt any
maintenance whatsoever in the area of the
Power Supply, unless the power cord has
first been removed from the power source.
Do not connect any grounded test
equipment to the Power Supply unless an
isolation transformer is connected
between the main power source and J1 at
the rear of the Computer. Then use
caution when making test measurements.
Failure to heed this warning could result
in death or injury.
039
i
1
WARNING
~, T~~
0>9
--
--
A300 CAPACITOR BOARD ASSEMBl.Y (021(4-6013, REV 835)
~--
I
I
~'
BRN
'1
--l
--------
~3
1
I
A3rfl82
2.
RED
--
R2
250
A3ffiB2.
1
C2B
--
-
I
R43
122
1470
____JOJ 1-
~
-
-
1.
C51
CR19+Io27F
F6
4A
t 'l
C52
R3
~ CRZ2 +149oo.uF -=- 4~~v
+1
I
I
TB4
ffi
--
BLU
--~j-+30V
LAMP
'\, SUPPLY
7
L 2
-- - - - - - - - - - - - - - - - - -
-zv
TB4
-12V
"'12V
+5V
v
"'30V
B
5
6
AND
1
--- --- --- --~-2V ~-lZV ~+lZV ~+5V ~+30V ~+20V
"'ZOV
R61
20
R62
50
R63
50
R64
5
R65
200
R66
200
---~
0,,>
--
t-o
GND
--
-- 'hi
CALOW~~[' . ___ _
TEST JA{.K5 LOCATED
ON REAR PANEL
t:IIAIIIG!
A
POWER SUPPLY
/
TO BACKPLANE
FRONT PANEL
4
02114-6020-5
~Ef!AENCE
OR/~
RHISIO"lfAHI~
______ _
f--k' - ~~~'" -----
.
f- -!---
f--
Figure 6-26. Power Supply Assembly (02114-6020), Schematic Diagram
6-67/6-68
2114B
Section VII
SECTION VII
REPLACEABLE PARTS
7·1.
INTRODUCTION.
7·2.
This section contains information for ordering
replacement parts for the HP 2114B Computer. Table 7·1
contains reference designations and abbreviations used in
this manual. Table 7·2 contains a list of replaceable parts in
alphanumeric order of their HP stock number. Table 7·3
provides a code list of manufacturers.
7·3.
Table 7·2 provides the following information:
a. Part description (refer to Table 7·1 for an
explanation of abbreviations used in the DESCRIPTION
column).
b. Typical manufacturer of the part given in a
five·digit code (refer to Table 7·3 for a list of
manufacturers' codes).
c. Manufacturer's part number.
d. Total quantity of each part used in the HP 2114B
Computer.
7·4.
A separate parts list and part location diagram for
each assembly with the exception of the 110 Control card
02114·6007 (refer to Volume Three, 110 System Op·
eration) is given in Section VI of this manual. This section
lists the parts in alphanumeric order of their reference
designations.
7·5.
ORDERING INFORMATION.
7·6.
To order replacement parts, address the order or
inquiry to the local Hewlett·Packard field office. See the
list at the rear of this manual for field office addresses.
7·7.
Specify the following information for each part
when ordering:
a. Instrument model and serial number.
b. Hewlett·Packard part number.
c. Description.
d. Circuit reference designation.
7·8.
To order a part not listed in Table 7·2 give a com·
plete description of the part and include its function and
location.
7·1
Section VII
2114B
Table 7-1. Reference Designations and Abbreviations
REFERENCE DESIGNATIONS
A
B
BT
C
CP
CR
OL
OS
E
F
FL
=
=
=
=
=
assembly
motor
battery
capacitor
coupler
= diode
= delay line
= device signaling (lamp)
= misc hardware
= fuse
= filter
=
=
=
=
=
=
=
=
=
=
=
J
K
L
M
MC
P
Q
R
RT
S
T
receptacle connector
relay
inductor
meter
microcircuit
pi ug connector
transistor
resistor
thermistor
switch
transformer
TB
TP
U
V
=
=
=
=
VR
W
X
Y
Z
=
=
=
=
=
Pia
=
=
terminal board
test point
integrated circuit
vacuum tube, neon
bulb, photocell, etc.
voltage regulator
cable, jumper
socket
crystal
tuned cavity,
network
ABBREVIATIONS
A
AC
AFC
ALUM
AL-ELECT
ASSY
BFa
BE CU
BH
BP
BRS
BWO
C
CCW
CER
CMO
COEF
COM
CaMP
COMPL
CONN
CP
CRT
CTL
CW
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
amperes
alternating current
automatic frequency control
aluminum
aluminum electrolytic
assembly
beat frequency oscillator
beryllium copper
binder head
bandpass
brass
backward wave oscillator
capacitor
cou nterclockwise
ceramic
cabinet mount only
coeffi ci en t
common
= composition
= complete
= connector
= cadmium plate
= cathode-ray tube
= capacitor-transistor logic
= clockwise
OC
OEPC
OPOT
OPST
OR
=
=
=
=
=
direct current
deposited carbon
double-pole, double-throw
double-pole, single-throw
drive
ELECT
ENCAP
EXT
=
electrolytic
encapsulated
external
F
FH
FIL H
FXO
=
=
=
=
=
G
GE
GL
GNO/GRO
7-2
=
=
=
=
=
=
=
H
HOW
HEX
HG
HR
HZ
=
10
IF
=
=
=
=
=
=
=
farads
flat head
fillister head
fixed
giga (109 )
germanium
glass
ground(ed)
henries
hardware
hexagonal
mercury
hour(s)
hertz
inner diameter
intermediate frequency
IMPG
IN.
INCO
INCL
INS
INT
1/0
=
=
K
=
=
=
=
=
LH
LIN
LK WASH
LOG
LPF
M
MEG
MET FLM
METOX
MFR
MHz
MINAT
MOM
MTG
MY
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
N
=
N/C
=
NE
NIPL
NO.
NPN
=
=
=
=
=
NPO
=
NRFR
=
NSR
=
aBO
00
OH
OX
=
=
=
P
PC
PF
PH
PH BRZ
PHL
PIV
PNP
=
=
=
=
N/O
,
=
=
=
=
=
impregnated
inch, inches
incandescent
include(s)
insulation(ed)
internal
inputloutput
kilo
= 1000
left hand
linear taper
lock washer
logarithmic taper
low pass filter
milli = 10. 3
mega = 10 6
metal film
metal oxide
manufacturer
megahertz
miniature
momentary
mounting
Mylar
nano (10. 9 )
normally closed
neon
nickel plate
number
normally open
negative-positivenegative
negative positive zero
(zero temperature
coefficient)
not recommended for
field replacement
not separately replaceable
order by description
outer diameter
oval head
oxide
peak
printed circuit
picofarads = 10. 12 farads
Phillips head
phosphor bronze
Phillips
peak inverse voltage
positive-negativepositive
POLY
PORC
pas
POT
PP
PT
PWV
R
RECT
RF
RH
RMO
RMS
RWV
SoB
SCR
SE
SECT
SEMICON
SI
SIL
SL
SPOT
SPG
SPL
SPST
SR
SST
STL
=
=
=
=
=
=
=
=
part of
polystyrene
porcelain
position (s)
potentiometer
peak-to-peak
point
peak working voltage
=
=
resistor
rectifier
radio frequency
round head or right hand
rack mount only
root-mean square
reverse working voltage
.
=
=
=
=
slow-blow
=
screw
=
selenium
section(s)
semiconductor
=
=
=
=
=
=
=
=
=
=
=
=
silicon
silver
slide
single-pole, double-throw
spring
special
single'pole, single-throw
split ring
stainless steel
steel
TA
TO
TGL
THO
TI
TOL
TRIM
TTL
TWT
=
=
=
=
=
=
=
=
=
tantalum
time delay
toggle
thread
titanium
tolerance
trimmer
transistor-transistor logic
traveling wave tube
U(J.l)
=
micro = 10-6
VAR
VOCW
=
=
variable
direct current working volts
WI
W
WIV
WW
=
=
W/O
=
with
watts
working inverse voltage
wirewound
without
=
=
Section VII
2114B
Table 7·2. Replaceable Parts
~
Description #
Part No.
Mfr. Part No.
Mfr.
TQ
40
0121-0105
0140-0151
0140-0192
0140-0198
C:VAR
C:FXD
C:FXD
C:FXO
CER 9-J5 PF NPO
MICA 820 PF 2~
MILA 68 PF 5%
MILA lUO PF 5%
28480
28480
28480
28480
0121-0105
0140-0151
0140-0192
0140-0198
0140-0208
0140-0210
0160-0134
0160-0154
0160-0168
C:FXO
C:FXO
C:FXO
C:FXO
C:FXU
MILA bdO PF 5%
MICA 270 PF 5%
MICA 22UPF 5~ 300VDCW
MYLAK 220UPF 10i
MY U.l UF 10~ 200VDCW
28480
28480
14655
28480
28480
0140-0208
0140-02lD
ROM15F221J3C
0160-0154
0160-0lb8
0160-0363
0160-0938
0160-2055
0160-2139
0160-2198
~:FXD
MICA b20PF 5%
L:fXD MICA 1uOOPF 5~
C:FXD CcR O.vl UF +80-20% 100VDCW
L:FXD C~~ L20 PF +80-20' 1000VOCW
C:FXD HILA 20 PF 5%
28480
28480
91418
91418
28480
0160-0363
0160-0938
TA
TYPE 6
0160-2198
0160-2204
0160-2307
0160-3043
0110-0019
0170-0022
C:FXU
C:FXD
C:FXD
C:FXD
C:FXD
28480
28480
56289
28480
09134
0160-2204
0160-2307
29C147A-CDH
0170-0019
TYPE 24
4
1
0180-C100
0180-0106
0180-0116
0180-0142
0180-0155
C:FXO tl~CT 4.7 UF 10i 35VDCW
C:FXD tlELT bO UF 20~ 6VDCW
C:fXD ELECT 0.8 UF 10i 35VDCW
C:fXD ElELT 20UF -10+100% 25VOCW
C:FXO ~l~eT L.2 UF 20~ 20VDCW
28480
28480
28480
56289
28480
0180-0100
0180-0106
0180-0116
TYPE 400 036039
0180-0155
1
1
1
6
0180-0159
0180-0197
0180-0228
0180-0229
0180-0291
C:FXD
C:FXD
C:FXD
C:FXD
28480
28480
28480
28480
28480
0180-0159
0180-0197
0180-0228
0180-0229
0180-0291
1
8
2
1
1
0180-0374
0180-1714
0180-1743
0180-1746
0180-1868
C:fXD
C:FXD
C:FXD
C:FXD
e:FXD
28480
28480
28480
28480
28480
0180-0374
0180-1714
0180-1743
0180-1746
0180-1868
25
0180-1875
0180-2223
0180-2224
01lW-2225
C:FXD ELELT 10y,OOOUF +75-10~ 20VDCW
C:FXD ELtCT 100,000 Uf +75-10~ 10VDCN
C:FXD ELECT 13.uOO Uf +75-10~ 50VDCW
~:FXD ELe~T lIO.OOO Uf +75-10Z 3VDCW
28480
56289
56289
56289
0180-1b75
360164Gu10Df2A-OQ8
360133G050bF2A-OQS
36Dl74G003DF2A-DQ8
2
3
2
1
0410-0173
0440-0065
0440-0069
0490-0474
0683-0475
CRYSTAl:QUARTl 25 UHM
SkITCH:THc~MuSTAT SPST 75 DEG C
ShITCH:THERMuSTAT 43 UEG C
RElAY:3PUT 1uA 115/32vue
R:FXD LUMP 4.7 UHM 5~ 1/4W
28480
38643
28480
94696
01121
0410-0173
120M
0440-0069
W88X11
C8 01+75
1
1
0683-1005
0683-1015
0683-1025
0683-1525
0683-1825
R:FXD
R:fXD
R:fXD
R:fXD
R:FXO
01121
01121
01121
01121
01121
C8
C6
C8
Cd
0683-3015
0683-3315
0683-3905
0683-3915
R fXD CuMP 300 uHM 5~ 1/4W
R FXD CuMP 330 uHM 5% 1/4W
R FXD CUMP 39 UHM 5% 1/4H
R FXD CuMP 390 UHM 5% 1/4W
01121
01121
01121
01121
ca
MICA
MICA
PF 5~
PF 5%
CE~ 2 X v.005 UF 20; 250VAC
MY 0.1 UF ~z 200VDCW
MY O.lUF 20i 600VDCW
ELECT
ELELT
ELcLT
ELECT
e:FXD ELeCT
10~
~1
220 UF 20~ 10VDCW
2.2 UF 10% 20VDCW
22 UF 104 15VDCW
~3 Uf 10' 10VOCW
1.0 UF 10~ 35VDCW
ELECT 10 Uf 10i 20VDCW
EL~LT ~30 Uf 10~ 6VDCW
tLECT 0.1 UF 10~ 35VDCW
ELECT 1j Uf 10% 20VOCW
ELtCT 4~OOUF +75-10~ 40VDCW
CuMP
CUMP
CUHP
CuMP
LUMP
10 UHM 51 1/4W
100 UHM 5~ 1/4"
luOO OHM 5~ 1/4W
1500 uHM 5~ 1/4W
Iboa uHM 5* 1/4W
1005
1015
1025
1525
C.S 1825
.3015
C8 3315
eB 3905
C6 3915
1
2
1
2
1
2
4
32
1
4
17
312
1
25
2
2
1
11
1
1
2
1
1
1
1
1
49
171+
1
.3
16
23
1
6
# See introduction to this section for ordering information
7·3
Section VII
2114B
Table 7-2. Replaceable Parts (Continued)
~
Description #
Part No.
Mfr.
Mfr. Part No.
TQ
01121
01121
01121
01121
28480
C6 4115
C6 5615
C6 8215
fB 2215
0698-009D
97
12
5
32
1
261 OHM U 1/8W
4.64K OHM 1: 1/8W
19.6 OHM U 112 ..
31.6 UHM U 1I2W
147 OHM U 1I2W
28480
28480
28480
28480
28480
0698-3132
0698-3155
0698-3390
0698-3394
0696-3400
2
18
1
1
2
422 OHM U l/2W
1.96K OHM 1~ 1/2W
19.6K OHM I: 1/2W
19.6 OHH 1:1: 1/8W
38.3 OHM U1/8W
28480
28480
28480
28480
28480
0698-3405
0698-3401
0698-3't15
0696-3429
0698-3435
2
1
1
4
38
R:fXD
R:fXO
R:FXO
R:fXO
R:FXO
MH flM 383 OHM U 1/8W
MH fLM 470 OHM 0.5' 1/8W
MH UX 22 UHM 5: lW
MET FLM 139 OHM 1* 1/8W
MH flM 2K OHM 1~ 1/8W
28480
28480
28480
28480
28480
0698-3446
0698-3530
0698-3690
0698-4099
0698-5490
1
2
2
2
26
0698-5513
0698-1310
0151-0159
0151-0198
0757-0280
R:FXD
R:FXD
R:FXD
R:fXD
R:fXD
MET
FLM
MeT
MeT
HeT
fLH 391 OHM 1* 1/8W
1.65K 25% 1/8W
fLH 1000 OHM l ' 1/2W
fLH 100 OHM 1* 1/2W
fLH lK OHM 1: 1/8W
28480
28480
28480
28480
28480
0698-5513
0698-7310
0-751-0159
0751-0198
0751-0280
4
34
2
6
93
0151-0284
0151-0288
0151-0289
0157-C346
0757-0401
R:FXD
R:FXO
R:FXD
R:FXD
R:fXD
HeT
HcT
MH
MeT
MET
fUI 150 OHM 1:1: 1/8W
FLM 9.09K OHM 1~ 1/8W
fLM 1~.3K OHM 1* 1/8W
Hi'! 10 OHM 1% 1/8W
FLM 100 OHM U 1I8W
28480
28480
28480
28480
28480
0751-0284
0751-0288
0757-0289
0157-0346
0151-0401
2
25
24
1
85
0151-0401
0151-0416
0757-0417
0157-0419
0157-0440
R:FXD MH
R:fXil MET
R:fXD'MeT
R:FXO MeT
R:fXO Mf:T
fut
flM
fLH
flM
fUI
20u OHM U 1/8W
!>J.l OHM 1:1: 1/8W
562 OHM U 1/8W
od1 OHM U 1/8W
7.,OK OHM 1* 1/8W
28480
28480
28480
28480
28480
0757-0407
0157-0416
0157-0417
0751-0419
0157-04ltO
1
1
2
18
11
0151-0442
0157-0449
0157-0458
0157-0465
0757-0819
R:fXD
R:FXD
R:FXD
R:fXO
R:FXD
HI::T
flH
MeT
MeT
flM
2uK
fLM
HH
10.0K OHM 1~ 1/8W
UHM U 1/8W
51.1K OHM 1~ 1/8W
lOOK OHM U 1/8W
MH fLM 90~ OHM U 112W
28480
28480
28480
28480
28480
0151-0442
0151-0449
0757-0458
0151-0465
01!)1-0a19
5
25
1
2
1
0751-C833
0157-0839
0157-0984
0157-1000
, 0151-1060
R:FXO
R:FXO
R:fXD
R:FXD
R:FXD
MI::T
McT
MI::T
MI::T
MET
HH
flH
Hi'!
flH
HM
5.11K OHM 1~ 1/2W
10K OHM U 112W
10.0 OHM I i 1I2W
51.1 OHM U 1I2W
190 OHM U l/2W
28480
28480
28480
28480
28480
0157-08,H
0157-0li39
0157-0Cj84
0157-1000
0157-1060
1
1
6
2
2
0157-1078
0151-1090
0757-1094
0811-0040
0811-1601
R:FXD
R:FXD
R:FXO
R:FXU
R:FXO
Mf:T flM 1.41K OHM 11 1/2W
28480
28480
28480
28480
28480
0751-1078
0151-1090
0157-1094
0811-0040
0811-1661
2
1
1
2
4
0811-1857
0811-2084
0811-2490
0811-2646
R:FXD Nil 400 UHM 5: 5W
R;FXD Wlil 43 UHIt 1% 5W
R:fXD Wlil 0.1 UHM 3% 5W
R:FXD WW 250 OHM 3%' 50W
28480
28480
28480
91637
0811-1851
Q811-2084
0811-2490
RH-50
1
21
1
1
0683-4115
0683-5615
0683-8215
0686-2215
0698-0090
R:fXO
R:fXO
R:fXO
R:fXO
R:FXO
&:;UMP 470 OliM 5%
CuMP 5bO UHM 5l:
COMP (JiO OHM 5:
CUHP 22U uHM 5*
HH FUI ..bit OHM
0698-3132
0698-3155
0698-3390
0698-3394
0698-3400
R:FXO
R:FXO
R:FXO
R:FXO
R:FXO
MeT
MH
Mi:T
MH
MeT
FLM
FlH
flM
fLH
flM
0698-3405
0698-3401
0698-3415
0698-3429
0698-3435
R:fXO
R:fXD
R:FXD
R:fXD
R:FXD
MH
Mt:T
MET
MH
MET
FLM
fLM
FlM
fLM
FlH
0698-3446
0698-3530
0698-3690
Ob91:!-4099
0698-5490
1/4W
114..
1I4W
1I2W
U 112W
McT fLH 201 OHM 1% l/2W
MeT fLH 1.41K OHM 1~ 1/8W
WW 1 UHM I i 5W
W... u.39 UHM 5% 2W
# See introduction to this section for ordering information
7-4
Section VII
2114B
Table 7-2. Replaceable Parts (Continued)
~
Description #
Part No.
Mfr.
Mfr. Part No.
TQ
0811-2647
0811-2648
0811-2649
0811-2650
0842-0001
R:fXD 101101 200 OHM 3% 12.5101
R:fXD Will 5 OHM 3:;; 12.5101
R:fXD Will 2 OHM 3:1: 12.5101
R:fXD 101ft ~o UHM 3~ 12.5101
VARISTOR:110 WUC
91631
91631
91637
91637
04773
RH-I0
RH-I0
RH-I0
RH-I0
RY-58
2
1
1
2
1
1200-0199
1251-0315
1251-0498
1400-0084
SOCKH:CRYSTAL
CONN:MALE 3 WIRE 250V lOA
CONNE~TOK:PC 22 CONTACTS
FUSEHOLDER:EXTRACTOR POST TYPE
91506
83315
28480
79515
8000-AG9
7556-G
1251-0498
342014
1
1
1
1
1820-0054
1820-0063
1820-0065
1820-0068
1820-0070
INTEGRATEO
INHGRAH:U
INTEGRATI:U
INTEGKAH:O
INTEGKAH::D
CIRCUIT:QUAD2-INPUT NAND
CIRCUIT: TTL
CIRCUIT: TTL
ClRCUIT: TTL
CIRCUIT: TTL
01295
56289
01295
56289
01295
SN7400N
USN145lA
SN7410N
USN7410A
SN7430A
10
4
1
1
10
1820-0071
1820-0074
1820-0075
1820-Gu71
1820-0084
INTEGRATED
INTEGH.AHD
INTEGRATI::O
INTEGKATI:D
INTEGRATED
CIRCUIT:4-INPUT DR NAND
CIRCUIT:4WIDE.2INPT INVERT
CIRCUIT:JK HASTER SLAVE f/f
CIRCUIT:"O"EOGE TRIGGER f/F
C IRCUI T: TTL
01295
01295
01295
01295
01295
SN7440N
SN7454N
SN7413N
SN1474N
SN1453N
25
1
3
62
1
1820-0085
1820-0105
1820-0111
1820-0125
1820-0121
INTEGRATEu
INTEGRATED
INTEGRAJEu
llIiTEGKATEO
INTEGKAH:D
CIRCUIT:TTL
CIRCUIT:VOLTAGE REGULATOR
CIRCUIT: TTL
CIRCUI T:OUAl COMPARATOR
CIRCUIT:TTl
28480
28480
28480
01263
28480
1820-00d5
1820-0105
1820-0111
U5f711139X
1820-0121
1820-0129
1820-0130
1820-0132
1620-0137
1820-0301
INTEGRATEU
INTEGkATED
INTEGRAfEU
INTeGRATED
INTEGKATEu
CIRCUl T:TTl
CIKt:UI T: TTl
CIKI..UIT: TTL
CIRCUIT
CIKCUIT:QUAD BISTABLE lATCH
28480
28480
07263
28480
01295
1820-0129
182,)-0130
U6A901659X
1820-0131
SN7475N
1820-0305
1820-0310
1820-0327
1820-0328
1820-0370
INTEGlTOR
CIRCUIT:TTl
CIKCUIT: eTl
PNP SILICON 2N2904A
2N2904
SILICON PNP 2N3638
28480
07263
04113
01295
01263
1820-0384
S13459
2N290ltA
2N2904
2N3638
1
25
2
1
2
1853-0036
1853-0052
1854-0013
TRANSISTOR:SIllCON PNP
TRANSlSTuk:SIlICuN PNP
TRANSISTUR:NPN SILICON 2N2218A
04113
04113
04713
SP-3b12
2N3740
2N2218A
61
1
1
i
1
50
12
U
4
11
4
It
11
92
1
1
1
20
25
1
8
2
1
32
# See introduction to this section for ordering information
7-5
Section VII
2114B
Table 7-2. Replaceable Parts (Continued)
$ Part No.
Description #
Mfr.
04713
Mfr. Part No.
2N22I8
YPE2N3646
TQ
1854-0C53
1854-0094
1854-0215
1854-0246
1854-0264
TRANSlSTOR:SIllCUN NPN 2N2218
TRANSlSTuK:SIll~ON NPN
TRANSlSrOk:SIllCON NPN
TRANSlSTUR:SlllCUN NPN
TRANSl~TuR:Slll~UN NPN
1854-0410
1901-0025
1901-0028
1901-0033
DIODE: Slll~lm 100 WV 100MA
DIODE:SIlICUN 0.75A 400PIV
DIODE:S1l1CUN 100MA 180WV
28480
28480
28480
1901-0025
1901-0028
1901-0033
16
1901-0040
1901-0050
1901-0164
1901-0344
1901-0495
30MA 30WV
DIOOE:SIllCON 75V
DIODE:SIlI~UN 200PIV 3A
DIODf:SIllCON
OIODE:SIlICON 50PIV 12A
07263
28480
04713
28480
28480
FDGI088
1901-0050
IN4721
1901-0344
1901-0495
138
1901-0499
1902-C049
1902-3043
1902-3048
1902-3104
DIODE:SIlICUN 400 PIV 12A
DIOU~.BRfAKDUWN: 6.19V 5~
400MW
UIODE tiRfAKOUWN:SIlICON 3.48V 5~
DIODE ~R~AKUuwN:5.62V 5~
MR1l24
1902-0049
1902-3043
1902-3048
4
UIODE:dk~AKUOWN
04713
28480
28480
28480
28480
1902-310~
2
1902-3182
1910-0022
1910-0034
2100-1755
2100-1756
DIODE dkEAKOUWN:SILICON 12.1V 5¥
DIODE:GfRMANIUH 5 WIV
UIODE:GEkMANIUH 25V
R:VAR WW 100 OHM 10* LIN 1/2W
R:VAR Ww 20u UHM 10: LIN 1/2W
28480
28480
28480
28460
28480
1902'"-3182
1910-0022
1910-0034
2100-1755
2100-1756
2100-1761
2110-0010
2110-0036
2110-0055
2140-0217
R:VAR WW 10K OHM
10~ LIN 1/2W
AG 5 AMP 250V MAX
fISE:~AkTRID~~ 8 AMP 12~V
FUSE:CARTRIUGE 4 AMP 250V
lAMP:INCU 2.7V O.06A
28480
75915
75915
75915
92966
2100-1761
312005
312008
312006
2303
2140-0240
3101-0030
3101-0932
3160-0072
8159-0005
LAMP:INCO 28V 0.04A
SwITCri:TUG SPST 15 AMP 125 VAC
SWITCH:~lIUf UPOT 0.5A 125V AC/DC
fAN:TUBfAXIAL 115V 60 HZ
.JUMPEx iII.1Ri::
71744
88140
79727
28480
28480
CM-385
890bK368
GG3So-0001
3160-0012
8159-0005
63
TRANSFURMER:PU~SE
28480
28480
9100-1226
9100-1235
16
TRANSFORMER:PUWER
LlNEFI LTER
28480
9100-1943
TRANSISTOR:SILICON NPN
OIODE:Stll~ON
FUSE:~ARTRIU~E
~.32V
2~
3
07263
04713
07263
04713
04713
SPS3611
2N3643
2N3715
SJ2017
9100-1226
9100-1235
9100-1934
9140-0137
02114-6003
CGIL:FXu kF 1
SHIFT luGIC
02114-6005
02114-6007
02114-6009
02114-6010
02114-6013
SENSE AHPLIFIER
110 CONTRt:.l
DISPLAY CAkD
REGULA TUk CAIW
CAPACITOR tlOARD
02114-6021
02114-60424
02114-60425
02114-60426
PROXIMITY SWITCH ASSY.
ARITHMETIC LUGI~
INSTRUCTION UE~UUER
TIMING G~NEI(ATUR
02114-60427
02114-60429
02115-6042
DRIVEl{ :>wH~H
INHI BIT URI VER
C~RE MEHuRY STA~K ASSY (4KI
28480
28480
04404
02114-60421
02114-60429
02115-6042
~ri
51
93
101
2
5
5
1
21
15
2
2
2
1
1
1
78
49
2
1
1
2
2
2
1
1
6
2
23
1
1
28480
04404
9140-0137
02114-6003
26
04404
28480
04404
04404
04404
02114-6005
02114-6007
02114-6009
02114-6010
02114-6013
2
28480
02114-6021
25
28480
2B480
28480
02114-60424
02114-604l5
02114-6042b
1
1
# See introduction to this section for ordering information
7-6
5
6
1
1
1
1
1
4
2
1
1
Section VII
2114B
Table 7-3. Code List of Manufacturers
The following code numbers are from the Federal SUpply Code for Manufacturers Catalogmg Handbooks H4-1
(Name to Code) and H4-2 (Code to Name) and theIr latest supplements. The date of revision and the date of the
supplements used appear at the bottom of eac? page. Alphabetical codes have been arbitrarIly assigned to
suppliers not appearing m the H4 Handbooks.
'
Code
No.
00000
00136
00213
00287
00334
00348
00373
00656
00779
0078t
008 t5
00853
00866
00891
00929
01002
01009
01121
01255
01281
01295
01349
01589
01670
01930
01961
02114
02116
02286
02660
02735
02771
02777
02875
03508
03705
03797
03818
03877
03888
03954
04009
04013
04062
04222
04354
04404
04651
04673
04713
04732
04773
04796
04811
04870
04919
05006
\..ode
Address
Manufacturer
U, S, A. Common
Any supplier of U, S.
McCoy ElectrOnics
Mount Holly Spllngs, Pa.
Sage ElectrOniCs Corp,
Rochester, N. Y.
Cemeo Inc.
Danielson, Conn
Humldlal
Colton, Calif.
Valley Stream, N. Y.
Mlcrotron Co" Inc.
GarlocK Inc
Cherry Hili, N. J,
Aerovo, Corp,
New Bedford, Mass.
Amp Inc,
Hallisburg, Pa,
Alleralt Radio Corp.
Boonton, N. J.
Norlhern Englneellng Laborato,,"~, Inc.
Burlington, WIS.
Sangamo Electllc Co , Pickens Dlv.
Pickens, S. C,
Goe Englneellng ~o.
City of Industry, Cal.
Carl E. Holmes Corp.
Los Angeles, Calif.
Mlcrolab Inc.
livingston, N, J.
General Electllc Co,. Capacitor Depl.
Hudson Falls, N. Y.
Alden Products Co
Brockton, Mass.
Allen Bradley Co,
Milwaukee, WIS.
LIlian Industlles, Inc.
Beverly HIlls, Calif.
TRW SemIConductors, Inc,
Lawndale, Calif.
Texas Instruments, Inc.
TranSIStor Products D,V,
Dallas, Te,as
The AII,.nce Mfg, Co.
AII,.nce, OhiO
PaCIfiC Relays, Inc,
Van Nuys, Calif.
Gudebrod Bros Silk Co.
New York, N. Y.
Amerock Corp.
Rockford, III.
Pulse Englneellng Co.
Santa Clara, Calif.
Ferro,cube Corp, of Amellca
Saugerties, N, Y.
Wheelock Signals, Inc.
Long Branch, N. J.
Cole Rubber and PlastICS Inc.
Sunnyvale, Calif.
Amphenol·Borg ElectronICs Corp,
BroadView, III.
Radio Corp, of Amellea, SemIConductor
and Matellals D,v
Somerville, N. J.
Vocallne Co. of Amellca, Inc,
Old Saybrook,- Conn,
Hopkins Englneellng Co
San Fernando, Calif.
Hudson Tool & O,e Co
Newark, N,J,
G E. Sem 1C0nductor Prod. Dept. Syracuse, N, y,
Ape, Machine & Tool Co,
Dayton, OhiO
Eldema Corp
Compton, Calif.
Parker Seal Co
Los Angeles, Calif.
TranSitron Electllc Corp
Wakefield, Mass,
Pyrofllm ReSistor Co., Inc.
Cedar Knolls, N.J.
Singer Co" Diehl Dlv.
Flnderne Plant
Sumemlle, N, J,
Arrow, Hart and Hegeman Elect. Co.
Hartford, Conn.
Taurus Corp.
Lambertville, N. J.
Area ElectronIC Inc
Great Neck, N. Y.
HI-Q D,VIS,on of Aerovo,
Myrtle Beach, S. C.
PreCISion Paper Tube Co
Wheeling, III.
Dymec D,VIS,on of Hewlett·Packard Co.
Palo Alto, Calif.
Sylvania Electllc Products, Microwave
Device Dlv.
Mount.,n View, Calif.
Dakota Engr. Inc.
Culver City, Calif.
Motorola, Inc, SemIConductor Prod. Dlv.
PhoeniX, Arizona
Flltron Co" Inc. Western Dlv.
Culver City, Calif.
Automatic Electllc Co
Northlake, III.
Sequoia Wile Co
Redwood City, Calif.
PreCISion Call Spllng Co,
EI Monte, Calif.
P.M. Motor Company
Westchester, III.
Component Mfg. SelVlce Co,
W. Blldgewater, Mass.
Twentieth Century PlastICS, Inc.
Los Angeles, Calif.
I
No.
Manufacturer
Address
ChICago, III,
05245 Componenls Corp.
05277 Wesllnghouse Electllc Corp.
Seml·Conductor Dept
Youngwood, Pa.
San Mateo, Calif.
05347 Ultronl', Inc,
05397 Union Carbide Corp., Elect. Dlv.
New York, N, y,
Canoga Park, Calif.
05574 Viking Ind. Inc
Sunnyvale, Calif.
05593 Icore Electro·P lastlcs Inc.
05616 Cosmo PlastIC
(c/o Electllcal Spec. Co.)
Cleveland, OhiO
05624 Barber Colman Co,
RoCkford, III.
05728 Tlffen OptICal Co
Roslyn Heights, Long Island, N, y,
Westbury, N, y,
05729 Metro·Tel Corp.
Santa Cruz, Calif.
05783 Stewart Englneellng Co.
Wakefield, Mass,
05820 Wakefield Engineering Inc,
06004 Bas Sick Co., D,V, of Stewart Warner Corp.
Blldgeport, Conn,
Redwood City, Calif.
06090 Raychem Corp
Rochester, N. y,
06175 Bausch and Lomb OptICal Co.
ChICago, III.
06402 E, T.A. Products Co. of Amellca
06540 Amatom ElectronIC Hardware Co , Inc,
New Rochelle, N. Y.
06555 Beede Electllcal Instrument Co" Inc,
Penacook, N. H.
Ind,.napollS, Ind,
06666 General DevICes Co" Inc.
PhoeniX, Ariz.
06751 Components Inc., Am. Dlv.
06812 Torllngton Mfg, Co , West QIV.
Van Nuys, Calif.
San Carlos, Calif.
06980 Varian Assoc Elmac Dlv.
Kelvin
Electllc
Co.
Van Nuys, Calif.
07088
Pasadena, Calif.
07126 Dlgltran Co.
Minneapolis, Minn.
07137 TranSistor ElectrOnics Corp,
07138 Westinghouse Electllc Corp
ElectronIC Tube Dlv.
Elmlla, N,Y.
New York, N. y,
07149 Fllmohm Corp.
City of Industry, Calif.
07233 Clnch-Graphlk Co
Carle Place, N, Y.
07256 SilICon TransIStor Corp,
Avnet
Corp
Culver Crty, Calif.
07261
07263 Fallchlld Camera & Inst Corp,
Semiconductor Dlv.
Mountain View, Calif.
Minneapolis, Minn.
07322 Mlnnesola Rubber Co
Monterey Park, Calif.
07387 Blltcher Corp, The
07397 Sylvania Elect Prod. Inc., Mt. View Operations
Mountain View, Calif.
Cranford, N. J.
07700 TechnICal Wile Products Inc
Bodine
Elect.
Co,
ChICago, III,
07829
Hawthorne, Calif.
07910 Continental Device Corp
07933 Raytheon Mfg Co"
SemIConductor D,V,
Mount.,n View, Calif.
07980 Hewlett-Packard Co" Boonton Radio Dlv.
Rockaway, N J.
Los Angeles, Calif.
08145 U,S Englneellng Co
08289 Blinn, Delbert Co
Pomona" Calif.
08358 Burgess Battery Co.
Niagara Falls, Ontallo, Canada
Los Angeles, Calif.
08524 Deutsch Fastener Corp.
Waterbury, Conn.
08664 Bllstol Co , The
Sun Valley, Calif.
08717 Sloan Company
08718 ITT Cannon Electllc Inc PhoeniX Dlv.
PhoeniX, Arizona
08727 National Radio Lab Inc
Paramus, N.J.
08792 CBS ElectronICs SemIConductor
Operations, D,v of C, B S, Inc,
Lowell, Mass.
08806 Ceneral Electllc Co. Mln,.t. Lamp Dept.
Cleveland, OhiO
08984 Mel·Raln
IndianapolIS, Ind.
09026 Babcock Relays D,v
Costa Mesa, Calif.
09134 Te,as CapaCitor Co.
Houston, Texas
Code
No.
Manufacturer
Address
Burbank, Calif.
09145 Tech Ind Inc Atohm Elect.
ChICago, III
09250 Electro Assemblies, Inc.
Newton, Mass.
09353 C & K Components Inc.
Mallory
Battery
Co,
of
09569
Canada, Ltd.
Toronto, Ontallo, Canada
Norwalk, Conn.
09922 Burndy Corp.
10214 General TranSistor Western Corp.
Los Angeles, Calif.
Berkeley, Calif.
10411 TI·Tal, Inc,
Niagara Falls, N. Y.
10646 Carborundum Co (
Berne, Ind.
11236 CTS of Berne, Inc, '
11237 ChICago Telephone of California, Inc.
So, Pasadena, Calif.
Waltham, Mass.
11242 Bay State ElectronICs Corp.
11312 Teledyne Inc, MICrowave D,V, Palo Alto, Calif.
Downey, Calif.
11314 National Seal
JamaICa, N. Y.
11453 PreCISion Connector Corp.
Costa M~a, Calif.
11534 Duncan ElectronICs Inc.
11711 General Instrument Corp" SemIConductor
DIV" Products Group
Newark, N.J,
Buena Park, Calif.
11717 Impellal ElectronIC, Inc,
Palo Alto, Calif.
11870 Melabs, Inc
Danbury, Conn
12040 National SemIConductor
• Camden, N.J.
12136 Philadelphia Handle Co.
Shady Grove, Pa,
12361 Grove Mfg. Co" Inc,
12574 Gulton Ind. Inc. Data System D,V,
Albuquerque, N, M.
Dover, N. H.
12697 Clarostat Mfg Cd.
W. Haven, Conn.
12728 Elmar Filter Corp.
Tokyo, Japan
12859 Nippon Electllc Co , Ltd.
Clark, N, J,
12881 Mete, ElectronICs Corp,
Newport Beach, Calif.
12930 Delta Sem 1C0nductor Inc,
Scottsdale, Allzona
12954 DICkson ElectronICs Corp.
Dallas, Texas
13103 Thermolloy
Hanover, Germany
13396 Telefunken (GmbH)
13835 Mldland-Wllght D,V, of PaCific Industlles, Inc,
Kansas City, Kansas
Newbury Park, Calif.
14099 Sem-Tech
Santa MonICa, Calif.
14193 Calif. ReSistor Corp
Conshohocken, Pa,
t4298 Amellcan Components, Inc,
t4433 ITT SemIConductor, A Dlv. of Int. Telephone
& Telegraph Corp.
West Palm Beach, Fla,
Loveland, Colo
14493 Hewlett-Packard Company
Newark, N. J.
14655 Cornell Dubller Electllc Corp,
Corning, N. V.
14674 Corning Glass Works
San Gabllel, Calif.
14752 Electro Cube Inc
San Jose, Calif.
14960 Williams Mfg. Co,
New York, N, V.
15203 Webster ElectronICs Co.
Northlldge, Calif.
15287 SCionlCs Corp
N. Hollywood, Calif.
15291 Adjustable Bushing Co,
15558 MICron ElectronICs
Garden City, Long Island, N, V.
Lynbrook, N, V.
15566 Amprobe Inst. Corp,
Costa Mesa, Calif.
15631 CabletronlCs
15772 Twentieth Century Call Spllng Co,
Santa Clara, Calif,
Framingham, Mass,
15801 Fenwal Elect. Inc.
Mt. View, Calif.
15818 Amelco Inc.
Spruce Pine, N.C,
16037 Spruce Pine MICa Co.
Farmington, MlCh,
16179 Omnl-Spectra Inc
t6352 Computer Diode Corp.
Lodl, N. J,
Pasadena, Calif.
16585 Boals Alleralt Nut Corp.
16688 Ideal Prec Meter Co., Inc.
De Jur Meter Dlv.
Brooklyn, N. Y.
Kokoma, Ind.
16758 Delco Radio Dlv. of G.M, Corp.
Canoga Park, Calif.
17109 ThermonetlCs Inc.
Mountain View, Calif.
17474 Trane, Company
Biddeford, Ma,
17554 Components Inc,
Akron, OhiO
17675 Hamlin Metal Products Corp.
No Hollywood, Calif.
177 45 Angstrohm Prec. Inc.
7-7
2114B
Section VII
Table 7-3. Code List of Manufacturers (Continued)
Code
No.
Address
17870 McGraw·EdlSon Co.
Manchester, N. H.
1804Z Power Design Pacific tnc.
Palo Alto, Calif.
18083 Clevlte Corp., Semiconductor Dlv.
Palo Alto, Calif.
18324 Signetics Corp.
Sunnyvale, Calif.
18476 Ty·Car Mfg. Co., Inc.
HollISton, Mass.
t8486 TRW Elect Camp. Dlv.
Des Plaines, III.
18583 CurtIS Instrument, Inc.
Mt. KISCO, N. Y.
18612 VlShay Instruments Inc.
Malvern, Pa.
18873 LI. DuPont and Co., Inc.
Wilmington, Del.
18911 Durant Mfg. Co.
Milwaukee, WIS.
19315 The Bendix Corp., Navigation & Control Dlv.
Teterboro, N. J.
19500 Thomas A. EdISon Industlles, Dlv. of
McGraw· EdISon Co.
West Orange, N.J.
t9589 Concoa
Baldwin Park, Calif.
19644 LRC Eleclronlcs
Horseheads, N. Y.
19701 Electra Mfg. Co.
Independence, Kansas
·20183 General Atronlcs Corp.
Philadelphia, Pa.
21226 ExeCutone, Inc.
Long Island City, N. Y.
21335 Fafnrr Beallng Co., The
New Blltaln, Conn.
21520 Fansteel Metallurgical Corp.
N. Chicago, III.
23042 Texscan Corp.
IndianapolIS, Ind.
23783 BlltlSh RadiO Electronics Ltd. Washington, D. C.
24455 G. L Lamp D,vIS,on
Nela Park, Cleveland, Ohio
24655 - General RadIO Co.
West Concord, Mass.
24681 Memcor Inc., Camp. Dlv.
Huntington, Ind.
24796 Parelco Inc.
San Juan CapIStrano, Calif.
26365 Giles Reproducer Corp.
New Rochelle, N.Y.
26462 Grobet File Co of Amellca, Inc.
Carlstadt, N. J.
26851 Compac/HolllSter Co.
HollISter, Calif.
26992 Hamilton Watch Co.
Lancaster, Pa.
27251 Specialities Mfg. Co , Inc.
Stratford, Conn.
28480 Hewlett·Packard Co.
Palo Alto, Calif.
28520 Heyman Mfg. Co.
Kenilworth, N.J.
30817 Instrument Specialties Co., Inc.
Little Falls, N. J.
33173 G. E. Receiving Tube Dept.
Owensboro, Ky.
35434 Lectrohm Inc.
Chicago, III.
36196 Stanwyck Coli Products Ltd.
Hawkesbury, Ontallo, Canada
36287 Cunningham, W. H. & Hili, Ltd.
Toronto Ontallo, Canada
37942 P. R. Mallory & Co. Inc.
IndianapolIS, indo
39543 Mechanical Industlles Prod. Co.
Akron, Ohio
40920 Miniature PreCISion Beallngs, Inc.
Keene, N. H.
42190 Muter Co.
Chicago, III.
43990 C. A. Norgren Co.
Englewood, Colo.
44655 Ohmlte Mfg. Co.
Skokie, III.
46384 Penn Eng. & Mfg. Corp.
Doylestown, Pa.
47904 Polaroid Corp.
Camblldge, Mass.
48620 PreCISion Thermometer & Inst. Co.
Southampton, Pa.
49956 Microwave & Power Tube Dlv.
Waltham, Mass.
52090 Rowan Controller Co.
Westm Inster, Md.
52983 Sanborn Company
Waltham, Mass.
54294 Shallcross Mfg. Co.
Selma, N. C.
55026 Simpson Electllc Co.
Chicago, III.
55933 Sonotone Corp
ElmSford, N. Y.
55938 Raytheon Co. Commercial Apparatus &
Systems D,v
So. Norwalk. Conn.
56137 Spaulding Fibre Co., Inc.
Tonawanda, N. Y.
56289 Sprague Electllc Co.
North Adams, Mass.
59446 Telex Corp.
Tulsa, Okla.
59730 Thomas & Betts Co.
Elizabeth, N.J.
60741 TllplW Electllcal Inst. Co.
Bluffton, Ohio
61775 Union SWitch and Signal. Dlv. of
Westinghouse Arr Brake Co.
Pittsburgh, Pa.
7-8
Code
Code
Manulocturer
No.
Monulacturer
62119
63743
64959
65092
66295
66346
Universal Electllc Co
Owosso, Mich.
Ward·Leonard Electllc Co.
Mt. Vernon, N. Y.
Western Electllc Co., Inc.
New York, N. Y.
Weston Ins!. Inc. Weslon·Newark
Newark, N. J.
Wlttek Mfg. Co.
Chicago, III.
Minnesota Mining & Mfg. Co. Revere Mlncom Dlv.
S!. Paul, Minn.
Allen Mfg Co.
Haltford, Conn
Allied Conlrol
New York, N. Y.
Allmelal Screw Product Co., Inc.
Garden City, N. Y.
Amplex. Dlv. of Chlysler Corp.
DetrOit, Mich.
AtlantiC India Rubber Works, Inc
Chicago, III.
Ampelite Co , Inc.
Union City, N.J.
ADC Products fnc.
MinneapolIS, Minn.
Belden Mfg. Co.
Chicago, III.
Brrd Electronic Corp
Cleveland, Ohio
Brrnbach RadiO Co
New York, N. Y.
Billey Electllc Co., Inc.
Elle, Pa.
Boston Gear Works Dlv. of Murray Co
of Texas
QUincy, Mass.
Bud RadiO, Inc.
Willoughby, Ohio
Camblldge Thermlonlcs Corp.
Camblldge, Mass.
Camloc Fastener Corp.
Paramu~, N.J.
Cardwell Condenser Corp.
Lindenhurst L.I., N. Y.
Bussmann Mfg. Dlv. of McGraw· EdISon Co.
St. LOUIS, Mo.
ChICago Condenser COlp.
ChICago, III.
Calif. Spllng Co , Inc.
PlCo·R,vera, Calif.
CTS Corp.
Elkhart, fnd.
ITT Cannon Electllc Inc.
Los Angeles, Calif.
Cinema, Dlv. Aerovox Corp.
Burbank, Calif.
C.P. Clare & Co.
Chicago, fll.
Centralab Dlv. of Globe Union Inc.
Milwaukee, WIS.
Commercial PlastICS Co
ChICago, III.
COin ISh Wrre Co., The
New York, N. Y.
Coto COil Co., Inc.
Providence, R.1.
ChICago Miniature Lamp Works
ChICago, III.
Cinch Mfg. Co., Howard B. Jones Dlv.
ChICago, III.
Dow Corning Corp.
Midland, Mlch
Electro Mol,ve Mfg. Co., Inc. Wlilimanllc, Conn.
Dlallght COlp.
Brooklyn, N. Y
Indiana General Corp. ElectronICs Dlv.
Keasby, N.J.
General Instrument COlp., Cap. Dlv. Newark, N.J.
Drake Mfg Co.
Harwood Herghts, III.
Hugh H. Eby Inc.
Philadelphia, Pa.
Gudeman Co
ChICago, III.
ElasllC Stop Nut Corp.
Union. N.J.
Robert M. Hadley Co.
Los Angeles, Calif.
Elle TechnologICal Products, Inc.
Elle, Pa.
Hansen Mfg. Co., Inc.
Pllnceton, fnd.
H. M. Harper Co.
ChICago, III.
Hellpot Dlv. of Beckman Inst., Inc.
Fullerton, Calif.
Hughes Products D,VIS,on of Hughes
Arrcraft Co.
Newport Beach, Calif.
Ampe'rex Elect Co.
HickSVille, L.I., N. Y.
Bradley SemIConductor Corp
New Haven, Conn
Carling Electllc. Inc
Hartford, Conn.
Crrcle F Mfg. Co.
Trenton, N. J.
George K Garrett Co., D,v MSL
Industlles Inc.
Philadelphia, Pa.
Federal Screw Products Inc.
ChICago, III.
Fischer Spec,,1 Mfg. Co.
Clnclnnah, OhiO
General Indusilies Co • The
EIYlia. OhiO
Goshen Stamping & Tool Co.
Goshen, Ind.
70276
70309
70318
70417
70485
70563
70674
70903
70998
71002
71034
71041
71218
71279
71286
71313
71400
71436
71447
71450
71468
71471
71482
71590
71616
71700
71707
71744
71785
71984
72136
72619
72656
72699
72765
72825
72928
72962
72964
72982
73061
73076
73138
73293
73445
73506
73559
73586
73682
73734
73743
73793
73846
Address
No.
Monu/oclurer
73899
73905
73957
74276
74455
74861
74868
JFD ElectronICs Corp
Brooklyn. N. Y.
Jennings RadiO Mfg. Corp.
San Jose, Calif.
Groov,P,n Corp.
Rldgefreld, N. J.
Signalite Inc.
Neptune, N.J.
J. H. Wlnns, and Sons
Winchester, Mass.
Industllal Condenser Corp.
ChICago, III.
R F. Products D,VIS,on of Amphenol·Borg
ElectronICs Corp.
Danbury, Conn.
E. F Johnson Co.
Waseca, Minn.
International ReSIStance Co.
Philadelphia, Pa.
Keystone Carbon Co., Inc.
St. Marys, Pa.
CTS Knlghls Inc.
SandWICh, III.
Kulka Electllc Corporation
Mt Vernon, N. Y.
Lenz Electllc Mfg Co.
Chicago, III.
Llttlefuse, Inc.
Des Plarnes, III.
Lord Mfg. Co.
Elle, Pa.
C. W Marwedel
San FranCISCO, Calif.
General Instrument Corp., MlCamold D,V,SIon
Newark, N.J.
James Millen Mfg Co., Inc.
Malden, Mass.
J. W Miller Co.
Los Angeles, Calif.
Clnch·Monadnock, Dlv. of Unlled Carr
Fastener Corp.
San Leandro, Calif.
Mueller Electllc Co.
Cleveland, Ohro
National Union
Newark, N.J.
Oak Manufactullng Co.
Crystal Lake, III.
The BendiX Corp .• ElectrodynamICs Dlv.
N. Hollywood, Caflf.
PaCIfIC Metals Co.
San FranCISCO, Calif.
Phanostran Instrument and ElectronIC Co.
South Pasadena, Calif.
Philadelphia Steel and Wrre Corp.
Philadelphia, Pa.
Amellcan Machine & Foundry Co. Potter
& Brumfreld Dlv
Pllnceton, Ind.
TRW ElectronIC Components Dlv.
Camden, N. J
General Instrument Corp., Rectlfrer Dlv.
Brooklyn, N Y
ReSistance Products Co.
Harllsburg, Pa
Rubbercraft Corp. of Caflf.
Torrance, Calif.
Shakeproof D,VIS,on of IllinOIS Tool Works
Efgln. Itt.
Sigma
So. Brarntree, Mass.
Signal IndICator Corp.
New York, N. Y.
Struthers·Dunn Inc.
Pitman, N. J.
Specrallty Leather Prod. Co
Newark, N.J.
Thompson·Bremer & Co.
ChICago, III.
Tilley Mfg. Co.
San FranCISCO. Calif.
Stackpole Carbon Co.
St. Marys, Pa.
Standard Thorn son Corp.
Waltham, Mass.
Tlnnerman Products. Inc.
Cleveland. OhiO
Transformer Engineers
San Gabllel, Calif.
UClnlte Co.
Newtonville, Mass.
Waldes Koh,noor Inc.
Long Island City, N. Y.
Veeder Root, Inc.
Hartford, Conn.
Wenco Mfg Co.
ChICago, III.
Cont,nental·W"t ElectronICs Corp.
Phlladelph". Pa.
Zrellck Mfg. Corp
New Rochelle, N. Y.
Mepco D,v,s,on of SesSions Clock Co.
Morllstown. N.J.
Schnitzer Alloy Products Co.
Elizabeth, N. J.
ElectronIC Industlles ASSOCiation. Any brand
Tube meeting EIA Standards·Washlngton, DC.
Unlmax SWitch, Dlv. Maxon ElectronICs Corp.
Wallingford, Conn.
United Transformer Corp
New York. N. Y.
Oxford Electllc Corp.
ChICago, III.
Bourns Inc.
RiverSide, Calif.
Acro Dlv. of Robertshaw Controls Co.
Columbus, OhiO
74970
75042
75263
75378
75382
75818
75915
76005
76210
76433
76487
76493
76530
76545
76703
76854
77068
77075
77221
77252
77342
77630
77638
77764
77969
78189
78277
78283
78290
78424
78452
78471
78488
78493
78553
78790
78947
79136
79142
79251
79717
79963
80031
80110
80131
80207
80123
80248
80294
80411
Address
2114B
Section VII
Table 7-3_ Code List of Manufacturers (Continued)
Cod.
Cod.
No.
Monu!octurer
80486
80509
80583
80640
808t3
81030
81073
81095
81312
All Star Products tnc.
Deftance, Ohio
Avery Labet Co.
Monrovia, Calif.
Hammartund Co., Inc.
Mars Hill, N. C.
Stevens, Arnold, Co., Inc.
Boston, Mass.
Dlmco Gray Co.
Dayton, Ohio
International Instruments Inc.
Orange, Conn.
Grayhlll Co.
LaGrange, III.
Tllad Transformer Corp.
Venice, Calif.
Wlnchestel Elec. Dlv. Litton Ind., Inc.
Oakville, Conn.
MIlitary Speclftcallon
.....•
Internalional Rechfler Corp.
EI Segundo, Calif.
Allpax Electronics, Inc.
Camblldge, Malyland
Barry Controls, Dlv. Barry Wrrght Corp.
Watertown, Mass.
Cartel PrecISion Electllc Co.
Skokie, III.
Spertl Faraday Inc., Copper HeWitt
ElectriC Dlv.
Hoboken, N. J.
ElectriC Regulatol Corp.
Norwalk, Conn.
Jeffers ElectrOnics D,v,s,on of Speer
Carbon Co.
Du BOIS, Pa.
Fallchlld Camera & Inst. Corp. Space & Defense
System Dlv.
Paramus, N. J.
Magulle Industlles, Inc.
Greenwich, Conn.
Sylvanra ElectriC Prod. Inc.
ElectrOnic Tube D,v,s,on
Emporium, Pa.
Astron Corp.
East Newark, Halllson, N,J,
SWltchcraft, Inc.
Chicago, III.
Metals & Controls Inc. Spencer Products
Atlleboro, Mass.
Phillips-Advance Control Co.
Joliet, III.
Research Ploducts Corp.
Madison, WIS.
Rotron Mfg. Co., Inc.
Woodstock, N. Y.
Vector ElectrOniC Co.
Glendale, Calif.
Hartwell Corp
Los Angeles, Calif.
Carr Fastener Co.
Cambrrdge, Mass.
New Hampshlle Ball Beallng, Inc.
Peterborough, N. H.
General Instrument Corp., Capacitor Dlv.
Darlington, S. C.
ITT Wile and Cable Dlv.
Los Angeles, Calif.
Victory Eng. Corp.
Springfield, N. J.
Belldlx Corp., Red Bank Dlv.
Red Bank, N. J.
Hubbell COlp.
Mundelein, ill.
Rosan Inc.
Newport Beach, Call!.
Smith, Herman H., Inc.
Brooklyn, N. Y.
Tech Labs
PalISade's Park, N. J.
Central Screw Co.
Chicago, ill.
Gavitt Wile and Cable Co.
Dlv. of Amerace Corp.
Brookfield, Mass.
Burroughs Corp. ElectrOnic Tube Dlv.
Plarnfleld, N. J.
Union Carbide Corp. Consumer Prod. Dlv.
New York, N. Y.
Model Eng. and Mfg., Inc.
Huntington, Ind.
Loyd SCluggs Co.
Festus, Mo.
Aeronautical Insl. & RadiO Co.
Lodl, N. J.
Arco ElectrOnics Inc.
Great Neck, N. Y.
A. J. Glesener Co., Inc.
San FrancISCo, Calif.
TRW Capacitor Dlv.
Ogallala, Neb.
Sarkes TalZlan, Inc.
Bloomington, Ind.
Boonton Molding Company
Boonton, N. J.
A. B. Boyd Co.
San FrancISCO, Cali!.
R. M. Bracamonte & Co.
San FrancISCO, Calif.
KOlled Kords, Inc.
Hamden, Conn.
Seamless Rubber Co.
Chicago, Ill.
Fafnll Bearing Co.
Los Angeles, Call!.
Cltlton PleClSlon Products Co., Inc.
Cltlton Heights, Pa.
PreCISion Rubber Products Corp.
Dayton, OhiO
81349
81483
8154t
81860
82042
82047
82116
82142
82170
82209
82219
82376
82389
82647
82768
82866
82877
82893
83014
83058
83086
83t25
83148
83186
83298
83315
83324
83330
83332
83385
83501
83594
83740
83777
83821
83942
84171
84396
84411
84970
85454
85471
85474
85660
85911
86174
86197
86579
Address
No.
Manu!octurer
86684
RadiO COlp. of America, Electronic
Camp. & Devices Dlv.
Harrison, N. J.
Seastrom Mfg. Co.
Glendale, Calif.
Marco Industries
Anaheim, Calif.
Phllco Corporation (Lansdale DIvISion)
Lansdale, Pa.
Western Fibrous Glass Products Co.
San FrancIsco, Calif.
Van Waters & Rogers Inc.
San FrancIsco, Calif.
Tower Mfg. Corp.
Providence, R. I.
Culler·Hammer, Inc.
Lincoln, III.
Gould-National Batteries, Inc.
SI. Paul, Minn.
General Mills, Inc.
Buffalo, N. Y.
Graybar Electrrc Co.
Oakland, Calif.
G. E. Distributing Corp.
Schenectady, N. Y.
United Transformer Co.
Chicago, III.
Unlled Shoe Machinery Corp.
Beverly, Mass.
US Rubber Co., Consumer Ind. & Plashcs
Prod. Dlv.
Passaic, N. J.
Beallng Englneerrng Co.
San FrancIsco, Calif.
ITT Cannon Elect, Inc., Salem Dlv. Salem, Mass.
Connor Spring Mfg. Co.
San FrancIsco, Caltf.
Miller Oral & Nameplate Co.
EI Monte, Calif.
RadiO Materrals Co.
Chicago, III.
Augat Inc.
Attleboro, Mass.
Dale Electronics, Inc.
Columbus, Neb!.
Elco Corp.
Willow Grove, Pa.
Gremar Mfg. Co., Inc.
Wakefield, Mass.
K F Development Co.
Redwood City, Calif.
Malco Mfg. Co., Inc.
Chicago, ill.
Honeywell Inc., Micro SWitch Dlv.
Freeport, III.
Nahm-Bros. Sprrng Co.
Oakland, Calif.
Tru·Con nector COlp.
Peabody, Mass.
Elgeet Oplical Co. Inc.
Rochester, N. Y.
Tensollte Insulated Wile Co., Inc.
Tarlytown, N. Y.
IMC Magnellcs Corp. Wesbury Long Island, N. Y.
Hudson Lamp Co.
Kearney, N.J.
Sylvanra Electrrc Prod. Inc.
Semiconductor Dlv.
Woburn, Mass.
Robbins & Myers Inc.
PalISades Park, N. J.
Stemco Controls, Dlv. of Essex Wire Corp.
Mansfield, OhiO
Waters Mfg. Co.
Culver City, Calif.
G V. Controls
LIVingston, N. J.
General Cable Corp.
Bayonne, N. J.
Phelps Dodge
Yonkers, N.Y.
Raytheon Co., Compo OIV., Ind.
Compo Operations
QUincy, Mass.
SCientific ElectrOniCs Products, Inc.
Loveland, Colo.
Wagnel Elect. Corp., Tung-Sol O,V. Newark, N. J.
CurtISs-Wright Corp. ElectrOnics Dlv.
East Paterson, N. J.
South Chester Corp.
Chester, Pa.
Wile Cloth Products, Inc.
Bellwood, Ill.
Automatic Metal Products Co.
Brooklyn, N. Y.
Worcester Pressed Aluminum Corp.
Worcester, Mass.
Magnecralt ElectriC Co.
Chicago, III.
George A. Phllbrrck Researchers, Inc.
Boston, Mass.
Allies Products Corp.,
Danra, Fla.
Conllnental Connector Corp.
WoodSide, N. Y.
Leecralt Mfg. Co., Inc.
Long Island, N. Y.
NatIOnal COil Co.
Sherrdan, Wyo.
Vlhamoo, Inc.
Brrdgeport, Conn.
Gordos Corp.
Bloomfield, N. J.
Methode Mfg. Co.
Roiling Meadows, Ill.
86928
87034
87216
87473
87664
87930
88t40
88220
88698
89231
89473
89665
90030
90179
90970
91146
91260
91345
91418
91506
91637
91662
91737
91827
91886
9t929
91961
92180
92367
92607
92702
92966
93332
93369
93410
93632
93929
94137
94142
94144
94148
94154
94197
94222
94330
94375
94682
94696
95023
35236
95238
95263
95265
95275
95348
95354
Address
Code
No.
95566
95712
95984
95987
96067
96095
96256
96296
96306
96330
96341
96501
96733
96881
97464
97539
97979
97983
98t4l
98159
98220
98278
9829t
98376
98410
98731
98734
98821
98978
99109
99313
99378
99515
99707
99800
99848
99928
99934
99942
99957
Manufacturer
Address
Arnold Englneerrng Co.
Marengo, ill.
Dage Electric Co., Inc.
Franklin, Ind.
Siemon Mfg. Co.
Wayne, III.
Weckesser Co.
Chrcago, III.
Microwave Assoc., West Inc.
Sunnyvale, Calif.
HI·Q Dlv. of Aerovox Corp.
Olean, N. Y.
Tholdarson·Melssner Inc.
MI. Carmel, ill.
Solar Manufacturrng Co.
Los Angeles, Call!'
MICIOSWltch, Dlv. of Minn. -Honeywell
Freeport, III.
Carlton Screw Co.
Chicago, III.
Microwave Assocrates, Inc.
Burlington, Mass.
Excel Transformer Co.
Oakland, Calif.
San Felnando Elecl. Mfg. Co.
San Fernando, Calif.
Thomson Ind. Inc.
Long Is., N. Y.
Industllal Retarnlng Ring Co.
IrVington, N. J.
Automatlc.& PreCISion Mfg.
Englewood, N.J.
Reon ReSIStor Corp.
Yonkers, N. Y.
litton System Inc., Adler-Westrex
Commun. Dlv.
New Rochelle, N. t.
R-Troncls, Inc.
Jamarca, N. Y.
Rubber Teck, Inc.
Gardena, Calif.
Hewlett-Packard Co., Moseley Dlv.
Pasadena, Calif.
Microdot, Inc.
So. Pasadena, Calif.
Sealectro Corp_
Mamaroneck, N. Y.
Zero Mfg. Co.
Burbank, Calif.
Etc Inc.
Cleveland, OhiO
General Mills Inc., ElectrOnics Dlv.
Minneapolis, Minn.
Paeco Dlv. of Hewlett·Packard Co.
Palo Alto, Calif.
North Hills ElectrOnics, Inc.
Glen Cove, NY.
Internallonal ElectrOnic Research Corp.
Burbank, Calif.
Columbra Technical Corp.
New York, N. Y.
Varran Assocrates
Palo Alto, Calt!.
Allee Corp.
Winchester, Mass.
Marshall Ind., Capacitor Dlv.
Monrovra, Calif.
Contlol SWitch DIVISion, Controls Co.
of Amerrca
EI Segundo, Calif.
Delevan ElectrOniCs Corp.
East Aurora, N. Y.
Wrlco Corporation
IndianapolIS, Ind.
Branson Corp.
Whippany, N. J.
Renbrandt, Inc.
Boston, Mass.
Hoffman ElectrOniCs Corp.
Semlconductol D,v
EI Monte, Calif.
Technology Instrument Corp. of Calif.
Newbury Park, Calif.
THE FOLLOWING HP VENDORS HAVE NO NUMBER
ASSIGNED IN THE LATEST SUPPLEMENT TO THE
FEDERAL SUPPLY CODE FOR MANUFACTURERS
HANDBOOK.
OOOOF
OOOOZ
Malco Tool and Ole
Los Angeles, Calif.
Willow Leather Products Corp.
Newark, flo J.
OOOAB
OOOBB
England
ETA
PreCISion Instrument Components Co.
Van Nuys, Calif.
Hewlett'Packard Co., Colorado Sprrngs
Colorado Springs, Colorado
Rubber Eng. & Development
Hayward, Call!.
A "N" 0 Mfg. Co.
San Jose, Calrf.
Cooltron
Oakland, Call!'
Caltfornra Eastern Lab.
BUllington, Calt!.
S. K Smith Co.
Los Angeles, Calt!.
OOOCS
OOOMM
OOON N
OOOQQ
OOOWW
OOOYY
7-9/7-10
Appendix A
Model 2114B
Volume Two
APPENDIX A
BASIC LOGIC SYMBOLS
A-I.
GENERAL CLASSIFICATIONS.
A-2.
Three basic symbol shapes distinguish the major classes
of logic circuits. These classes are gates, regenerative switching
2lements, and amplifiers. Each symbol, and a brief explanation
of its operation, is given below. Additional markings on the
basic symbols provide additional information, making possible
the determination of actual circuit operation.
A-3.
INVERSION.
A-4.
Logic inversion is indicated by an inversion dot at
the input or output of a logic symbol. When this dot appears at
the input of a logic symbol, the input will be effective when the
input signal is of the opposite polarity to that normally required.
When the dot appears at the output of a logic symbol, the output
will be of the opposite polarity to that normally delivered.
A-5.
GATES.
A-6.
A gate is a circuit which produces a binary output when
certain input conditions are met. The gate symbol has input lines
connecting to the flat side of the symbol, and output lines connecting to the curved side (see Figure A-I). Since the inputs
and outputs are easily identifiable, the symbol may be shown leftfacing, right-facing, or facing up or down. There are four basic types
of gates, AND, OR, NAND, and NOR, each named for the logic function
that it performs. Each of these gates is described below.
INPUT
OUTPUT
INPUTS
OUTPUT
2039·25
Figure A-I. Gate Symbols
A-I
Model 2ll4B
Volume Two
A-7.
Appendix A
AND GATE.
A-S.
The AND gate performs a logical "and" function. It will
produce a logical "true" output only when all of its input lines
are true. Input A and input Band input C must be true for a true
output to be generated. See Figure A-2 and Table A-l.
2039-26
Figure A-2. Three Input "AND" Gate
A-9.
A
B
C
D
0
0
0
0
1
1
1
1
0
0
1
1
0
0
1
1
0
1
0
1
0
1
0
1
0
0
0
0
0
0
0
1
Table A-1. Truth Table
For Three Input "And"
Gate
OR GATE.
A-lO.
The OR gate performs a logical "or" function. It will
produce a logical "true" output if one or more of its input lines
are true. Input A or input B or input C must be true for a true
output to be generated. See Figure A-3 and Table A-2.
203!;-27
A
B
C
D
0
0
0
0
0
0
1
1
0
0
1
1
0
0
1
1
0
1
1
1
1
1
1
1
1
Figure A-3. Three Input "OR" Gate
0
1
0
1
1
1
1
Table A-2. Truth Table
For Three Input
, 'Or' t
Gate
A-2
Model 2ll4B
Volume Two
A-ll.
Appendix A
NAND GATE.
A-l2.
The NAND gate is similar to the AND gate described
above except that its output is inverted. The gate will generate
a logical "true" output if one or more of its inputs is false.
See Figure A-4 and Table A-3.
2039-28
A
B
C
D
0
0
0
0
1
1
1
1
0
0
1
1
0
0
1
1
0
1
0
1
0
1
0
1
1
1
1
1
1
1
1
0
Figure A-4. Three Input "NAND" Gate Table A-3. Truth Table for Three
Input' 'Nand" Gate
A-l3.
NOR GATE.
A-l4.
The NOR gate is similar to the OR gate described above
except that its output is inverted. The gate will generate a
logical "false" if one or more of its input lines is true. See
Figure A-S and Table A-4.
2039-29
Figure A-S. Three Input "NOR" Gate
A
B
C
D
0
0
0
0
1
1
1
1
0
0
1
1
0
0
1
1
0
1
0
1
0
1
0
1
1
0
0
0
0
0
0
0
Table A-4. Truth Table for Three
Input "Nor"
Gate
A-3
Model 2ll4B
Volume Two
A-15.
Appendix A
EXPANDER GATES.
A-16.
To increase the number of inputs to logic gates an
"expander gate is used. To simplify the presentation of a logic
gate with an expanded input the symbols shown in Figure A-6 are
used. Figure A-7 shows the actual logic configuration. The X
and X lines are not logical opposites but do carry a voltage
differencial. When the expander gate is not conducting (the input
conditions A, B, or C false) there is a voltage differential
of a few volts across the outputs X and X. When the expander
gate is conducting (the input conditions A, B, and C being true)
the differential between the two outputs drops. The two outputs
of the expander then act as a true input to the expanded gate.
When more than one expander gate is used the expander gate
outputs are tied in parallel as shown in Figure A-7.
EXPANDED GATE
EXPANDED GATE
A
EXPANDER GATE
X
B
C
A
I
I
B
I
r-,,\-_J
C
EXPANDER GATE
I
)
I
I
L_~--.J
2039-30
2039-31
Figure A-6. Simplified Expander
Gate Presentation
Figure A-7. Actual Expander
Gate Configuration
A-4
Appendix A
Model 2ll4B
Volume Two
A-17.
REGENERATIVE SWITCHING ELEMENTS.
A-lB.
Regenerative switching elements include the various
forms of rnultivibrator circuits: bistable (flip-flop), monostable
(one-shot), and astable (multivibrator). According to the type
of circuit, inputs cause the state of the circuit to switch,
reversing the outputs (i.e., an output formerly true switches to
false, and vice versa). The symbol for regenerative switching
circuits is a horizontal rectangle, divided horizontally, with
the upper portion representing the "set side" and the lower
portion representing the "clear side". A switching element is
said to be "set" when the output from the set side is true. It
is "clear" \vhen the output from the clear side is true. Inputs
are on the left and outputs are on the right (see Figure A-8) .
To avoid confusion, these switching elements are always drawn
facing the same way.
SET
j
~
I,\!PUTS
--
~
CLEAR
:~-
t
OUTPU .... S
2039-32
Figure A-8.
A-19.
Switching Element
FLIP-FLOPS.
A-20.
A flip-flop is a bistable switching device, meaning
that it takes an external signal to set the flip-flop, and
another to clear it. It will remain in its current state until
switched to the opposite state by the appropriate external signal.
Various forms of flip-flops exist, of which six are described
here. The R-S, R-S with clock, J-K, toggle, latch, and delay flipflops are shown below with their individual switching characteristics.
The rules governing the representation of flip-flops allow the
type of flip-flop used to be identified. General rules for flipflops are as follows:
a.
A flip-flop is assumed to be the simple R-S type
if no toher identification information is provided. When a clock
input is added, identifying letters are placed inside the symbol
to tell what kind of flip-flop the device is.
b.
An input shown connected to the center of the input
side of the symbol is a "clock" input, parallel-connected to both
the set and clear inputs. This input is effective on the transition
of the clocking signal; i.e., on the positive going or negative
going edge of the clock pulse. No inversion dot indicates that
the input is effective on the positive going edge of the clock
pulse, while an inverting dot indicates that the input is effective
on the negative going edge of the clock pulse (see Figure A-9) .
A-5
Model 2114B
Volume II
Appendix A
c.
An input to the top of the flip-flop at the input
end indicates a direct set input. This input provides a preset or direct
set to the flip-flop and operates independently of the flip-flop's
clocking signal. An input to the bottom of the flip-flop at the input
end indicates a direct clear input. The direct clear allows the flipflop to be cleared independent~y of the flip-flop's clocking signal.
DIRECT SET
INPUT
SET
OUTPUT
SET
CLOCK
c
CLEAR
OUTPUT
CLEAR
DIRECT CLEAR
INPUT
2039-33
Figure A-9. Flip-Flop (General)
A-21.
R-S FLIP-FLOP.
A-22.
The R-S flip-flop has a m1n1mum of two inputs) set and clear
(A and B), and usually two outputs, set output and clear output (Q
and Q), see Figure A-10. The Q letter indicates that the clear output,
whether a 1 or a 0, is always the complement of the set output. When
Q is true, then Q is false and the flip-flop is defined as being in
the set state. with Q false and Q true, the flip-flop is in the clear
state. The flip-flop is set by a true input to A (assuming no inversion dot on the symbol), and is cleared by a true input to B. False
inputs have no effect. Simultaneous true inputs to A and B are a forbidden combination, since an indeterminate output state would result.
A truth table for the three allowable input combinations is shown
in Table A-5.
Q
A
B
Q
0
0
No
1
0
1
0
0
1
0
1
Change
2039-34
Figure A-10. R-S Flip-Flop
A-23.
Table A-5. Truth Table for
R-S Flip-Flop
R-S FLIP-FLOP WITH CLOCK.
A-24.
This flip-flop is the same as the R-S type described
preceding paragraph, except for the addition of a clock input
Figure A-11). A positive input to both A and C is required to
the flip-flop, and a positive input to Band C is required to
in the
(see
set
clear
A-6
2114B
Volume II
Appendix A
the flip-flop. Since the clock input operates on a pulse edge, the
setting or clearing signals must be present at A or B before the
clock pulse transition occurs (see figure A-12).
:~ -------f-_-:.
A~
s-------------~
2039-35
Figure A-11. R-S Flip-Flop
with Clock
c---.u+
I
a-------I
0----..,
2039-36
Figure A-12. Clocked R-S Flip-Flop
switching Waveforms
A-25.
When the R-S flip-flop is used with an inverted clock input,
the flip-flop switches on the negative going transition of the clock
pulse(see paragraph A-20b). The symbol for an R-S flip-flop with an
inverted clock is shown in Figure A-13, and the resulting switching
waveforms are shown in Figure A-14.
:=E-==t:
2039-37
Figure A-13. R-S Flip-Flop With
an Inverted Clock
A~
B--------------~
C---'vU
"U
Q---I
a---,
1'--____--'
2039-38
Figure A-14. Haveforms for R-S Flip·
Flop with an Inverted Clock
A-26.
J-K FLIP-FLOP.
A-27.
In the J-K flip-flop, simultaneous true inputs for both
set and clear will reverse the existing state of the flip-flop. This
A-7
Model 2114B
Volume II
Appendix A
requires some method of storing two conditions, the previous output state and the new output state, until the clock pulse time.
The set and clear inputs are labeled J and K respectively.
Two flip-flops are combined in a dual rank configuration to provide
the output storage, together with the necessary gates to form a
single logic element. For simplicity the internal dual rank arrangement
of the flip-flop is not usually shown (see Figure A-15 and Table A-6).
The overall operation of the J-K flip-flop is as follows:
a.
True input at A only. The positive going edge of clock
pulse C stores the input information at A. The negative going edge
of the clock pulse then sets the flip-flop.
b.
True input at B only. The positive going edge of clock
pulse C stores the input information at B. The negative going edge
of the clock pulse clears the flip-flop.
c.
True inputs at A and B. The positive going edge of clock
pulse C stores the input info~ation at A and B. The negative going
edge of the clock pulse switches the existing state of the flip-flop.
Initial State
2039-39
A
B
1
A-28.
-Q
Q
Q
0
1
0
0
1
0
1
1
1
0
1
1
0
1
1
1
0
0
1
0
0
Figure A-15. J-K Flip-Flop
Q
Final State
No
Change
Table A-6. Truth Table For Clocked
J-K Flip-Flop
TOGGLE FLIP-FLOP.
A-29.
The toggle flip-flop is distinguished by having a single
input. Each time input A goes true, outputs Q and Q switch states.
Since two input pulses or cycles are required to produce one complete
cycle of the output, the toggle flip-flop acts as a divide-by-two
element, and is commonly used in counting circuits. The letter T
inside the symbol identifies the toggle flip-flop. Figures A-16 and
A-17 show the symbol and switching waveform~ for a toggle flip-flop.
A
n,--_
---,lrll--_~t
Q----'
2039-40
Figure A-16. Toggle Flip-Flop
'0-----,1
Figure A-17. Toggle Flip-Flop Switching
Waveforms
A-8
Model 2114B
Volume II
Appendix A
A-30.
For a toggle flip-flop with an inverted input at A the flipflop would switch on the negative going transition of A (see figures
A-18 and A-19).
A~T
n
A--Il~
c:
Q
Q
2039-42
2039-43
Figure A-18. Toggle Flip-Flop
with Inverted Clock
A-31.
Figure A-19. Switching Waveforms
For Toggle Flip-Flop With an Inverted Clock
LATCHING FLIP-FLOP.
A-32.
The latching flip-flop has a single signal input and a clock
input. The flip-flop is identified by the letter L inside the symbol
as shown (see Figure A-20). Note that the set input is responsive to
positive signal levels at A, and the clear input is responsive to
negative signal levels at A. When the clock input is true, the output
will G'follow" the input. When the clock input is false, the output
is "latched" to the input state present when the clock went false.
-·-~-l
II
L ---ir--l
c~, I
A
I
I
I
I
I
I
Q
I
I
~
I
I
I
I
I
I
I;I IL
I
j
I-----I
l
I
2039-44
a-L
Tl--fll--
r
I
rL~'--:"-
u,--
2039-45
Figure A-20. Latching Flip-Flop
Figure A-21. Latching Flip-Flop
Waveforms
DELAY FLIP-FLOP.
A-34.
The delay flip-flop has a single data input and a clock
input. The flipoflop is identified by the letter "D" inside the
symbol as shown in Figure A-22. The flip-flop performs two functions:
it stores the input data and sets the output of the flip-flop. The
delay flip-flop differs from the latch flip-flop previously defined
Model 2114B
Volume II
Appendix A
in that it performs the storing and setting functions on the same
edge of the clock pulse. In the example shown in Figure A-22 the
flip-flop sets on the leading or true going edge of the clock pulse.
A~
:=a:
t:
I
n
c
I
I
I L
n
n
Q
.2039-46
ij
2039-47
Figure A-22. Delay Flip-Flop
A-3S.
Figure A-23. Delay Flip-Flop Switching
Waveforms
GATE FLIP-FLOP.
A-36.
The gate flip-flop is made up of a combination of logic gates.
When the gates are connected as shown in Figure A-24 they form a
storage or switching element. In the example shown the flip-flop will
be set by a false input at either A or B. The flip-flop will be
cleared by a false input at either C or D. The gate flip-flop is
normally used so that a false input does not occur at the set and
clear inputs simultaneously. The gate flip-flop may be made up of
several combinations of logic gates, each with its own switching
properties. The gate flip-flop should always be shown with the set
output at the upper right and the clear output at the lower right.
r------,
A
B
I
I
I
I
I
Q
I
I
c ---~
I
I
c--o-~-ij
D---~
I
2039-48
IL _____ JI
Figure A-24. Gated Flip-Flop
A-37.
AMPLIFIERS.
A-38.
Amplifiers are not necessarily binary in nature; however,
in logic circuits the driving signals will normally be binary and the
output of the amplifier will be an amplified or modified form of the
A-10
Model 2114B
Volume I I
Appendix A
binary input. The amplifier symbol is an equilateral triangle with
the input applied to the center of one side, and the output connected to the opposite point of the triangle (see Figure A-25). Like
gates, the amplifier may be shown in any of four positions.
INPUT-[:>--OUTPUT
2039-49
Figure A-25.
Amplifier Symbol
A-39.
A variation of the amplifier, in the form of a dual input/
output (differential amplifier) is shown in Figure Aa 260 An inversion
dot would indicate the inversion of an output with respect to the
corresponding input (not with respect to the inputson the opposite
side of the amplifier).
c
o
2039-50
Figure A-26.
Differential Amplifier
A-11
Appendix A
2114B
CHARACTERISTIC 2
CHARACTERISTIC 2
CHARACTERISTIC 7
CHARACTERISTIC 2
CHARACTERISTIC 2
CHARACTERISTIC 8
CHARACTERISTIC 7
CHARACTERISTIC 2
CHARACTERISTIC 2
CHARACTERISTIC 2
CHARACTERISTIC 2
CHARACTERISTIC 10
CHARACTERISTIC 3
CHARACTERISTIC 3
1820-0111
1820_0t05
REGULATED
OUTPUT
2'
2'
DECODER 4
CHARACTERISTIC 25
CHARACTERISTIC 12
Figure A-27. Microcircuit Diagrams
A-12
Appendix
2114B 1
1820·0137
A
1820-0183
BOTTOM VIEW
BOTTOM VIEW
~
~
~
~
4
LOGIC SYMBOL
4
LOGIC SYMBOL
CURRENT
CURRENT
SUPPl.Y
SUPPLY
CHARACTERISTIC 3
CHARACTERISTIC 4
CHARACTERISTIC 26
CHARACTERISTIC 27
CHARACTERISTIC 9
CHARACTERISTIC 13
CHARACTERISTIC 24
CHARACTERISTIC 5
CHARACTERISTIC 2
CHARACTERISTIC 6
CHARACTERISTIC 6
CHARACTERISTIC 1
CHARACTERISTIC 1
CHARACTERISTIC 3
CHARACTERISTIC 3
CHARACTERISTIC 1
Figure A 27
a
0
Microcircuit Diagrams (ContPd)
A.. 13
2114B
Appendix
A
,CHARACTERISTIC 6
CHARACTERISTIC 3
CHARACTERISTIC 6
CHARACTERISTIC 11
CHARACTERISTIC 14
CHARACTERISTIC 15
CHARACTERISTIC 16
CHARACTERISTIC 16
CHARACTERISTIC 16
CHARACTERISTIC 17
CHARACTERISTIC 16
CHARACTERISTIC 16
CHARACTERISTIC 16
CHARACTERISTIC 18
CHARACTERISTIC 21
CHARACTERISTIC 16
Figure.A-27. Microcircuit Diagrams (Cont-d)
A-14
2114B
Appendix
CHARACTERISTIC 20
CHARACTERISTIC 19
Figure A-27.
CHARACTERISTIC 22
A
CHARACTERISTIC 23
Microcircuit Diagrams (Cont'd)
A-15
2114B
Appendix
A
Table A-7.
MICROCIRCUIT CHARACTERISTICS
1.
2.
Input open = 1
Input 1
= t2.0V min.
Output 1
Input 0
= to.8V max.
Output 0
Propagation delay = 1Snsec. max.
Input open
t2.4V min.
to.4V max.
1
Output 1 = t2.4V min. (3.3 nom)
Input 0
= to.8V max.
Output 0
= to.4V max. (0.2 nom)
Propagation Delay: To 0 = 1Snsec max.; to 1 = 29ns max.
Input 1
3.
=
=
=
=
t2.0V min.
Input open = 1
Input 1
Output 1
= t2.0V min.
= t2.4V min.
Input 0
to.8V
max.
Output
0
=
= to.4V max.
Propagation delay: to 0 = 10ns maXi to 1 = 12ns max.
(2.7V nom)
(0.2V nom)
4.
Input open = 1
Input 1
Output 1
= t1.9V min.
= t2.4V min. (3.0V nom)
Input 0
to.BV
max.
Output
0
=
= to.45V max. (0.2V nom)
Propagation delay: to 0 = 13ns max.; to 1 = 1Snsec max.
5.
Output open= o
Input 1
= t2.0V min.
Output 0
= to.4V max.
Input 0
= to.BV max.
Output 1
= depends on loads.
Propagation delay: to 0 = 1Sns max.; to 1 = 4Snsec max.
6.
Input open = 1
Input 1
= t2.0V min.
Output 1
Input 0
= to.BV max.
Output 0
Propagation delay = 10ns max.
Input open
=
1
=
=
t2.4V min.
to.4V max.
7.
Input open = 1
Input 1
Output 1
= t2.4V min. (t3.SV nom)
= t2.0V min.
Input 0
to.8V
max.
Output
0
=
= to.4V max. (to.2V nom)
Propagation delay = SOns max.
Required pulse widths: Clock = 20ns min.; Set-clear = 2Sns min.
8.
Input open = 1
Input 1
Output 1
= t2.0V min.
= t2.4V min. (t3.3V nom)
Input 0
Output
0
= to.8V max.
= to.4V max. (to.2V nom)
Propagation delay: to 0 = SOns max.; to 1 = 3Snsec max.
Required pulse widths = 30 nsec min.
9.
Input open = 1
Input 1
Output 1
=
= t2.0V min.
Input 0
Output 0
= to.8V max.
=
Propagation delay: to 0 = 2Sns max. ; to 1
Required pulse widths: Clock = 30ns min.;
10.
t2.4V min.
to.4V max.
= 40ns max.
Data = 7Sns min.
Input open = 1
Input 1
= t2.0V min.
Output ON max.+0.4V
Input 0
= to.8V max.
across X & X
Propagation delay (thru expanded gate): to 0 = 20ns max; to 1 =
34ns max.
A-16
2114B
Appendix A
Table A-7.
Microcircuit Characteristics (Cont'd)
11.
Input open = 1
Input 1
= t2.0V min.
output ON max. O.4V
Input 0
= to.8V max.
across X & X
Propagation delay (thru expanded gate): to 0 = 13ns max.;
to 1 = 17ns max.
12.
Input open = 1
Input 1
= t2.0V min.
Output 1
= t2.4V min. (t2.7V nom)
Input 0
= to.8V max.
Output 0
= to.40 max. (to.2V nom)
Propagation delay: to 0 = 30ns max.; to 1 = 35ns max.
Input (BCDO - BCD9) only one output = 0
Input (BCD ") 9) all outputs = 1
13.
Input open =
Input 1
=
1
+2.0V min.
Output 1
= t2.4V min.
Input 0
= tOo8V max.
Output 0
= to.4V max.
Propagation delay: A or B thru E to 0 = 35ns max.; to 1 = 40ns max.
Cin thru E to 0 = 60 ns max; to 1 = 55ns max.
Cin thru C4 to 0 = 32ns max.; to 1 = 48n5 max.
14.
Input open = 1
Input 1
Output open= O.OV
= t2.0V min.
Input 0
Output on = 1.0V max.
= to.8V max.
Propagation delay through expanded gate = 19ns max.
15.
Input open = 0
Input 1
Output 1
= t1.25V min.
= t2.35V min. (t2.5V nom)
Input 0
Output 0
= +0 .. 5V max.
= -O.36V max. (-0.5V nom)
propagation delay: to 0 = 12ns max; to 1 = 14n5 max.
16.
Input open = 0
Output 1
= t1.5V min. (t2.0V nom)
Input 1
= t1.8V min.
Input 0
Output 0
= to.22V max. (-0.4V nom)
= to.OV max.
Propagation delay: to 0 = 4ns max.; to 1 = 4 .. 5ns max.
17.
Input open = 0
Output 1
Input 1
= t1 .. 25V min.
Input 0
Output 0
= to .. 5V max.
Propagation delay = 18 nsec max.
=
=
t2.25V min. (t2.5V nom)
-0.36V max. (-0.5V nom)
Input open = 0
& K Input 1 =t1.33V min.
Set & Clear Input 1=t1.25V
min.
=
=
t2.35V min. (t2.5V nom)
-0.36V max. (-0.5V nom)
18.
J
Input 0
= to.5V
Output 1
Output 0
max.
Propagation delay: through J & K to 1 = 15n5ec max.;
to 0 = 25nsec max.
through Set & Clear to 1 = 25n5 max.;
to 0 = 38n5 max.
Required pulse width = 16n5 min.
19.
Input open = 0
output 1
= t1.5V min. (t2.0V nom)
Input 1
= +1.8V min.
Output 0
= to.22V max. (-0.4V nom)
Input 0
= to.OV max.
Propagation delay: to 1 = 5.5n5 max.; to 0 = 6.0ns max.
A-17
2114B
Table A-7.
20.
Input open
23.
=
Input open =
+1.SV min.
0
+1.8V min.
Output 1
= t2.0V min. (t2.3V nom)
Input 0
= to.OV min.
Output 0
= -0.16V max. (-0.4V nom)
Propagation delay through WRITE = 25ns max.; through READ = 4ns max.
Input 1
22.
0
Output 1 = t2.25V min. (t2.5V nom)
Input 0
to.4V max.
Output 0 = -0.3V max. (-0.5V nom.)
Propagation delay: to 0 = 12ns max.; to 1 - 24ns max.
Input 1
21.
=
=
Appendix A
Microcircuit Characteristics (Contd)
=
Input open = 0
Output open=
Input 1
= t1.5V min.
Output 1
=
Input 0
= to.4V max.
Output 0
=
Propagation delay = 24ns max.
1
t2.2V min.
-0.3V max.
(t2.5V nom)
(-0.5V nom)
Input open = 0
Input 1
=
Input 0
=
Propagation delay:
Output 1
= t2.2V min. (t2.5V nom)
Output 0
= -0.3V max. (-0.5V nom)
Through J & K to 1 = 20ns max,
to 0 = 25ns max.
Through Set & Clear to 1 = 25ns max. ;
to 0 = 38ns max.
Required Pulse Width = 30ns min.
24.
Input open =
1
Input 1
+2.0V min.
=
Output 1
=
t2.6V min.
Input 0
= to.9V max.
Output 0
=
to.5V max.
Propagation delay to 0 = 30ns max.; to 1 = 80ns max.
25.
Input Voltage = t35V max.
Output Voltage = t25V max.
Output Current = 20ma max., lOma min.
26.
Voltage gain 32 db typical.
27.
Voltage gain 40 db typical.
A-18
Model 2114B
Volume Two
Appendix' B
APPENDIX B
BACKDATING INFORMATION
This backdating appendix makes Volume Two of the Operation and
Maintenance Manual for the HP 2114B Computer, serial prefix 942applicable to earlier instruments. Refer to the table below for the
serial prefix of your instrument. Make the indicated changes to the
manual to make the manual applicable to your instrument.
INSTRUMENT CHANGES
Serial Prefix
930-
Ref Des
Change No.
1-5
Description
HP Part No.
Rev
Cbange No.
A1, A2
Driver Switch Card
02114 .. 60427
A-933
-22
1
A6, A7
Sense Amplifier
Card
02114-6005
A-914
-22
2, 3, 4
A24
Display Board
02114-6009
D-910
-22
5
B-1
Model 2114B
Volume Two
Appendix B
DESCRIPTION
CHANGE
1.
Page 6-40, Figure 6-4. Change the revision code in the
upper left to "A-933-22".
2.
Page 6-44, Table 6-7. Change the entry for resistors R5,
7, 15, 17, 25, 27, 35, 37, 45, 47, 55, 57, 65, 67, 75, 77,
85, 87, 95, 97, 105, 107, 115, 117, 125, 127, 135, 137, 145,
147, 155, 157, 165, and 167 to: 0757-0428, R: FXD MET FLM
1.62K OHM 1%, 28480, 0757-0428. Part no. 0698-7310 is
interchangeable with 0757-0428 and should be used if
replacement is necessary.
3.
Page 6-44, Figure 6-8. Change the revision code in the
upper left to "A914-22".
4.
Page 6-45, Figure 6-9. Change the value of the resistors
called out in Change 2 to 1.62K. Change the revision code
in the upper left to "914".
5.
Page 6-56, Figure 6-18.
Figure B-1.
Make the changes shown in
NOTE: DELETE C101 FROM LEFT OF L 101. ADD C101 ABOVE MC6
AS SHOWN ABOVE.
2039-52
Figure B-1. Display Board (02114-6009), Partial Parts Location Diagram
Showing Changes for Board Revision D-910-22
B-2
21148
HEWLETT ~ PACKARD
COMPUTER
(VOLUME TWO)
MANUAL IDENTIFICATION
SUPPLEMENT DESCRIPTION
Manual Serial No. PrefLx:
942-
Manual Printed:
October 1969
Manual Part Number:
02114·90399
The purpose of this supplement is to adapt the manual to instruments can·
taining production improvements made subsequent to the printing of the
manual and to correct manual errors. Enter the new information (or the
Change Number, if more convenient) into the appropriate places in the
manual, identified at left.
INSTRUMENT CHANGES
Serial No. Prefix
Change
Ref Des
ASSEMBLY CHANGES
Description
HP Part No.
Rev
Changes
ALL
1·3,14-18
A24
Display Board
02114·6009
E·944·22
6·9
930-
4
A302
Regulator Board
02114·6010
A·949-22
10·13
943-
5
947-
&9
949-
10·13
972-
17,18
NOTE:
Changes 1 through 9 dated 5 December 1969
Changes 10 through 16 dated 1 February 1970
Changes 17 through 18 dated 1 May 1970
US-l
fj 11000 Wolfe Road, Cupertino, California 95014, Tel. (408) 257·7000, TWX 910-338-0221
@) Europe: 1217 Meyrin-Geneva, Switzerland • Cable "HEWPACKSA" Tel. (022) 41.54.00
Printed in U.S.A.
CHANGE
1
DESCRIPTION
If Shift Rotate Group Test Hardward Diagnostic Program Tape
No. 20402D is used, make the following corrections to the diagnostic
test procedures:
a.
Page 5-10, Table 5-10. Make the following additional
entries at the bottom of the table:
Table 5-10. Shift-Rotate Instruction Test
(Basic Portion) Error Halts
LOCA TION (P)
INSTRUCTION FAILURE
6350
E did not clear after ERA
6354
ELB, SLB failed if B=00OO01, E=O
ERB, SLB failed if B=OOOOOO, E=1
i
b.
6357
E did not clear after ERB
6363
E did not set after ERA
6366
E did not set after ELA
6372
E did not set after ERB
6375
E did not set after ELB
Page 5-13, Paragraph 5-76. In line 6, change "006540"
to read "006570". In line 11, change "006546" to read "006576".
In line 17, change "006540" to read "006570 11•
c.
Page 5-13, Table 5-11. Correct the table to read as
follows:
Table 5-11. Shift-Rotate Group Test Sections
LOCATION
4500-4506
TEST
Shift Pattern Array
4507-5477
Good Comparison Pattern Array
5500-6137
Shift, Code Combination Array
6200-6374
Basic Reliability Test
6375-7104
Main Control Program
\
US-2
2114B
CHANGE
DESCRIPTION
d.
Page 5-13, Paragraph 5- 83. In the last line, change
"006345" to read ''006375 fi.
e.
Page 5-14, Paragraph 5-85. In the third line, change
"006540" to read 1'006570". In the seventh line change "006546"
to read "006576".
f.
Page 5-15/5-16, Figure 5-2. Delete Figure 5-2 from
the manual. Note that Table 5-13 is also included on page 5-15/5-16
and should be retained.
g.
Page SR-1 through SR-10. Replace the Shift Rotate Group
Diagnostic listings with the revised pages attached to the back of
this supplement.
/
2114B
US-3
DESCRIPTION
CHANGE
2
Page 6-23, table 6-2. At the intersection of REF. NO. 168
and column A9 add pin 54.
3
Sl-S9,16-32
S10-S15
W1,2
Page 6-54, table 6-12. Make the additional entries given below.
02114-6021 **
3101-0932
8159-0005
PROXIMITY SWITCH ASSY
SWITCH: SLIDE ASSY
28480
79727
02114-6021
GG350-000l
JUMPER WIRE
28480
8159-0005
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
28480
02114-80463
02114-80464
02114-80465
02114-80466
02114-80468
02114-80467
02114-80469
02114-80470
02114-80471
02114-80462
02114-80461
02114-80460
02114-80459
02114-80458
02114-80457
02114-80456
02114-80455
02114-80454
02114-80453
02114-80452
02114-80.451
02114-80450
02114-80449
02114-80448
02114-80447
**For individual switch replacement order as follows:
Sl
S2
S3
84
S5
S6
S7
S8
S9
S16
S17
S18
S19
S20
S21
S22
S23
S24
S25
S26
S27
S28
S29
S30
S31
02114-80463
02114-80464
02114-80465
02114-80466
02114-80468
02114-80467
02114-80469
02114-80470
02114-80471
02114-80462
02114-80461
02114-80460
02114-80459
02114-80458
02114-80457
02114-80456
02114-80455
02114-80454
02114-80453
02114-80452
02114-80451
02114-80450
02114-80449
02114-80448
02114-80447
4
Proximity Switch Assy - PRESET
Proximity Switch Assy - RUN
Proximity Switch Assy - HALT
Preximity Switch Assy -,LQAD
Proximity Switch Assy - LOAD MEMORY
Proximity Switch Assy - LOAD ADDRESS
Proximity Switch Assy - DISPLAY MEMORY
Proximity Switch Assy - SINGLE-CYCLE
Proximity Switch Assy - CLEAR REGISTER
Proximity Switch Assy - 15
Proximity Switch Assy - 14
Proximity Switch Assy - 13
Proximity Switch Assy - 12
Proximity Switch Assy - 11
Proximity Switch Assy - 10
Proximity Switch Assy - 9
Proximity Switch Assy - 8
Proximity Switch Assy - 7
Proximity Switch Assy - 6
Proximity Switch Assy - 5
Proximity Switch Assy - 4
Proximity Switch Assy - 3
Proximity Switch Assy - 2
Proximity Sw:itch Assy - 1
Proximity Switch Assy - 0
Backdating information for instruments with serial number
prefix 930- is given in appendix B of the manual.
5
No changes to the manual are required to make it applicable to
instruments with serial number prefix 943-.
6
Page 6-54, table 6-12. Change the entry "Cl0l, 110, 113, 115,
401-413" in the REFERENCE DESIGNATION column to "Cl0l,110,
113,115,401-414".
US-4
2114B
CHANGE
7
DESCRIPTION
Page 6-54, figure 6-18. Make the changes indicated in figure 1 of
this supplement.
8
Page 6-55, figure 6-19. Make the changes indicated in figure 2 of
this supplement.
9
Page 7-3, table 7-2. Change the entry in the TQ column for
HP Part No. 0160-2055, to "373 ".
10
Page 6-64, table 6-16. Change the part number for MC1 to
"1820-0247 ". Add an entry for "C76, 0160-2055, C:FXD CER
0.01 UF +80 -20% 100VDCW, 28480,0160-2055".
11
Page 6-65, figure 6-24. Make the changes indicated in figure 3 of
this supplement.
12
Page 6-67/6-68, figure 6-26. Make the changes indicated in
figure 4 of this supplement.
13
Page 7-3, table 7-2. Change the entry in the TQ column for part
number 0160-2055 to "374 ". Delete the entry for part number
1820-0105. For part number 1820-0247 add "INTEGRATED
CIRCUIT VOLTAGE REGULATOR, 28480, 1820-0247, 1 ".
14
Page 6-59, table 6-13. In the REFERENCE DESIGNATION column
change the entry for part no. 2110-0055 to ·"F6", and the entry for
part no. 2110-0010 to "F2, F3, F4".
15
Page 6-67/6-68, figure 6-26. Change the value of F2 to "5A".
16
Page 7-6, table 7-2. Change the entry in the TQ column for
part no. 2110-0010 to "3 fl. Change the entry in the TQ column
for part no. 2110-0055 to "1".
17
Page 6-59, tabte 6-13. Change the entry for F2, F3, and F4 to:
1fFUSE: CARTRIDGE 5 AMP 125V, 75915, 313005".
18
Page 7-6, table 7-2. Delete the entry for part no. 2110-0010 and
add the following entry for part no. 2110-0030: "FUSE:
CARTRIDGE 5 AMP 125V, 75915, 313005, 3 ".
2114B
US-5
rTh-;\1
02114-6009
~lLJ E - 944- 22
88
C414D DR1s0
(C403)
G
Figure 1.
Display Board (02114·6009), Partial Part Location Diagram
Showing Changes for Board Revision E·944·22
;'
+12V
-12V
Figure 2.
Display Board (02114·6009), Partial Schematic Diagram Showing
Changes for Board Revision E-944-22
/
US-6
2114B
A302 REGULATOR BOARD (02ff4-6010, REV 949)
--
--
UPPER
RIGHT
~R37
:>422
I
I
I
TB1
21
CENTER
RIGHT
~
-~C76
IO.01UF
-
V
Figure 3. Voltage Regulator Card (02114-6010), Partial Part Location
Diagram Showing Changes for Board Revision A-949-22.
02114-6010
A- 949 -22
Figure 4. Voltage Regulator Card (02114-6010), Partial Schematic
Diagram Showing Changes for Board Revision A-949-22.
2114B
US-7
Model 2114B
Volume Two
Listing
Shift-Rotate Instruction Test
SHIFT-ROTATE INSTRUCTION TEST
Tape No. HP 20402D
Listing No. HP 20402D-
SR-1/SR-2
REVISED 1 FEBRUARY 1970
Listing
Shift-Rotate Instruction Test
Model 2114B
Volume Two
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SR-3
REVISED 1 FEBRUARY 1970
Listing
Shift-Rotate Instruction Test
PAGE 01ihl5
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0113
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Model 2114B
Volume Two
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0bA14 001664
1!161H15 001665
0601t'1 001666
06017 001667
06ti20 aU760
B6U21 0211161
06022 001162
06023: 001163
~6324 0""64
06ti215 ",,116'
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
ocT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
1066
U67
1160
1161
11152
1163
1164
1165
lH6
1167
1260
1261
1262
1263
1264
1:Z65
1266
1261
1360
1361
1362
\363
1364
1365
1366
1367
146 III
1461
1462
1463
1464
1465
1466
1461
1560
1561
1562
1563
11564
1565
1566
1567
1660
IHI
1662
1.63
10'4
1665
1666
1'661
1760
1161
176i
1763
1764
1165
Listing
Shift-Rotate Instruction Test
Model 2114B
Volume Two
PAaE
0729
0730
0731
.732
0733
0734
013e
0136
0137
0138
0139
0140
0741
0742
~011
06026 "iH766
2I6I~21 0211767
06U30 2101:'073
06\0\31 0IHH"1
'Il6032 121210012
OCT 73
OCT 74
060'3e "IHHl15
OCT
OCT
OCT
OCT
OCT
OCT
06"3t. B0a076
06~37 01HHJ17
21611.40 01-11\1170
216041 901911
06u42 ,,01072
0621"" liHue73
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0744
1:l6l!4!5
IHH074
9012175
06.j46
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06~47
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11101171
001172
0150
0151
0752
klbO!33 0iHl1J
07&;1
0764
07615
13766
0767
0168
0769
"'70
0771
0112
0113
0774
0775
0116
0177
011B
0179
0180
0181
0182
0783
0784
PAGE
0785
0786
07B7
13788
1:'1789
0790
0791
0792
0793
0794
0795
0796
07Q7
0798
0799
0800
13801
0832
08E13
0804
0805
0606
06fd1
121808
0809
0810
0.11
0812
0B13
0814
0.1~
"6~54
116"~5
001174
001175
136"56 1"'1176
"6~57 001117
061:)60
001~70
06~61
e01276
OCT
OCT
OCT
OCT
06~72
OCT 1372
06116 0141576
"6111 001577
06120 001670
06121 1i!01611
06122 001672
06123 0011)73
06124 0011)74
06125 001~15
0612~ 001616
06127 001677
"'61391 001770
136131 001771
06132 001772
06133 00171:5
06134 001774
06135 001175
06136 001176
06131 01;1177
0614ft 0011"1140
06141 0£HHH10
06142 'HHH~0e
06143 004507
06144 0114500
i!l6145 00451(17
1216146 004506
061'7 004!500
136150 005150"
061151 0051500
061'2 01110000
•• Hle
06154 00572{'1
.61~S
0823
0824
06156
B6157
06160
06161
96162
06163
06154
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0B25
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0826
"827
0828
0629
0830
0831
0832
0833
0834
0835
0836
06157 10 i/I 000
06110 'HU777
•• 31
0638
0639
0840
08615
0866
0867
OCT
OCT
OCT
OCT
OCT
OCT
0866
0869
0870
0871
0872
1216
1277
1370
1;]71
~873
0874
0875
0876
0&17
0878
0&79
13880
0881
0882
21883
0884
088'5
0886
101887
08S8
0889
0690
ElS91
0892
0893
21894
08ge
0896
1373
1374
1375
1376
1377
1470
OCT 1411
OCT 1472
OCT 1473
OCT 1474
OCT 1475
OCT 1476
OCl 1477
OCT 1570
OCl' 1 ~71
OCT 1572
OCT 1573
OCT 1514
OCT 1575
kHHd'3E'1
•• 614_
a"1'56~
001566
001575
• 01576
001665
001666
001675
el!l1615
06200
06200 0027"0
06201 0"~000
06202 013e'010
062~3 1021301
062~4 006400
"62~5 004050
(621)6 HJ211l01
06291 ml2l21l40
06210 1132001
06211 002300
06212 000"5~
136213 102001
96214 liH"204~
06215 10201i:11
06216 092300
216217 921413521
062221 102001
06221 0022140
06222 U20~1
06223 1d02<)04
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062215 B01eD"
06226 0~5000
06227 99110"
06230 "015121"
06231 2192011
96232 taZ","!
216233 9061111
06234 U201iH
06235 102501
0623fIJ 11016501
06231 11102004
06240 006CHU
06241 901000
06242 0050"0
06243 002021
06244 102001
k1624e 006021
06246 1021111U
06241 IU2404
062150 006404
06:i!!51 0131200
06252 00020121
(16253
00~{H"
06254 1132'1101
062~-O: 0940U
062'56 102001
~6257 0141300
0626111 00~J00
06261 002011
136252 102001
06263 0.6011
06254 U2.1J01
062615 lei 2.30 1
0621)6 106901
06267 "01000
166270 005B00
1016271 002030
06272 10U01
06273 0~603e1
06214 1~21HH
1016275 30241154
D627e 0064"4
08211 ""15""
"6300 082341
06301 102001
063t!2 000040
06303 0(H5'~0
BEl
HLT 01
CCE
ClE,SLB
HLT 211
BEl
HLT .1
INA
INB
ALB
8LB
ARS
8RS
E NOT
E-I
E-O
8 NOT
E NOT
A-I
a-I
-.
-.-.
A-I
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HLT
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LIB 01
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HLT 01
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CLe, INS
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RBL
SLA
HLT 01
Sl9
tiLT 01
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RBR
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A-I
9-1
A-2
B-2
RAL FAILED
RBL FAILED
'-I
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HI T 01
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$LB ,RSS
HlT 01
L IA 01
LIB 01
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8-077777
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SEZ,RSS
HLT 01
CLE
ERB
ALS FA ILED
.
BLS FA ILED
'-I
,-
S-I
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ERA FAILED
B-0
PAGE 882e1 #01
#81
01H6
0B22
0863
0664
OCT 1270
ocT 1271
06i'!1;7 fHH277
06~70 00137121
1301'171 001371
061~~
0862
OCT 1175
OCT 1176
OCT 1111
~6l'l66
e
06151
0656
9859
086E1
0861
OCT 1112
OCT 1274
OCT 1275
~Wl
0841
0848
0849
0850
0e151
08e2
0.53
0854
I!le'ele
0856
OCT 1173
OCT 1174
001274
IilU275
06112 001372
06113 DiH513
06114 11181574
i:t611fi 001571'1
111846
1016
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1170
1171
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0811
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0S19
0520
0821
OCT
OCT
OCT
OCT
OCT 1273
06111 • 01571
0845
OCT 1015
OCT 1272
06e73 0~137J
061114 001374
06~7!5 001375
11I6r.76 00137606~77 001317
061"'0 00147ii1
06101 DiU 471
061~2 0ia1472
136Hl'3 0~ 1473
06104 001474
061;:jf5 0~ 1475
06U6 "01476
06107 001477
"611~ 001570
21844
OCT 1073
OCT 1074
001271
001272
001372
01U2
2184:3
15
76
11
10721
1071
1072
v!6fb3 001273
~6k162
0S41
1766
1767
7.
71
72
00~H113
. Hh'J3
0743
0162
OCT
OCT
PASS' OCT
OCT
OCT
06034 'hHH314
"'45
0746
0747
9746
0749
0753
0754
07155
0756
0757
0758
0759
0760
13761
PAaE 012119 #01
1#211
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
OCT
END
OCT
He
OCT
lAIR OCT
RPAT
DEF
PAT
OEF
TPAT OEF
LPAT
OEF
COl'll
OEF
COl'i2 DEF
INS,lR DEF
TE~P
OCT
PASI
OEF
P.\S2 OU
PAS3
DEF
PAS4 DEF
ILLI
OCT
lLL2
OCT
ILt.3 OCT
ILL' OCT
ILLS
OCT
ILL6 OCT
ILL7 OCT
ILLS OCT
bMUK OCT
AMSKI OCT
1671
1672
1673
161.
1675
161b
1617
1770
"QI/!B
1171
1772
1173
0909
0910
0911
0912
0913
1174
1715
1176
0914
0915
111916
0917
0918
0919
0920
0921
1777
••
0
p~lfa20
PAT!
P~"'20
PAT1
PATI
PASSI
PASS 1
0922
0923
-'924
0925
0926
0
PASS2
PASS3
PASS"
0927
0928
0929
0930
END
1565
11566
0931
1519
1576
13932
0933
166~
i'l934
1666
0935
0936
0937
0938
0939
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1676
100~f/I0
1777
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BASIC CLA,CCE
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HLT 01
CLe
CLE,SLB
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sn
HLT
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0698
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0901
0902
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0904
0905
13906
0907
1576
HI77
167a
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A-O,e-l
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0942
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0944
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111948
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06310 1020131
06311 002300
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f.l6J13
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136315
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06317
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06321
06322
06323
06324
21632!5
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113201111
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~HH700
ALF
ARS
'OS
•• S
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1lI01100
"01100
0011~21
13011013
002'(l11
102001
00~7¥HI
30~U:l0
~05100
06-'27 005100
,,6330 00510"
06331 000(111
06332 102001
06333 0024214
06334 1i'101110
063315 102""H
06336 "06404
06337 005110
06340 102Hl'1
k\6341 01:!27~HI
063"2 0oil16U
06343 01.:11510
WJ6344 102301
"6~4S 00150B
963415 B021141l1
06347 102001
00350 0ij6700
06351 ~05610
"6352 .05S10
06353 U2001
iH~354 005500
96355 002040
06356 102001
06357 1303700
"636~ IiHUS0e
06361 0B2041
0&362 1020U
06363 IH'I1600
1tl6364 0liU041
0b365 102001
1:16366 c01700
06367 v!055~0
06310 "'02f1'41
.6311 102001
06312
SEZ,RSS
HLT 01
ELA
8EI
HLT 01
CCE
ELB
"056~0
06373 i!l02"41
SLA,RSS
til T 01
E-l
ERB F"lLED
E-0,A-l
ELA FAILED
A-0, Eat
A-1,E-"
ELB FAILED
ALF FAILED
BLF
BRS
BRS
BRS
BRS
SLB,RSS
HLT 01
ClA, IN"
AR8,SLA
BLF F'iLED
HLT 01
ARS,SLA FAILED
CL8, INS
BRS,SLB
HlT 01
CLA,CCE
ELA,SLA
ERA,SLA
HLT 01
ERA
BEl
HLT 01
CL6,r.CE
ELB,SLB
ERB, SLe
~LT 01
ERB
SEZ
HlT 01
CCA, CCE
BRS,SL9 FA IlED
A-l,E-0
~-0,E-I
ELA,SLA. OR ERA.,SLA FAILED
A1S-1,E·"
E DID NOT CLEA.R A.FTER
a-a,E- •
ER~
8-1, E-a
a-e,F-!
EL8,SLB OR ERB,SL8 FA,lLED
915-.,E-0
E DID NOT CLEAR AFTER ERR
"-177777,E-l
ERA
SEt, RSS
HLT 01
ELA
SEZ,RSS
HLT 01
cca,CCE
E-I
E NOT SET AFTER ERA
E-I
E NOT SET AFTER EU
8-177177,E-l
ERB
SEZ,RSS
HLT 01
E-l
E NOT SET AFTER ERB
ELB
SEZ,RSS
E-l
SR-7
REVISED 1 FEBRUARY 1970
Model 2114B
Volume Two
Listing
Shift-Rotate mstruction Test
PAGE •• 21
21953
0954
'H1!55
0956
tage?
39158
0959
21960
0961
0962
0963
06374
1a6375
06376
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£16401
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2172144
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1:1968
1lI969
0970
0071
0972
0073
0914
1:1975
0976
0977
1:1978
111979
0981:1
0981
0982
111983
!!I984
098'
0986
0987
0988
0989
111990
0991
0992
099:5
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0998
0999
10'H'
1001
1002
1003
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1005
1006
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STA
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BTA
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JMP
LDA
AND
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JMP
CPA
JMP
CPA
JMP
CP'
JHP
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CPA
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CPA
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01
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INITIAL/ZE AND MODIFY
INSAR, ,
AMSKI
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INSAR
PICKUP LEGAL INSTRUCTION
STA SHA1 OR SHB!
UPDATE INSTR, ARRAY ADDRESS
SHIFT AND CHE.CK SUBR. JS8 T100A
PAT
lPH
NINST
INSTR. COMPLETEb SEVEN PATTERNS?
NOT _ MODIFY FOR NEXT PATTERN
NEXT TEST PATTERN
AODR. OF NEXT SOOD PATTERN
PAT
TPAT
CHECK
TPAT
CONI
PAT
INS.U
Po\Sl
NPASS
PAS2
NP.ASS
PAS3
NPASS
PAS4
MODI
START
RPAT
TPAT
START
CON2
INS'R
RPAT
ADDR. OF NEXT GOOD PATTERN
-
ALL I NSTR. COMPLETE FOR A OR 8
INIT. INSTR. ARRAY' BASE ADDRESS
PAGE 0022 _1111
1.09
1010
1011
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Ul66
1067
Ul68
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1071
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066e2 016551
£1660:3 072!543
066"4 012!5!!i4
"66015 173777
0 ••• 6 004111~9
0660" .025e4
0661e 0015.5
06611 002002
06612 102001
0.613 002340
06f.114 102001
06615 0e12404
061511, 11101566
06611 002002
06620 102!i101
06621 2102040
06622 U2001
06623 002404
06624 001575
066215 102.01
i'l6626 "02121132
•• 627 1"0.1
kl156J" 0021349
e.631 102001
0156:52 0132404
06.~3 1:101516
06634 10201H
06":56 .~2e~2
06636 102 •• 1
06637 002048
06640 1Ia20iH
.6&41 06U.7
066042 o I'! 16615
.6.43 2132002
SHB!
ERROR
NOP
NOP
LDA
CPS
JHP
JSB
JMP
NOP
STA
LDA
LDB
HLT
LDA
ADA
SU
LOA
LDB
HLT
JHP
OCT
OCT
JSB
JSB
STA
SrA
DeT
OCT
I
TPAT ,1
110218, J
ERROR
I
nees,
NOT.
ERROR RETURN
BAD
TPH, I
BAD
01
JNSlR
SUBI
UDR
UDR,I
pu,r
01
ERROR, I
177771
77777
TUHU
TI.OB
SHAl
SHBt
GOOD PATTERN-A
SAD PATTERN_8
LOOK
BAD INSTR. CODE
ORIGI-'L PATTERN
LOO~
SUBI
SOVFC
JS'
JSB
SSHAI
SS,..SI
AMASK
17~777
BHASK
004000
ASPEC CL"',CLE, INA
ERA,CLE,ERA
15&5
SU
HLT .1
ER.l,CLE,ERA FAILED
BEl
HLT SI
E NOT - 9
ClA, INA.
ERA,CLE,ELA
11566
8U
ERA,CLE,ELA FAILED
HLT "I
SEl
E NOT -8
HLT "I
CLA, INA
ERA,CLE,8LA,ERA
1575
HLT 01
SLA FA ILED
SZA
~L T 01
ERA,CLE,SU.,ERA FAILED
SEZ
HL T 01
E NOT _0
CL.A, INA
ERA, CLE,SLI"ELA
1576
H~T 01
aLA FAILED
SlA
HLT 01
ERA,CLE,SLA,ELA FAILED
SEZ
HLT el
NOT -"
LDA SMUK
10000111
16.e
ELA,CLE,E""
S20
P,SE 0024 *01
BHODI
Fa
AMCDI
FA
ILLC
SEVEN
TI'O'
SH"'1
Tues
8TA
LDA
STA
LDA
.ND
SZA
JMP
LDA
lOR
STA
ISl
LDA
CPA
JMP
JMP
LDA
STA
LDA
STA
LOA
STA
JMP
LOA
AND
STA
ISl
LDA
CPA
JHP
JMP
LD'
8TA
LDA
SfA
LDA
BTA
JMP
ISZ
LDA
CPA
JMP
ISZ
ISl
JHP
NOP
CLE
LU
NOP
NOP
CPA
JHP
JSB
JMP
NDP
CLE
LDB
TPAT
CONI
PH
INSAfl, I
8MASK
AMODI
INSAR,
BMASK
INSAR,
INSAR
INSAR
PASA
FB
BMODI
CON2
INSAR
JSB
CHECK
8SHBl
SETUP
ASPEC
INSAR,
.. MASK
INSAR,
INSAR
JNSAR
PAS.
FA
AMODI
CON2
INSAR
JSA
CHECK
SSHAI
SETUp
BSPEC
INSAR
PAT
LPAT
NINST
PAT
TPAT
SEVEN
INIT • 0000 PATT, ARRAY' BASE ADDR
INIT • PATT. ARRAY' BUE AODR.
"0 FOR BMOD I
r
I
lOR ~04900
INSTR. MODIFIED
ADD ONE TO INST~. ADDRESS
1121
1122
1123
1124
1125
1126
1127
II2S
1129
IU0
1131
1I~2
II~~
1134
NOT _
INIT •
1I~5
INSTR. ARRAY BASE ADDR.
SET UP Jse TO B SHIFT.CHECK SUBR
SETUP PROPER SHIFT INSTR.
lid
1143
J
AND
17~777
J
ADD ONE TO INSTR. ADDRESS
NOT.
RESET INSTR. ARRAY BASE ADDR.
SETUP JSA TO A SHIFT-CHECK SUBR.
SETUP PROPER SHIFT INSTR,
SEVEN Pl TTERNS COMPLETED?
NCT _
PAT, J
TPAT, I
TlABA, J
ERROR
TU0A, J
1136
1137
1138
1130
114"
1141
NOT _
E~ROR
RETURN
PAT, I
SR-8
REVISED 1 FEBRUARY 1970
1144
1145
1146
1147
1148
1149
lie.
1161
lIe2
lIe3
1164
1155
1156
1157
1158
1159
1160
1161
1162
06644
06646
"6646
06647
136650
06651
06652
06653
066!54
06655
06656
06657
0666£1'
06661
06662
it666:5
06664
iZl666e
066t1J6
06tl67
06670
.6071
136612
06.73
0'667'
06675
06616
10'.01
00204.
102001
.6'167
IH!1666
032002
102001
002£101"
102""'1
0~2167
001675
121201Z11
"e2~02
102.01
00204E!
102001
.....7
001.75
102001
£102002
1021301
00204£1
102001
10~UI
102101
102301
1020.1
•• 6n 103301
06100 1021HH
0&701 1.'201
06102 102001
86103 102~01
067e14 0021301
216105 1020.1
067.e 1O~101
06707 062680
86710 01il201l14
.6711 1.3301
•• 712 102~01
0671~
06714
156715
116~
06716
1164
e6717
1168_BE SET
II •• .6720
11.7
06721
1168 •• 722
06723
1169
06724
117.
•• 725
1171
1172 06726
06727
1173
067;:10
1174
117e .6731
1176_BE SET
10~"1
062517
092"04
102201
le2Aet
10~101
5:1621517
042167
10~3.1
102~01
103101
862600
042167
102201
1020.1
HLT 01
ELA,CLE,E"" FAILED
SEl
HLT 01
NOT _8
LD. BMASK
10000"
ELA,CLE,ELA
1666
BlA
HLT .1
ELA,CLE,ELA FAILED
SEl
E NOT _8
HLT 01
LDA SMASK
E'LA,CLE,SLA,ERA
1675
HLT 01
SLA FAILED
SZA
HLT "I
ELA,CLE,SLA ,ERA FAILED
SEZ
E NOT _0
~LT 01
LDA 8'145)(
10liJi'l01'1
ELA,CLE,SLA,ERA
1'7'
HLT 01
SLA FAILED
SU
HLT '1
ELA,CLE,SLA"ERA FAILED
BEZ
H~ T 01
E NOT -0
CLO
CLE'R OVERFLO. INDICATOR
STO
SET OVERFLD. INDICATOR
S06
SKIP ON OVERFLQW SET
HLT 01
STD 0" sos FAILED
50S e
SKIP ON OVERFLOW SET AND CLEAR
HLT 01
SOs,C FAlLED
SOC
SKIP ON OVERFLOW CLEAR
HLT 01
S08,c O~ soc HALFUIIlCTloN
SOS
SKIP ON OVERFLOW SET
RSS
SHOULD NOT SKIP
HLT 01
50S S~IP WHEN oVERFLO. CLEARED
CLO
CLEAR OVERFLOW INDICATOR
LDA SOVFC
A-e77777
INA
A-U10080-0VERFLOW SHOULD BE SET
SOS C
S~IP ON OVERFLOW SET
HLT "I
INA OlD NOT SET OVERFLOW
CLO
CLEU OVERFLOW INDICATOR
LDA SUBI
"'-177177
INA
... -il0£1IH''',E-1-0VERFL.OW CLEAR
SOC
SKIP ON OVERFLOW CLE'R
HLT "I
UNL1KE SIGNS CAUSED OVERFLOW TO
""'lAB,,
CLO
LDA
ADA
SOS
HLT
CLO
LOA
ADA
SOC
HLT
SUBI
SHASK
C
.1
SOVFC
SMASK
01
CLEAR OVERFLOW INDICATOR
"'-177777
ADD l!JeBEI"
SKIP ON OVERFLOW SET
ADA OlD NOT SET OVERFLOW
CLEAR OVERFLOW INDICATOR
A-077771
ADD 100000
SKIP' O~I OVERFLOW CLEAR
UNLIKE SIGNS C,USED OVERFLOW TO
Listing
Shift-Rotate Instruction Test
Model 2114B
Volume Two
1117
1178
1179
06732 193101
16133 eS;'4i11B
0673. 1'142577
CLO
CC"
ADA BUBI
a67;'5!5 112201
soc
1181
'6736 192001
1182
1.183
1184
1185
1186
1187
1188
86137
e6140
06741
1)6742
8674;'
B6744
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~LT U
CLO
CLA
,,0., 0
1180
1031iia
092408
8""009
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10213U
e0B~'e
92649.
11a9
967046 111065B4
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1191
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861Se
a&751
66752
0&753
0675,
06755
1192
1193
119'"
005565
Bg6~02
U20iH
B02i140
soc
HLT 91
CLE
JHP START
eSPEC CLB,CLE,INO
ERB,CLE,ERB
SIB
HLT cl
SEI
CLEAR OVERFLOW tHDIC"TOR
14-177777
ADD 177717
SKIP ON OYERFLOH CLE"R
ILLEGAL SET OF OVERFLOW
CLEAP OVERFLOW INDICATOR
A-21a"oea
ADD 'HHHIB0
SKIP ON OVERflOW CLEAR
ILLEGAL SET Of OVERfLOw
5565
ERB,CLE,ERS FAILED
E NOT DO
CLB,INB
ERB,ClE,SLB,ERB
657~
HLT 01
SLB FAILED
SIB
HLT 01
ERB,CLE,SLB,ERB FULED
SEZ
1210
1211
1212
10iiH191
006494
"0S!566
116756 806002
06137 102taBl
B6tEl" a02"4,,
06181 102~01
06162 8064i14
a676;S e9~575
B6164 U1tW01
06765 096.1102
£'16766 1'62Bet
86167 062.;:,40
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06771 iJ06404
.6772 00~'76
06773 102001
136774 iJS6eS2
.677~ 102 •• 1
1213
36776 Baaa."
BEl
1214
1215
1216
1217
1218
1219
1220
1221
1222
1223
"6777
07000
07091
1117""2
07003
07004
07H05
&7306
a7ije7
HLT 01
LOB SHASK
ELB,CLE,ERB
1224
.1011 102001
1195
1196
1191
1198
1199
1299
1201
1292
1203
1204
1295
1206
1267
128&
12.~
1226
1226
102001
066167
8015665
OB6002
1Ii!2B"!
602,,40
1&2061
066167
O'U1566
07018 006902
07\H2 002",."
1227
97c13 U2eiJl
1117014 966167
1228
1229
1239
1231
1232
157915
S70le
1II1i117
0702111
91021
Bi'~675
102001
0"611102
Ul2;aPl
1i102040
Ht. T 01
E HOT _"
CLe,INB
ERa ,CLE,ELB
SIB
5566
t'tLT 81
SEI
HLT 01
ERB,CLE,ELB fAILED
HLT 'H
E NOT _e
CLB, INa
ERB,CLE,SlB,ELB
5576
HLT 01
OLB FAILED
SZB
HLT 01
ERB,CLE,SLB,ElB FAlLED
E HOT
_e
unHHU,
5665
SIB
HLT 91
BEZ
HLT 91
LOB S"'ASK
ELB,CLE"ELB
ELB,CLE,ERB FAILED
E NOT _e
llH'IBOe
'5666
SIB
HLT C!1
ELB,CLE,ELB FAILED
SEI
HLT 01
E NOT -B
LOB SHASK
10000B
ELB,CLE,SL8,Eq:e
~675
HLT 01
SLB FAILED
SZB
HLT
SEl
Pt
ELB,CLE"SLB,ERB FAlLED
PAOE "026 #a1
12~3
01~22
1234
07023 066161
123~
07024 .0~67~
B71.125 102001
1236
1237
1238
1239
12.9
1241
1242
1243
07026
"7027
01,,30
07031
07032
07033
01034
102.01
036002
102001
002040
102001
103101
102UH
U23iH
124~
.7035 1020.1
12 .. 5
07036 193301
1246
01037 182.01
1247
1248
1249
8701l" 1I!I2281
87041 102001
81111112 102301
12~.
1251
1252
1253
.7043
.1044
.7045
07.46
12~5
.7.50 103301
1266
07951 102001
e7052 133101
12e.
•• 2001
102001
103101
066 •••
"7£141 B86""4
1257
1258
1259
12611
e7k!'.
1261
97056 102901
87053 e66!577
B0606.
21711155 1'12201
1262-SE SET
1263 .7.'7 lUIOI
1264 .7060 066577
12615 il7e61 "'6167
1266
61962 UJ3301
1267
.7963 102001
1268 e1064 "',5101
1269 971J6~ 066690
1271! 87066 0.blb7
1271
87067 H12201
1272 .,,7070 192.t101
1273-8E SET
1274
87071 10,H01
1275
1276
B1l412
01073
iJ7e7"
971375
07076
B7e77
0fa14"9
B46577
a7IBl
07U2
07123
"'113.
1022iH
U20Bl
BSi"J."
1217
1278
1279
1280
1281
1282
1283
128.
1285
1286
.-
102201
102")01
103101
BB6408
07108 64.!;301
"264~4
NO ERRORS_
~LT 01
E NOT
LDB SHASK
10000"
ELB,CLE,BLB,ERB
5676
HLT 01
SLB FAILED
SIB
HLT 01
ELB,CLE,SLB,ERB FAlLED
SEI
HLT 01
E NOT -0
CLD
CLEAR OYERFLON INDICATOR
STD
SET OVERFLOW INDICATOR
SOB
SKIP ON OVERFLOW SET
HLT £11
STO OR 50S FAilED
sos C
SKIP ON DVE'IFLOjll SET AfiD CLEAR
HLT 01
Sos,e FAILED
soc
SK IP ON OVERFLOW CLEAR
HLT 81
sos,c OR soc HALFU~CTION
SDS
SKIP ON OVERFLOW SET
RSS
SHOULD NOT SK I P
HLT 01
SOS SK IP WHEN OVERFLOW CLEARED
CLO
CLEAR OVERFLOW INDICATOR
LUB savrc
a-077717
INS
s-UeIllSS-OVERFLOW StlQULD BE SET
808 C
SKIP ON OVERFLOW SET
HLT 01
INB DID NOT SET OVERFLOW
CLO
CLEAR OVE~FLOH INDIC"TOR
LDB SUBI
S-177777
INB
S-"0gi3"",E-t-OVERFLOW CLEAR
soc
8K IP ON OVERFLOw CLEAR
HLT 51=1
UNLIKE StGNS CAUSED OVERFLOW TO
CLO
LDB SUBt
ADB SHASK
sos C
HLT 01
CLO
LOB SOYFC
.lOB SHASK
BOC
HLT 81
CLO
CCB
_08
80C
HLT
CLO
CLB
ADB
SOC
HLT
CLE
JHP
END
CLEAR OYERFLOM INDICATOR
S-177777
AOD-!0IHHIO
SKIP ON OVER:FLOW SET
ADB nI D NOT SET OVERFt..OW
CLEAR OVERFLOW [NDIC,lrOR
a-,,77777
ADD 10B"IU1
SKIP ON OVERFLOW CLEAR
UNLIKE staNs CAUSED OYE~FLON TO
CLEAR OVERFLOW INDICATOR
SUB 1
a-177777
ADD 117777
SKIP ON OVERFLOM CLEAR
01
01
ILLEaAL SET OF OVERFLOW
CLE_R OVERFLOW' INOIC4TDR
S-"SOiS"
ADD 801110:rr'"
SKIP ON OYERFt..QliI CLEAR
lLLEaAL SET OF OYERFLOW
START
SR-9/SR-IO
REVISED 1 FEBRUARY 1970
Source Exif Data:
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