IBM System/7 Functional Characteristics - All about the IBM 1130 ...

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analog signal resolution (continued)5014 Model Cl 11-25014 Model D1 12-2analog-to-digital converter (ADC)analog input control model B, multifunctionmodule 13-5analog input control model C, multifunctionmodule 13-9converting voltage from/to binary data E-1resolution for each analog input range E-15014 Model B1 10-25014 Model Cl 11-25014 Model D1 12-2AND instruction A-4, 4-20AND register instruction A-5, 4-22AND to mask instruction A-5, 3-5, 4-49AO (see analog output)APK (alter protect key) instruction A-3, 4-53AR (add register) instruction A-2, 4-17area station, multifunction and digital I/O modulesaddress byte 13-29, 14-16all-stations-address 13-29, 14-16any-station-address 13-29, 14-16commandsbegin diagnostic 13-35, 14-22bypass 13-34, 14-21end diagnostic 13-35, 14-22read 13-32, 14-19read data 13-32, 14-19read end 13-32, 14-19read null 13-32, 14-19restore 13-34, 14-21send sync 13-34, 14-21write 13-33, 14-20write data 13-33, 14-20write end 13-33, 14-20write null 13-33, 14-20data entry unit transaction code byte 13-37, 14-24distance between area stations 13-26, 14-13local I/O guidancecharacter 13-36, 13-37, 14-23, 14-24local I/O transaction code byte 13-36, 14-23range of addresses 13-29, 14-16responses 13-30, 14-17begin diagnostic acknowledge 13-35, 14-22bypass acknowledge 13-35, 14-22end diagnostic acknowledge 13-35, 14-22read command acknowledge 13-32, 14-19read data acknowledge 13-32, 14-19read data request 13-32, 14-19read end acknowledge 13-33, 14-20read end request 13-32, 14-19read null acknowledge 13-33, 14-20read request 13-32, 14-19restore acknowledge 13-35, 14-22write command acknowledge 13-34, 14-21write data acknowledge 13-33, 14-20write data request 13-33, 14-20write end acknowledge 13-33, 14-20write end request 13-33, 14-20write null acknowledge 13-34, 14-21status on power-up 13-30, 14-17arithmetic and logic unit (ALU) 2-2arithmetic and logical operations, accumulator 2-10arithmetic instructions 4-14add 4-14add immediate 4-15add register 4-17complement register 4-19execution time 4-3subtract 4-15subtract register 4-18AS (see area station)AS (add to storage and skip) instruction A-3, 4-39ASK (alter storage key) instruction A-4, 4-52assembling binary data into hexadecimal word 7-13Asynchronous Communications Control Attachment (see ACCA)attention interruptions to 1130 System 16-3attention status bit 4-60auto restart function, IPL 9-5AUTO RSTRT (automatic restart) switch 5-9automatic answer feature, restrictions 7-3automatic gain selection5012 Multifunction Module Model Alanalog input control Model B 13-6analog input control Model C 13-115014 Analog Input Module Model B1 10-35014 Analog Input Module Model Cl 11-3automatic range selection(see also convert analog input command)5012 Multifunction Module Model Alanalog input control model B 13-4analog input control model C 13-95014 Analog Input Module Model B1 10-25014 Analog Input Module Model Cl 11-2automatic restartconsole switch 1-7IPL 1-7power failure 1-7B (branch) instruction A-6, 4-29backup instruction address register (IARB) 2-9BAL (branch and link) instruction A-6, 4-30BALL (branch and link long) instruction A-7, 4-32basic interruption control, 1130 16-3BC (branch conditional) instruction A-8, 4-34BCA (bit count appendage) 15-6begin diagnostic acknowledge response, 2790system 13-35, 14-22begin diagnostic command, 2790 system 13-35, 14-22bell, program-controlled 9-2binary arithmetic 2-7binary counter, interval timers 6-2binary data, converting voltage from/to E-1binary data, IPL mode (ACCA) 7-14binary data mode, ACCAdescription 7-13how to enter 7-13how to exit from 7-13initial program load (IPL) 7-14programming restrictions 7-13received data 7-8special sequence of characters 7-13text data in message 7-13Binary Synchronous Communications Adapter (BSCA) 8-1command summary B-1control characters and sequences 8-3device control block (DCB) 8-5functional description 8-2I/O commands 8-5IBM Modems 8-2initial program load (IPL) 8-12interrupt status word (ISW) 8-10introduction 1-3operating modes 8-4options 8-2bit values 2-7branch and link instruction A-6, 4-30branch and link long instruction A-7, 4-32branch and skip instructions 4-29add to storage and skip 4-39branch 4-29branch and link 4-30branch and link long 4-32branch conditional 4-34execution time 4-3X-2 GA34-0003
anch and skip instructions (continued)skip conditional 4-38branch and unmask long (BUL) instruction A-7, 4-36branch conditional instruction A-8, 4-34branch instruction A-6, 4-29BSCA (see Binary Synchronous Communications Adapter)BSCA options 8-2BUL (branch and unmask long) instruction A-7, 4-36bypass acknowledge response, 2790 system 13-35, 14-22bypass command, 2790 system 13-34, 14-21bypass mode, 2790 Control 13-43, 14-30byte, parity 2-6carry (CRY) light 5-5carry indicator 2-12condition code 4-56PIIB instruction 4-45summary status bit 2-12CC (cyclic check) 15-6channel 1-2, 1-3, 1-4channel status word, direct control channel 4-61character chart 17-20.1character codes, conversion chart D-1character line width, printer 9-2character rate, ACCA 7-2character rate, 2790 Control 13-25, 14-12character transfer, 5024I/O commands 17-9IPL 17-9character transfer, 5028 Operator StationI/O commands 9-6IPL 9-5characters preceding binary data 7-13CHECK CONTROL switch 5-8check sum (2502) 17-10.1check sum (printer) 17-20circuit compatibility, 2790 Controlanalog output with analog input 13-23digital input with digital output 13-15, 14-4digital output with digital input 13-21, 14-10ISW command 12-4class interruptions 3-6, 3-8codes, summary chart D-1commandcommon to all functions in module 13-3, 14-2digit, 2790 Control byte 13-30, 14-17execution timeexceptions 10-2, 11-2, 12-2, 13-5, 13-10reject 4-60command sequences 13-39, 14-26command word, printer 17-19disable attention interrupt 17-20input forms parameter 17-20carriage position 17-21character set length 17-21diagnostic status word 17-21forms length 17-21forms overflow 17-21output belt image 17-20blank representation 17-20check sum 17-20words 01 thru 96 17-20output forms parameters 17-19output print 17-19command word, 2502 17-10.2disable attention interrupt 17-10.2enable attention interrupt 17-11output EBCDIC translate table 17-10.2input diagnostic 17-10.2output diagnostic/initialize controller 17-11read and translate card code mode 17-10.2read binary mode 17-10.2commands, area station (see area station)communication between System/7 and areastations 13-27, 14-14communication line adapters 7-3comparing group and reference registers, digitalinput 13-15, 14-4complement register instruction A-9, 4-19condition code, host attachment switch 7-7condition code, processor instructionbranch conditional instruction A-8, 4-34carry indicator 4-56execute I/O instruction A-10, 4-55overflow indicator 4-56prepare I/O command 4-57set interrupt to System/7 function 4-58set interrupt to 1130 function 4-59skip conditional instruction 4-38summary descriptions 4-56condition code, set interrupt to 1130 System 16-3condition fieldbranch conditional instruction A-8, 4-34skip conditional instruction A-21, 4-38configurationsdirectly attached 1-2satellite 1-2standalone 1-2connection to 1130 SAC 16-2console, printer (see power switches and indicators,printerconsole, 2502 (see operators panel)CONSOLE CONTROLS switch 5-10console display area 5-3console function switches and indicators 5-8control byte, 2790 system 13-29, 14-16control channel status word 4-61control characters in message text 7-4control check (CTL CHK) light 5-4control commands, 2790 system 13-34, 14-21control information format, 5012 Multifunction Moduleanalog input control model B 13-5analog input control model C 13-10digital input interrupt control 13-19, 14-8control information word, disk 15-11control information word, 5014 Model B1 10-3control information word, 5014 Model Cl 11-3control information word, 5014 Model DI 12-3control IOCC, 1130 16-5control responses, 2790 system 13-35, 14-22controller initialization 17-8conversion tablesanalog input binary data to voltage E-1analog output flowchart E-5voltage to analog output binary data E-4convert ADC command, read and 11-6, 13-13convert analog input command5012 Multifunction Module Model Alanalog input control model B 13-5analog input control model C 13-105014 Analog Input Module Model B1 10-35014 Analog Input Module Model Cl 11-35014 Analog Input Module Model D1 12-3convert analog input with external synchronization commandanalog input control model B (5012) 13-6analog input control model C (5012) 13-115014 Analog Input Module Model B1 10-45014 Analog Input Module Model Cl 11-45014 Analog Input Module Model D1 124CR (complement register) instruction A-9, 4-19critical timing conditions, 2790 devices 13-37, 14-24CRY (carry) light 5-5CS (cycle Steal) feature 1-3, 1-4, 1-5, 15-2CTL CHK (control check) light 5-4cycle indicator lights 5-4cycle steal (CS) feature 1-3, 14, 1-5, 15-2Index X-3
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GA34-0003-7File No. S7-00IBM System
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ContentsPrefaceChapter 1. Introduct
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Flagging 15-26Track Initialization
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PrefaceThis reference manual is a s
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IntroductionCHAPTER CONTENTSSystem/
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Figure 1-1. IBM 5028 Operator Stati
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• One or two analog output points
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Power Failure and Thermal WarningPo
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IBM 5010 Processor ModuleCHAPTER CO
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StorageProcessorAACycleSteal/ Featu
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The processor does not recognize in
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DATA FORMATSInput/output data can b
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The absolute form can be obtained i
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Accumulators (ACC 0 to ACC 3)Page o
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Overflow IndicatorThe overflow indi
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System/7 InterruptionsCHAPTER CONTE
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Level 1interruptionprocessing'.ros
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Interruption Mask Register and Summ
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Page of GA34-0003-6,-7As Updated Au
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The accumulator associated with the
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Page of GA34-0003-6, -7As Updated A
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The summary mask isturned on; sampl
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Processor InstructionsCHAPTER CONTE
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InstructionMnemonic'OperationcodeLo
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' rrrI !Mil,. '11111E1 luluINSTRUCT
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"" ',Pli iI 1114111111111111 111111
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Load Immediate (PLI)0 5 8 15Op code
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Store Accumulator (PST)0 5 8 15Op c
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vow wow. •1•01111111111111111
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NMI INNI 1111=111111 IM11111■1111
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11111 !III VIII I 1101 1,411111111,
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I i 1111111'1Np■I0111m PIP ,ili11
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Example:Word in accumulator 0110 11
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Exclusive ORing occurs only between
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Shift Left Circular (PSLC)0 5 8 11
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Shift Right Arithmetic (PSRA)0 5 8
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Example:PB instruction(R = 110 spec
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Branch and Link Long (PBALL)0 5 8 1
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Branch Conditional (PBC►0 5 8 9 1
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Branch and Unmask Long (BUL) (5010
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Skip Conditional (PSKC)0 5 8 9 15Op
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Example:0 5 8 15PAS instruction(loc
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Load from Register (PLR)0 5 8 15Op
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Load Processor Status (PLPS)0 5 8 1
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Write IAR Backup (WIB) (5010 Proces
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Store Indicators (STI) (5010 Proces
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Executing the OR-to-mask instructio
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the process position. If the system
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Read Protect Key (RPK)0 5 8 11 16 2
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Module address field:Module address
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11111E111111111 M11111111•11111 1
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1111111111111111111111■11•11111
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Sixteen bits of additional module i
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1 REG 1---LEVEL0 10 0 2 1 20 0 0 03
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CTL CHK (Control Check) LightThis l
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1111■111111,11,11N I IIIADDRESS L
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CHECK CONTROL SwitchThis three-posi
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START KeyPressing the start key cau
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The processor module contains two 1
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6-4 GA34-0003II I 1 1 III 111 1111
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.11.1111111.111 MP I 111.10114P III
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1111 Minn. 11111111R !VW IMF" !PFLI
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The ACCA must be selected in order
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111.1111 111111 N uData and control
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I II III• 1111111111111111 1•11
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Significant Bits Meaning7* Data set
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I■ 0=11 1111111 MEM11 1111111111
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". — •• 11•111•MI !IF lim
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V IIF 1,1 NM IICONTROL CHARACTERS A
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Character SynchronizationCharacter
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Bit 1-Reserved.Bit 2-Transmit Opera
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1,114plilloi 1110 1111 1111.11 VI P
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1 1 - 1111=111111111 111M 1111 111
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The 5028 Operator Station (Figure 9
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Thickness Paper - .004 + .0003" (0,
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Character bit position 84 Tape move
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If the operator station motor is no
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Feed Tape and Print0 5 8 11 16 20 2
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Read 1SW0 5 8 11 16 20 26 31Op code
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The 5014 Analog Input Module Model
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Convert Analog Input with External
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Read ISW0 5 8 11 16 20 26 31Op code
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10-8 GA34-0003
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11111811111111.1.1.14.111.1111I II
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" 11, 141MINMIIIIF I WPM P IP !! 11
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Read and Convert ADC0 5 8 11 16 20
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Device Status Word (DSW): The 16 bi
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1411111111,1111111111n 111The 5014
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Convert Analog Input with External
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12-6 GA34-0003
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The 5012 Multifunction Module Model
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MODULE DEVICE ADDRESSESANALOG INPUT
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The range bits (RRR) in the control
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H1111111111111 1111.111111HIVRead A
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I/0 CommandsThe prepare I/O and hal
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Data stored in the register can hav
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If a particular amplifier gain was
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' 14 111•141111111111111011114111
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Read Digital Input Reference Regist
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Digital Input Groups Without Proces
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CIA ^iN1i Ma IIl AMINNNP u 11.!..11
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Write Analog Output Holding Registe
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1111111■11111111101=11111.1111111
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=111111111111111111 1 11 1 11111111
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DataThe data byte contains either d
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Read CommandsAll read commands are
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Write Null Acknowledge: This code (
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Area Station Local I/O Guidance Cha
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2791/2793 Adapter Critical timingIn
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BeginDSC* 05Write(AS enters data mo
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oww1111111111111111111111111,1,, V
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Bit 15 in the R register can be set
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The 5013 Digital I/O Module Model A
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The prepare I/O command is used as
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Read Digital Input RegisterO 5 8 11
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Set Digital Input Interrupt Control
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DIGITAL OUTPUT CONTROLThe Digital O
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The 2792 Remote Communications Cont
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Data TransmissionInformation is tra
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The functions of the five bytes in
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Code nameHexBit patternResponse Com
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Read End Acknowledge: This code (he
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Begin Diagnostic: This code (hexade
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Command SequencesThe 2790 Control m
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An area station requiring service l
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Set Diagnostic Mode0 5 8 11 16 20 2
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14-32 GA34-0003
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FUNCTIONAL DESCRIPTIONThe IBM 5022
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FILE ORGANIZATIONEach surface of ea
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Sector Identifier FormatEach identi
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If fewer than 128 words are to be t
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When the IPL operation starts, the
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Recalibrate Operation: A recalibrat
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1111 11 I 111111111111WRead Initial
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If an error is detected during a da
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None of the data read is transferre
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Error and Status ConditionsErrors d
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Significant Bits Meaning5* No recor
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Significant Bits Meaning3 Seek chec
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FLAGGINGThe condition of a track su
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Track Initialization ProceduresThe
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Bit 5—No Record FoundIt should be
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15-32 GA34-0003
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I III 1111111111111111111111111111
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Interruptions to System/7The progra
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Initiate Read0 16 21 24 31111111Add
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Device Status Word (DSW): The 16-bi
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16-10 GA34-0003
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The IBM 5024 I/O Attachment Enclosu
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III 1111•1111111111•1111111 III
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11111 1 11•1111111111111111111111
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Reset 5024The reset 5024 resets the
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2502 Card Reader Translate TableA 2
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I/O Transfer BlockThe address of th
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Status Word 1.0 152502 status buffe
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Status Word 2.0 15Status word 1% St
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1 1 111111111111111111111111111•1
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IMP P 1111,1111.11,11311111 I MP 11
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11 11 1111111111 1 1111111111111111
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algaaaagIrlug",',/"'", BeltPosition
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• Disable Attention Interrupt 110
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Status Word 1.0 15aStatus word 1•
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Status Word 2.15Status word 1N+1Res
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Interrupt PresentationThe printer a
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17-30 GA34-0003
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Add immediateMnemonicExecutiontime
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Alter storage key (provided only wi
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BranchMnemonicExecutiont i me (ns)O
Page 348 and 349: Branch conditionalMnemonicExecution
Page 350 and 351: Exclusive OR registertMnemonicExecu
Page 352 and 353: Level exitMnemonicExecutiontime (ns
Page 354 and 355: Load immediateMnemonicExecutiontime
Page 356 and 357: OR registerMnemonicExecutiontime (n
Page 358 and 359: Read protect key (provided only wit
Page 360 and 361: 1111■11111■111111111 1 11111111
Page 362 and 363: StopMnemonicExecutiontime Ins)Op co
Page 364 and 365: SubtractMnemonicExecutiontime (ns)O
Page 366 and 367: A-26 GA34-0003
Page 368 and 369: PIO instruction Function ModifierDe
Page 370 and 371: 1111111■111111PIO instruction Fun
Page 372 and 373: Valid responses to 2790 read comman
Page 374 and 375: Interrupt status wordsDevice0 1 2 3
Page 376 and 377: Device status word (2502, 5024 with
Page 378 and 379: 11.1 11111 11110•11111111111.1111
Page 380 and 381: 5028ConsoleShift/ 5028BSCAACCAContr
Page 382 and 383: 5028ConsoleShift/ 5028BSCAACCAContr
Page 384 and 385: triNtitTIBitRanges and bit values (
Page 386 and 387: .••■• III II III 11111.•
Page 388 and 389: E-6 GA34-0003
Page 390 and 391: Verifydata beforewrite analogoutput
Page 392 and 393: Prepare I/OSet referenceregisterYes
Page 394 and 395: F-6 GA34-0003IIII•1111■•■
Page 396 and 397: G-2 GA34-0003
Page 400 and 401: cycle steal feature data flow 2-3cy
Page 402 and 403: forced interruption control, digita
Page 404 and 405: initial program load (IPL) to Syste
Page 406 and 407: 111111•1111111111■ IllO (OR) in
Page 408 and 409: ead, 5022 Disk Storage Module (cont
Page 410 and 411: 11111111111111111■1 1111111 11111
Page 412: X-16 GA34-0003
Page 416 and 417: GA34-0003-7Your comments, please ..
Page 419 and 420: I 111111111111111.1 I MEM II 1 1111
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