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

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Write Analog Output Holding Register0 5 8 11 16 20 26 31Op code R Fun Zeros Mod DA MA0 0 0 0 1 XXX 0 0 1 0 0 0 0 0 0 0 0 1 1 0 1 0 0 OXX XXXX1 11 II 11 II i 1 III 1 111 II 111••■■■•••.,,■ •■■•••■■e•ww,0 8-F 2 0 1 A 0-3 XThis command stores the output data from the index register (R), or the accumulator ifR=000, into the holding register.The holding register is a buffer that allows the data to be verified by the program priorto transferring it to one of two analog output registers (and to the correspondingterminals).Set Analog Output Register0 5 8 11 16 20 26 31Op code R Fun Zeros Mod DA MA0 0 0 0 1 • ** 0 0 1 0 0 0 0 0 0 0 1 0 1 0 1 X 0 0 XX XXXX1111 ii 11 1111 III II 111 I 1111s••■■■•,.■/ •■•■•••,••■•• •■■••■•••■•• •••■•••■/•■• ••■•••Newa..0 •■••■•,,■••O 8 2 0 2 A or B 0-3 XThis command transfers the output data in the holding register to the analog output registeridentified by the device address field. The contents of the 10-bit analog output register arethen converted to the corresponding voltage signal, which is reflected at the addressedanalog output point terminals. The R field is ignored.Read Analog Output Register0 5 8 11 16 20 26 31Op code R Fun Zeros Mod DA MA0 0 0 0 1 XXXO 1 0 0 0 0 0 0 10 0 0 0 1 0 1 X 0 0 XX XXX X1 11 i i 11 III 1 III 1 1 1 1 I 11 I 1 1S.■••••■•■,...1m, S■•••••■,,MIIN,O•■••••■•••••••••, •■■••%,■•■•• ••■•■,„•wn.., ••••••••■/...."8-F 4 0 0 A or B 0-3 XThis command stores the output data from an analog output register (identified by thedevice address field) into the index register (R), or the accumulator if R=000. Bits 11 to15 of the R register are set to 0's.Read Analog Output Holding Register5 8 11 16 20 26 31Op code R Fun Zeros Mod DA MA0 0 0 0 1 XX X 0 1 0 0 0 0 0 0 0 0 0 1 1 0 1 0 0 OXXXXXX1111 ii II [Ill III 11111 1111 I•••■••••■,■■ •••■■••••••••O 8-F 4 0 1 A 0-3 XThis command stores the output data from the holding register into the index register (R),or the accumulator if R=000. Bits 11 to 15 of the R register are set to 0's.Hill 11 um mow
2790 CONTROLThe 2790 Control feature of the multifunction module attaches a single loop of the IBM2790 Data Communication System to the System/7 as shown in Figure 13-1. This featureprovides the user with a flexible plant communication and data collection system.The 2792 Remote Communications Controller attaches a remote loop to the 2790single loop as shown in Figure 13-1. This capability extends the System/7's locallycontrolled 2790 Data Communications System to remote locations via a full duplex (withfour-wire termination) leased common-carrier line. The transmission rate is 2400 bits persecond.The 2790 system provides for rapid transfer of digital information from data entry unitsat various plant locations to area stations at key locations and on to a system controller.The System/7 is the system controller for a 2790 system attached to the 2790 Control inthe 5012 Multifunction Module. Data enters the 2790 system from a card reader, badgereader, pulse counter, or key entry unit. Output data to the 2790 system is sent to 2791indicator lights, to the 2798 display and guidance panel, or to a printer attached to eithera 2791 or 2793 Area Station.The 2790 Data Communication System is connected by a two-wire, high-speed loopcapable of operating at about 500,000 bits per second (about 900 characters per second)partitioned over the active terminals on the loop. This loop is a serial connection that startsand ends at the 2790 Control feature in the System/7.5010 Processor Module5012MultifunctionModule2790 Control2791/93 2791/93 2792-1 Remote 2791/93Area Station Area Station Communications Area StationController2792-2 RemoteCommunicationsController2795/96/97Data EntryUnit1053 Printer2791/93Area Station2791/93Area Station1035Badge Reader2798 GuidanceDisplay Unit1053 Printer2798 GuidanceDisplay Unit1053 Printer2795/96/97Data EntryUnit1035Badge ReaderFigure 13-1. 2790 Data Communication System attached to System/7IBM 5012 Multifunction Module Model Al 13-25111- '="=Fonwi
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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
Page 162 and 163: If the operator station motor is no
Page 164 and 165: Feed Tape and Print0 5 8 11 16 20 2
Page 166 and 167: Read 1SW0 5 8 11 16 20 26 31Op code
Page 168 and 169: The 5014 Analog Input Module Model
Page 170 and 171: Convert Analog Input with External
Page 172 and 173: Read ISW0 5 8 11 16 20 26 31Op code
Page 174 and 175: 10-8 GA34-0003
Page 176 and 177: 11111811111111.1.1.14.111.1111I II
Page 178 and 179: " 11, 141MINMIIIIF I WPM P IP !! 11
Page 180 and 181: Read and Convert ADC0 5 8 11 16 20
Page 182 and 183: Device Status Word (DSW): The 16 bi
Page 184 and 185: 1411111111,1111111111n 111The 5014
Page 186 and 187: Convert Analog Input with External
Page 188 and 189: 12-6 GA34-0003
Page 190 and 191: The 5012 Multifunction Module Model
Page 192 and 193: MODULE DEVICE ADDRESSESANALOG INPUT
Page 194 and 195: The range bits (RRR) in the control
Page 196 and 197: H1111111111111 1111.111111HIVRead A
Page 198 and 199: I/0 CommandsThe prepare I/O and hal
Page 200 and 201: Data stored in the register can hav
Page 202 and 203: If a particular amplifier gain was
Page 204 and 205: ' 14 111•141111111111111011114111
Page 206 and 207: Read Digital Input Reference Regist
Page 208 and 209: Digital Input Groups Without Proces
Page 210 and 211: CIA ^iN1i Ma IIl AMINNNP u 11.!..11
Page 214 and 215: 1111111■11111111101=11111.1111111
Page 216 and 217: =111111111111111111 1 11 1 11111111
Page 218 and 219: DataThe data byte contains either d
Page 220 and 221: Read CommandsAll read commands are
Page 222 and 223: Write Null Acknowledge: This code (
Page 224 and 225: Area Station Local I/O Guidance Cha
Page 226 and 227: 2791/2793 Adapter Critical timingIn
Page 228 and 229: BeginDSC* 05Write(AS enters data mo
Page 230 and 231: oww1111111111111111111111111,1,, V
Page 232 and 233: Bit 15 in the R register can be set
Page 234 and 235: The 5013 Digital I/O Module Model A
Page 236 and 237: The prepare I/O command is used as
Page 238 and 239: Read Digital Input RegisterO 5 8 11
Page 240 and 241: Set Digital Input Interrupt Control
Page 242 and 243: DIGITAL OUTPUT CONTROLThe Digital O
Page 244 and 245: The 2792 Remote Communications Cont
Page 246 and 247: Data TransmissionInformation is tra
Page 248 and 249: The functions of the five bytes in
Page 250 and 251: Code nameHexBit patternResponse Com
Page 252 and 253: Read End Acknowledge: This code (he
Page 254 and 255: Begin Diagnostic: This code (hexade
Page 256 and 257: Page of GA34-0003-6, -7As Updated A
Page 258 and 259: Command SequencesThe 2790 Control m
Page 260 and 261: 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
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Branch conditionalMnemonicExecution
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Exclusive OR registertMnemonicExecu
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Level exitMnemonicExecutiontime (ns
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Load immediateMnemonicExecutiontime
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OR registerMnemonicExecutiontime (n
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Read protect key (provided only wit
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1111■11111■111111111 1 11111111
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StopMnemonicExecutiontime Ins)Op co
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SubtractMnemonicExecutiontime (ns)O
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A-26 GA34-0003
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PIO instruction Function ModifierDe
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1111111■111111PIO instruction Fun
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Valid responses to 2790 read comman
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Interrupt status wordsDevice0 1 2 3
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Device status word (2502, 5024 with
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11.1 11111 11110•11111111111.1111
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5028ConsoleShift/ 5028BSCAACCAContr
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5028ConsoleShift/ 5028BSCAACCAContr
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triNtitTIBitRanges and bit values (
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.••■• III II III 11111.•
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E-6 GA34-0003
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Verifydata beforewrite analogoutput
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Prepare I/OSet referenceregisterYes
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F-6 GA34-0003IIII•1111■•■
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G-2 GA34-0003
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analog signal resolution (continued
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cycle steal feature data flow 2-3cy
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forced interruption control, digita
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initial program load (IPL) to Syste
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111111•1111111111■ IllO (OR) in
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ead, 5022 Disk Storage Module (cont
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11111111111111111■1 1111111 11111
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X-16 GA34-0003
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GA34-0003-7Your comments, please ..
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I 111111111111111.1 I MEM II 1 1111
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