National Instruments GPIB-1014 Series User Manual Download Page 42

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Chapter 3

Configuration and Installation

© National Instruments Corporation

3-9

GPIB-1014 User Manual

Table 3-4. GPIB-1014 Pin Assignment on VMEbus Connector P2

Signal

Pin No.

Used

Not Used

Notes

Pin No.

Used

Not Used

Notes

CA15

1,4

A17

User I/O

CA13

1,4

A18

User I/O

CA11

1,4

A19

User I/O

CA9

1,4

A20

User I/O

A21

DIO5*

2,4

User I/O

A22

DIO6*

2,4

User I/O

A23

DIO7*

2,4

User I/O

A24

DIO8*

2,4

User I/O

A25

REN*

2,4

A10

User I/O

A26

GND

2,4

A11

User I/O

A27

GND

2,4

A12

User I/O

A28

GND

2,4

A13

User I/O

A29

GND

2,4

A14

User I/O

A30

GND

2,4

A15

User I/O

A31

GND

2,4

A16

User I/O

A32

GND

2,4

+5V

B17

D19

GND

B18

D20

B19

D21

A24

B20

D22

A25

B21

D23

A26

B22

GND

A27

B23

D24

A28

B24

D25

A29

B25

D26

B10

A30

B26

D27

B11

A31

B27

D28

B12

GND

B28

D29

B13

+5V

B29

D30

B14

D16

B30

D31

B15

D17

B31

GND

B16

D18

B32

+5V

CA14

1,4

C17

User I/O

CA12

1,4

C18

User I/O

CA10

1,4

C19

User I/O

C20

User I/O

C21

DIO1*

2,4

User I/O

C22

DIO2*

2,4

User I/O

C23

DIO3*

2,4

User I/O

C24

DIO4*

2,4

User I/O

C25

EOI*

2,4

C10

User I/O

C26

DAV*

2,4

C11

User I/O

C27

NRFD*

2,4

C12

User I/O

C28

NDAC*

2,4

C13

User I/O

C29

IFC*

2,4

C14

User I/O

C30

SRQ*

2,4

C15

User I/O

C31

ATN*

2,4

C16

User I/O

C32

User I/O

Notes

Compare Address lines. Can be used to set base address of GPIB-1014.

GPIB signals used for GPIB I/O via P2.

Reserved pin. Defined by the VMEbus specification.

For models GPIB-1014-1S and GPIB-1014-1S-EH. These signals are not connected to the P2 connector.

Summary of Contents for GPIB-1014 Series

Page 2: ...90 0 Belgium 02 757 00 20 Canada Ontario 905 785 0085 Canada Qu bec 514 694 8521 Denmark 45 76 26 00 Finland 90 527 2321 France 1 48 14 24 24 Germany 089 741 31 30 Hong Kong 2645 3186 Israel 03 57348...

Page 3: ...liable for any damages arising out of or related to this document or the information contained in it EXCEPT AS SPECIFIED HEREIN NATIONAL INSTRUMENTS MAKES NO WARRANTIES EXPRESS OR IMPLIED AND SPECIFI...

Page 4: ...or application designer Any use or application of National Instruments products for or involving medical or clinical treatment must be performed by properly trained and qualified medical personnel an...

Page 5: ...ference from the equipment to radio reception in commercial areas Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to c...

Page 6: ...aster Direct Memory Access 2 5 Interrupter 2 6 Data Transfer Bus DTB Requester 2 7 VMEbus Modules Not Provided 2 7 Diagnostic Aids 2 7 Data Transfer Features 2 7 Programmed I O Transfers 2 8 GPIB 1014...

Page 7: ...liary Register B AUXRB 4 39 Auxiliary Register E AUXRE 4 41 Address Register 0 ADR0 4 42 Address Register ADR 4 43 Address Register 1 ADR1 4 44 End of String Register EOSR 4 45 DMA Registers 4 46 Addr...

Page 8: ...n END or EOS 5 19 Using Programmed I O 5 19 Sending and Receiving Data 5 19 Sending END or EOS 5 20 Terminating on END or EOS 5 20 Interrupts 5 20 Serial Polls 5 22 Conducting a Serial Poll 5 22 Respo...

Page 9: ...ple Block Operations 6 19 Continued Operations 6 19 Array Chaining Operations 6 19 Linked Chaining Operations 6 20 Error Conditions 6 21 GPIB Interface 6 23 Test and Troubleshooting 6 24 DMA Stand Alo...

Page 10: ...gure 1 1 GPIB 1014 Interface Board 1 2 Figure 2 1 GPIB 1014 with a VMEbus Computer 2 9 Figure 2 2 GPIB 1014 in a Multiprocessor Application 2 10 Figure 2 3 GPIB 1014 Block Diagram 2 11 Figure 3 1 Part...

Page 11: ...ble 3 1 Programming Values for Default Settings of W3 W4 and W5 3 6 Table 3 2 Setting the Address Modifier Code Bits AM5 AM0 3 6 Table 3 3 GPIB 1014 Pin Assignment on VMEbus Connector P1 3 8 Table 3 4...

Page 12: ...al parallel poll process Chapter 6 Theory of Operation contains a functional overview of the GPIB 1014 board and explains the operation of each functional block making up the GPIB 1014 Chapter 7 Diagn...

Page 13: ...ng conventions are used to distinguish elements of text throughout this manual italic Italic text denotes emphasis a cross reference or an introduction to a key concept IEEE 488 IEEE 488 is used throu...

Page 14: ...ry Access Controller Customer Communication National Instruments wants to receive your comments on our products and manuals We are interested in the applications you develop with our products and we w...

Page 15: ...omputer The GPIB 1014 has the following features Complete IEEE 488 Talker Listener Controller TLC capability using the NEC PD7210 GPIB TLC chip DMA transfers Data rates up to 500 kbytes sec Unlimited...

Page 16: ...duction Chapter 1 GPIB 1014 User Manual 1 2 National Instruments Corporation Figure 1 1 shows the GPIB 1014 interface board Figure 1 1 GPIB 1014 Interface Board Art not available in PDF version of doc...

Page 17: ...14 boards GPIB 1014 1 776059 01 GPIB 1014 2 776060 01 GPIB 1014 EH EH Ejector Handles 776059 51 GPIB 1014 1S no P2 signals 776059 21 GPIB 1014 1S EH no P2 signals EH Ejector Handles 776059 61 One GPIB...

Page 18: ...is shipped packaged in an antistatic plastic bag to prevent electrostatic damage to the board Several components on the board can be damaged by electrostatic discharge To avoid such damage in handling...

Page 19: ...le 2 1 contains a list of the VMEbus signals used by the GPIB 1014 and the electrical loading presented by the circuitry on the interface board in terms of device types and their part numbers Note The...

Page 20: ...AN Note The GPIB 1014 requires regulated 5 VDC power from the VMEbus Current load is typically 1 6 A 2 0 A maximum VMEbus Characteristics The following paragraphs describe each of the VMEbus modules o...

Page 21: ...ta lines D07 through D00 The 68450 can function as an 8 or 16 bit slave allowing transfers on data lines D15 through D00 The board is designed to accommodate Address Only ADO cycles In VMEbus terminol...

Page 22: ...s 4C R W Memory Address Register MAR1 1 32 bits 69 R W Memory Function Code MFCR1 1 8 bits 54 R W Device Address Register DAR1 1 32 bits 71 R W Device Function Code DFCR1 1 8 bits 5A R W Base Transfer...

Page 23: ...CSR3 3 8 bits C1 R Channel Error CER3 3 8 bits C4 R W Device Control DCR3 3 8 bits C5 R W Operation Control OCR3 3 8 bits C6 R W Sequence Control SCR3 3 8 bits C7 R W Channel Control CCR3 3 8 bits ED...

Page 24: ...s follows GPIB Data In DI Address Status Change ADSC GPIB Data Out DO Secondary Address Pass Through APT END Message Received END RX Service Request Input SRQI GPIB Command Out CO Device Execute Trigg...

Page 25: ...r it does not have the following modules Bus Timer Arbiter Interrupt Handler IACK Daisy Chain Driver System Clock Driver Serial Clock Driver Power Monitor Diagnostic Aids The GPIB 1014 is designed to...

Page 26: ...ctional Description In the simplest terms the GPIB 1014 can be thought of as a bus translator converting messages and signals present on the VMEbus into appropriate GPIB messages and signals Expressed...

Page 27: ...ce B Device A VMEbus Computer with GPIB 1014 Able to Talk Listen and Control 8 Lines 5 Lines DIO1 DIO8 DAV Data Valid NRFD Not Ready for Data NDAC Not Data Accepted IFC Interface Clear ATN Attention S...

Page 28: ...R D Lab Microprocessor Work Station Production Testing VMEbus Computer with GPIB 1014 IEEE 488 Interface IBM PC with GPIB PC IEEE 488 Interface S 100 Computer GPIB 696P IEEE 488 Interface PDP 11 44 w...

Page 29: ...Priority Interrupt DTBArbitration Utility VMEbus Data Transceivers Control Transceivers Configuration Registers DMA Gating and Control GPIB Synchronization and Interrupt Control Address Decoding Addr...

Page 30: ...er Implements the VMEbus priority interrupt protocol allowing the GPIB 1014 to request and respond to an interrupt acknowledge cycle All interrupt conditions are also detectable by polling DTB Control...

Page 31: ...plete Extended Talker capability Basic Extended Talker Serial Poll TE5 Complete Extended Talker capability continued Talk Only mode Unaddressed on MSA LPAS Send END or EOS Dual primary addressing L3 C...

Page 32: ...Poll It can be placed in a Talk Only mode and is unaddressed to talk when it receives its listen address The interface can operate as a basic Listener or Extended Listener It can be placed in a Liste...

Page 33: ...and two Configuration Registers D16 D8 EO 8 or 16 bit data path to DMAC registers A16 Responds to 16 bit short I O addresses when specified on the address modifier lines ADO Accommodate Address Only...

Page 34: ...to configure and install the GPIB 1014 hardware Configuration Before installing the GPIB 1014 in the VMEbus backplane the following options must be configured with hardware jumpers that are located o...

Page 35: ...ation and Installation Chapter 3 GPIB 1014 User Manual 3 2 National Instruments Corporation Figure 3 1 shows the locations of the GPIB 1014 configuration jumpers and switches Figure 3 1 Parts Locator...

Page 36: ...y respond to a 16 bit address and an AM code of 2D If the board is configured for User mode the board will initially respond to a 16 bit address and AM codes of 29 and 2D Refer to the ANSI IEEE Std 10...

Page 37: ...guration for GPIB 1014 Base Address 2000 hex Default Setting Set Base Address Using Compare Address Lines Another method of setting the base address is to use the compare address lines located on the...

Page 38: ...are found between jumper W5 and the other jumpers 0 1 1 0 U S AM1 AM1 W5 U32 C33 U33 W4 W3 68450 F245 F322 W2 Figure 3 4 Default Settings of AM Code Jumpers W3 W4 and W5 Rev D and earlier versions of...

Page 39: ...e listed in Table 3 1 you can produce any arbitrary AM code by changing jumpers W3 W4 and W5 along with programming the DMAC Table 3 2 shows how each of the six AM code bits is affected by the jumpers...

Page 40: ...DMA transfer mode Software control of these parameters gives you the flexibility to tailor operation and performance to meet the specific requirements of separate tasks within your system Installatio...

Page 41: ...A03 A13 DS0 A29 A02 A14 WRITE A30 A01 A15 GND A31 12V A16 DTACK A32 5V B1 BBSY B17 AM1 B2 BCLR B18 AM2 B3 ACFAIL B19 AM3 B4 BG0IN B20 GND B5 BG0OUT B21 SERCLK B6 BG1IN B22 SERDAT B7 BG1OUT B23 GND B8...

Page 42: ...19 D21 B4 A24 B20 D22 B5 A25 B21 D23 B6 A26 B22 GND B7 A27 B23 D24 B8 A28 B24 D25 B9 A29 B25 D26 B10 A30 B26 D27 B11 A31 B27 D28 B12 GND B28 D29 B13 5V B29 D30 B14 D16 B30 D31 B15 D17 B31 GND B16 D18...

Page 43: ...connector and a 24 pin IEEE 488 connector A dual connector version of the scrambler card is also available for use with two GPIB 1014 2 Interface Cards The Models GPIB 1014 EH GPIB 1014 1S and GPIB 1...

Page 44: ...ddress 113 Read only 8 bit Interrupt Mask Register 1 Base address 113 Write only 8 bit Interrupt Status Register 2 Base address 115 Read only 8 bit Interrupt Mask Register 2 Base address 115 Write onl...

Page 45: ...rity Register Base address 2D Read Write 8 bit General Control Register Base address FF Read Write 8 bit Interrupt Vector Registers Normal Interrupt Vector Base address 25 Read Write 8 bit Error Inter...

Page 46: ...ndicates that the signal is active low An asterisk is equivalent to an overbar In many of the registers several bits are labeled with an X indicating don t care bits When a register is read these bits...

Page 47: ...ace registers is addressed relative to the GPIB 1014 VMEbus base address Figures 4 1 and 4 2 show the register and bit mnemonics of each TLC internal register its read write accessibility and its rela...

Page 48: ...DI CPT IE APT IE DET IE END IE DEC IE ERR IE DO IE DI IE INT SRQI LOK REM CO LOKC REMC ADSC 0 SRQI IE DMAO DMAI CO IE LOKC IE REMC IE ADSC IE S8 PEND S6 S5 S4 S3 S2 S1 S8 rsv S6 S5 S4 S3 S2 S1 CIC ATN...

Page 49: ...0 is ICR is loaded with PPR is loaded with AUXRA is loaded with AUXRB is loaded with AUXRE is loaded with W AUXMR CNT2 CNT1 CNT0 COM4 COM3 COM2 COM1 COM0 0 CLK3 CLK2 CLK1 CLK0 U S P3 P2 P1 BIN XEOS RE...

Page 50: ...d to move data from the GPIB to the computer when the interface is a Listener The GPIB Ready For Data RFD message is held false until the byte is removed from the DIR either by a DMA transfer to the V...

Page 51: ...O0 The Command Data Out Register CDOR is used to move data from the VMEbus to the GPIB when the interface TLC is the GPIB Talker or the Active Controller Outgoing data is separately latched by this re...

Page 52: ...where each condition has an Interrupt Status bit and an Interrupt Enable bit associated with it If the Interrupt Enable bit is true when the corresponding status condition or event occurs a hardware...

Page 53: ...secondary commands when the Command Pass Through feature is enabled by the CPT ENABLE bit AUXRB 0 w Any GPIB command message not decoded by the TLC is treated as an undefined command however any addr...

Page 54: ...until either the Valid or Non Valid auxiliary command is issued The secondary address can be read from the CPTR 5r DET Device Execute Trigger Bit 5w DET IE Device Execute Trigger Interrupt Enable Bit...

Page 55: ...e Clear Bit 3w DEC IE Device Clear Interrupt Enable Bit DEC is set by DCAS DEC is cleared by pon read ISR1 Notes DCAS GPIB Device Clear Active State pon Power On Reset read ISR1 Bit is cleared immedia...

Page 56: ...et as TACS SGNS becomes true DO is cleared by read ISR1 TACS SGNS Notes TACS GPIB Talker Active State SGNS GPIB Source Generate State read ISR1 Bit is cleared immediately after it is read The DO bit i...

Page 57: ...Bit is cleared immediately after it is read finish Handshake Finish Handshake auxiliary command issued Holdoff mode RFD Holdoff state read DIR Read Data In Register The DI bit indicates that the TLC...

Page 58: ...rupt request is generated Bits in ISR2 are set and cleared regardless of the status of the bits in IMR2 If a condition occurs that requires the TLC to set or clear a bit or bits in ISR2 at the same ti...

Page 59: ...ockout Change Bit ADSC Address Status Change Bit ADSC IE Enable Interrupt on Address Status Change Bit 7w 0 Reserved Bit Write zero to this bit 6r SRQI Service Request Input Bit 6w SRQI IE Service Req...

Page 60: ...Remote State REMS or Remote With Lockout State RWLS The TLC RL function transfers to one of these states when the System Controller has asserted the Remote Enable line REN and the CIC addresses the T...

Page 61: ...ELS 1r REMC Remote Change Bit 1w REMC IE Remote Change Interrupt Enable Bit REMC is set by any change in REM REMC is cleared by pon read ISR2 Notes REM ISR2 4 r pon Power On Reset read ISR2 Bit is cle...

Page 62: ...it ADSR 2 r CIC Controller In Charge bit ADSR 7 r MJMN Major Minor bit ADSR 0 r lon Listen Only bit ADMR 6 w ton Talk Only bit ADMR 7 w pon Power On Reset read ISR2 Bit is cleared immediately after it...

Page 63: ...l Poll Enable SPE command message the TLC transmits a byte of status information SPMR 7 0 to the Controller In Charge after the Controller goes to standby and becomes an Active Listener 6r PEND Pendin...

Page 64: ...nal is asserted 5r SPMS Serial Poll Mode State Bit If SPMS 1 the TLC GPIB Talker T or Talker Extended TE function is able to participate in a Serial Poll SPMS is set when the TLC has been addressed as...

Page 65: ...ommand 1r TA Talker Active Bit TA is set when the TLC has been addressed or programmed as the GPIB Talker that is the TLC is in the Talker Active State TACS the Talker Addressed State TADS or the Seri...

Page 66: ...alker Active State TACS It is also necessary to execute the Chip Reset or Immediate Execute pon auxiliary command 6w lon Listen Only Bit By setting lon programs the TLC becomes a GPIB Listener If lon...

Page 67: ...d Listener function should be disabled The minor Talker and Listener function can be disabled by setting the Disable Talker DT and Disable Listener DL bits in ADR1 set ADR and ADR1 In mode 2 ADM1 1 AD...

Page 68: ...poration Bit Mnemonic Description ADM0 and ADM1 must be cleared when either of the two programmable bits ton or lon is set For more information on the different addressing modes supported by the GPIB...

Page 69: ...3 All GPIB Secondary Command Group SCG messages following an undefined GPIB PCG message are also treated as undefined When an undefined GPIB message is encountered it is held in the CPTR and the TLC...

Page 70: ...19 SPD Serial Poll Disable 20 3E MLA My Listen Address 3F UNL Unlisten 40 5E MTA My Talk Address 5F UNT Untalk 60 6F MSA PPE My Secondary Address or Parallel Poll Enable 70 7E MSA PPD My Secondary Add...

Page 71: ...Mnemonic Description 7 5w CNT 2 0 Control Code Bits 2 through 0 These bits indicate the control code that is the manner in which the information in bits COM 4 0 is to be used If CNT 2 0 are all zero...

Page 72: ...1 1 1 0F Valid Secondary Command or Address 0 0 0 0 1 01 Clear Parallel Poll Flag 0 1 0 0 1 09 Set Parallel Poll Flag 1 0 0 0 1 11 Take Control Asynchronously Pulsed 1 0 0 1 0 12 Take Control Synchro...

Page 73: ...le State TIDS Talker Idle State TPIS Talker Primary Idle State If the command is sent while a pon message is already active by either an external reset pulse or the Chip Reset auxiliary command the lo...

Page 74: ...is zero the message is generated in the form of a pulse When COM3 is one the rtl command is set in the standard manner 0 0 1 1 0 Send EOI SEOI The Send EOI command causes the GPIB End Or Identify EOI...

Page 75: ...lses the local message tca 1 0 0 1 0 Take Control Synchronously The Take Control Synchronously command sets the local message tcs The local message tcs is effective only when the TLC is in Controller...

Page 76: ...e TLC enters either Controller Parallel Poll State CPPS or Controller Idle State CIDS The transition of the TLC interface function is not guaranteed if the local messages rpp and Go To Standby gts are...

Page 77: ...AUXMR 4 0 is loaded with the data to be transferred to the hidden register The hidden registers cannot be read and in some cases the contents are setable only that is they can be cleared or reset to...

Page 78: ...t Write zero to this bit 3 0w CLK 3 0 Clock Bits 3 through 0 The contents of the ICR are used to divide internal counters that generate TLC state change delay times used by the IEEE 488 specification...

Page 79: ...ividual status ist message using Set Clear Parallel Poll Flag auxiliary commands according to pre established system protocol convention Writing to the PPR after it is remotely configured will corrupt...

Page 80: ...Poll Response Bits 3 through 1 PPR bits 3 through 1 designated P 3 1 contain an encoded version of the Parallel Poll response P 3 1 indicate which of the eight DIO lines is asserted during a Parallel...

Page 81: ...END Bit Mnemonic Description 4w BIN Binary Bit The BIN bit selects the length of the EOS message Setting BIN causes the End Of String Register EOSR to be treated as a full 8 bit byte When BIN 0 the E...

Page 82: ...sh Handshake FH auxiliary command is issued Unlike Normal Handshake mode the RFD HLDA mode does not generate the rdy message even if the received data is read through the DIR that is the GPIB RFD mess...

Page 83: ...the following paragraphs Bit Mnemonic Description 4w ISS Individual Status Select Bit The ISS bit determines the value of the TLC ist message When ISS 1 ist becomes the same value as the TLC Service R...

Page 84: ...f the first byte Clearing TRI sets the low speed timing T1 2 sec 1w SPEOI Send Serial Poll EOI Bit The SPEOI bit permits or prohibits the transmission of the END message in Serial Poll Active State SP...

Page 85: ...0 causes the two lowest order bits to be written to AUXRE The 2 bit code DHDC and DHDT determines how the TLC may be placed into DAC Holdoff Bit Mnemonic Description 4 2w 0 Reserved Bits Write zeros t...

Page 86: ...scription 7r X Don t Care Bit Reads as a zero or one 6r DT0 Disable Talker 0 Bit If DT0 is set it indicates that the mode 2 primary or mode 1 and 3 major Talker is not enabled that is the TLC does not...

Page 87: ...respectively 6w DT Disable Talker Bit DT must be set if recognition of the GPIB talk address formed from AD5 through AD1 ADR 4 0 w is not to enable 5w DL Disable Listener Bit DL must be set if recogn...

Page 88: ...ived byte EOI is cleared by pon or by using the Chip Reset auxiliary command EOI is updated after each byte is received 6r DT1 Disable Talker 1 Bit If DT1 is set the mode 2 secondary or mode 1 and 3 m...

Page 89: ...inary can be placed in the EOSR to be used in detecting the end of a block of data The length of the EOS byte to be used in the comparison is selected by the BIN bit in AUXRA AUXRA 4w If the TLC is a...

Page 90: ...e board address space are reserved The registers set associated with each DMA channel is shown in Table 4 7 Table 4 7 DMAC DMA Channel Register Set Register Name Mnemonic Size Memory Address Register...

Page 91: ...F 11 13 15 17 19 1B 1D 1F 21 23 25 27 29 2B 2D 2F 31 33 35 37 39 3B 3D 3F 8 7 CSR CER MTCR MAR MSB LSB DAR MSB LSB BTCR BAR MSB LSB NIVR EIVR MFCR CPR DFCR BFCR Null Bit Position The GCR is located at...

Page 92: ...AR in the chained modes of operation the DMAC first reads using DMA the address of the next block to be transferred into the MAR then starts the actual data transfer In most GPIB to memory transfers t...

Page 93: ...prior to starting the channel and will be decremented with each operand transfer When the contents of this register are zero and the operation is unchained or the chain is exhausted the channel has r...

Page 94: ...ne the 6 bit Address Modifier AM code on the VMEbus The AM codes are used to identify the type of cycle specified by the DMAC when the GPIB 1014 is the bus master Table 3 1 shows how to program bits M...

Page 95: ...t may be used in memory to memory transfers 00 Burst Transfer Mode 10 Cycle Steal Mode 01 Undefined Reserved 11 Cycle Steal with Hold Mode 5 4r w DTYP Device Type Bits 5 through 4 The Device Type bits...

Page 96: ...n PCL2 signal REN is connected If programmed as status inputs you can determine the state high or low of these two GPIB signals by reading the PCS bit in the appropriate CSR PCL1 is designed to detect...

Page 97: ...mory to device 1 Transfer from device to memory In GPIB applications 0 indicates transfers from memory to GPIB and 1 indicates transfers from GPIB to memory 6r w 0 Reserved Bit Write zero to this bit...

Page 98: ...0 The DMA Request Generation method bits define how requests for transfers are generated For the GPIB to memory DMA transfers the request mode is always 10 the REQ line initiates an operand transfer...

Page 99: ...2r w MAC Memory Address Count Bits 3 through 2 The Memory Address Count bits indicate the count sequence of the Memory Address Register 00 Memory address does not count 01 Memory address register coun...

Page 100: ...register cannot be reset by a write to the register The software abort bit SAB can be used to terminate the operation Setting the SAB resets the STR and CNT Setting the HLT bit halts the channel and r...

Page 101: ...d 1 Abort channel operation Bit Mnemonic Description 3r w EINT Interrupt Enable Bit The Interrupt Enable bit in used to enable or disable interrupts from the channel GPIB 1014 interrupts are discussed...

Page 102: ...any DMA operation This bit must be cleared to start another channel operation 0 Channel operation incomplete 1 Channel operation complete 6r w BTC Block Termination Complete Bit The Block Termination...

Page 103: ...serted after the channel has been started The bit remains set until the channel operation terminates This bit is unaffected by write operations 0 Channel not active 1 Channel active 2r w 0 Reserved Bi...

Page 104: ...it of the CSR indicates if there is an error Bits 0 through 4 of the CER indicate what type of error occurred Bit Mnemonic Description 7 5r 0 Reserved Bits 4 0r ERROR CODE Error Code 00000 No error 00...

Page 105: ...ce are pending at the DMAC the channel with the highest priority receives first service Channel priority is also used to determine which channel is serviced first when multiple channels have interrupt...

Page 106: ...propriate programmable interrupt vector on the lower eight bits of the data bus for the channel requesting an interrupt The EINT bit of the Channel Control Register CCR determines if an interrupt can...

Page 107: ...ined to have paused if it does not make any requests during a full sample interval after the previous operand was transferred The sample interval is programmed via the GCR and is expressed in clock cy...

Page 108: ...r bits define the following operating parameters Bit Mnemonic Description 7 5w INTRQ Interrupt Request Bits 7 through 5 The interrupt request bits are used to select one of the seven VMEbus interrupt...

Page 109: ...ed to enable or disable the automatic carry cycle feature of the GPIB 1014 1 Carry Cycle feature enabled 0 Carry Cycle feature disabled The feature is not enabled after power up or after the board is...

Page 110: ...it This board specific bit is used to drive the VMEbus SYSFAIL line and to control the color of the LED on the board On power up this bit is cleared the LED is red and the board drives the SYSFAIL lin...

Page 111: ...The local reset line must be left in the active state for at least 10 msec to ensure that the onboard circuitry is reset properly 0 Local reset line inactive 1 Local reset line active VMEbus signal SY...

Page 112: ...hine DMA Gating and Control GPIB Synchronization and Interrupt Control Interrupter DTB Requester PD7210 TLC 68450 DMAC The GPIB 1014 also has another method for initializing the circuitry on the card...

Page 113: ...ears the status and error bits 2 The interrupt vector registers Normal Interrupt Vector Register NIVR and Error Interrupt Vector Register EIVR for all channels are set to 0x0F hex A typical programmed...

Page 114: ...G2 is set To take control issue the Set IFC auxiliary command wait for a minimum of 100 sec and then issue the Clear IFC auxiliary command The ensuing GPIB IFC message initializes the GPIB interface f...

Page 115: ...ait for CO to be set again and then issue the Go To Standby auxiliary command Case 2 The TLC becomes a GPIB Listener when ATN is unasserted To do this wait for CO to be set issue the TLC GPIB Listen A...

Page 116: ...auxiliary function is active the Take Control Synchronously auxiliary command may be sent at any time When the Take Control Synchronously auxiliary command is used the TLC takes control of the GPIB on...

Page 117: ...e the TLC GPIB Talker and Listener functions If used ton or lon should be set during TLC initialization When the TLC is GPIB Active Controller the Listen and Local Unlisten programmed auxiliary comman...

Page 118: ...status refers to the major or minor address Address Mode 3 Address Mode 3 like Address Mode 2 is used to implement Extended GPIB Talk and Listen address recognition However unlike Address Mode 2 Addr...

Page 119: ...ess each time If a PCG message is received before a secondary address is received the TPAS and LPAS bits are cleared Sending Receiving Messages When the TLC is a GPIB Talker or Listener data device de...

Page 120: ...he two DMAC channels used by the GPIB 1014 are channels 0 and 1 The DMAC can be configured to transfer data between the GPIB TLC and the VMEbus system memory with or without the carry cycle feature Th...

Page 121: ...s Similarly if BERR occurs during a DMA transfer the processor is also interrupted When the GPIB handshake is synchronized the system is also interrupted and you can check the COC and ERR bit in the C...

Page 122: ...to transfer multiple blocks of data e Write to the SCR of Channel 0 The MAC bits must be set to determine if the MAC counts up or down binary 01 Up binary 10 Down The DAC bits are not used f If no cha...

Page 123: ...Channel 1 to enable interrupts Load the NIVR and EIVR of Channel 1 with the proper status ID byte to return to the VMEbus interrupt handler b If VMEbus interrupts are not used complete the following e...

Page 124: ...ined earlier in this chapter Channel 1 is set up to transfer two tiny blocks of data It is easiest to use the array chaining mode on Channel 1 however linked chaining is also possible Channel 1 can al...

Page 125: ...g is used to transfer a block of data greater than 64K or to transfer multiple blocks of data e The SCR of Channel 0 is written to Set the MAC bits to determine if the MAC counts up or down 01 Up 10 D...

Page 126: ...leftover error or status bits c Load the DCR of Channel 1 with the proper value to select the DMA transfer mode cycle steal without hold or cycle steal with hold Set the DTYP bits to 10 device with A...

Page 127: ...rry cycle byte is the command that is to be written to the AUXMR of the TLC send EOI RFD Holdoff on ALL and so on This byte must be located somewhere in memory where it can be accessed by the DMAC The...

Page 128: ...ecking the Result If either Channel 0 or 1 is improperly programmed the ERR bit in the CSR of the active channel is set by the DMAC and the CER of the channel indicates a configuration error The follo...

Page 129: ...the CSR of Channel 0 A timeout error no interrupt occurs if Channel 0 is improperly programmed If the PCT bit in Channel 1 is set and there are no errors on Channel 0 or 1 one of the following events...

Page 130: ...n the board which generates the GPIB handshake synchronization status signal 6 If a GPIB error occurred during the transfer ERR bit set in the TLC s ISR1 poll the BTAC and MTCR of the DMAC until you a...

Page 131: ...CDOR The DO bit is set again once that byte has been received by all Listeners To receive data wait until the TLC has been programmed or addressed to listen and the DIR is full When this occurs the DI...

Page 132: ...terrupt on any of the following conditions An interrupt request is received from the GPIB TLC A bus error occurs during a DMA transfer A DMA transfer from memory to the GPIB is complete and the GPIB i...

Page 133: ...lly not enabled on Channel 0 If triggered all three interrupt events mentioned earlier will cause the set PCT bit to indicate a PCL transition and an interrupt A bus error that occurs when Channel 1 i...

Page 134: ...plete before asserting the GPIB SRQ signal In response to that signal the CIC starts the poll addressing the TLC to talk When the CIC unasserts ATN the TLC unasserts SRQ and transfers the STB message...

Page 135: ...nd how that device drives the line depends upon how it was configured and whether its local individual status message ist is one or zero Thus each device on the GPIB can be configured to drive its ass...

Page 136: ...local configuration PP2 the three actions listed above must be explicitly handled in the software by writing the appropriate values to the U S and P3 to P1 bits of the PPR Refer to the PPR description...

Page 137: ...evice signals CLR clear and PR preset VMEbus Interface Address data control and status signals to or from the VMEbus are buffered with LSTTL ASTTL or FTTL logic devices All drivers drive the proper am...

Page 138: ...that is it does not have control of the bus control signals are directly routed onboard In contrast during DMA cycles control signals from the DMAC are somewhat altered before passing out to the VMEb...

Page 139: ...EN ACKEN DBEN NEW_CYCLE BRDEN DS HIBYTE DIR BWR OWN BWR OWN Address Decoding During non DMA operations the GPIB 1014 acts as a VMEbus slave and monitors the lower 16 lines of the VMEbus address bus A1...

Page 140: ...register select lines RS2 through RS0 The TLC functions as an 8 bit slave It transfers data on the lower eight bits of the VMEbus data bus The TLC registers are located at consecutive odd addresses a...

Page 141: ...egisters Two registers CFG1 and CFG2 are 8 bit write only registers used by the controlling software program application program and or interface handler to configure some of the operating characteris...

Page 142: ...TB Requester circuitry Selecting the direction of the DMA transfer Writing a 1 to this bit DIR indicates that the transfer direction is from GPIB to VMEbus memory while writing a zero indicates that t...

Page 143: ...he GPIB 1014 is used to automatically determine the state of this bit SUP after a system or local reset After reset you can write a 1 to this bit to select Supervisor only access or a 0 to select User...

Page 144: ...fer for the TLC by driving either ACK0 or ACK1 low The Timing State Machine also starts when this is detected When the transfer is from the TLC to the VMEbus memory the DMAC drives the VMEbus WRITE li...

Page 145: ...red by the DMAC to the TLC auxiliary register Since the TLC does not allow DMA transfers to the auxiliary register discrete circuitry must make this cycle appear as a normal write cycle to the TLC Fur...

Page 146: ...errupt priority code in CFG1 If IACKIN is asserted and the indicated priority does not match the GPIB 1014 priority the daisy chain signal IACKOUT is asserted This signal remains asserted until AS is...

Page 147: ...lines In addition the circuitry uses three flip flops to keep status of the bus arbitration process that is bus request pending bus grant received and bus release and uses miscellaneous logic to gene...

Page 148: ...been granted the bus BGIN asserted BGACK is released as soon as BBSY is released by another master on the VMEbus While the GPIB 1014 is holding the bus BGACK will be released at all times If a pending...

Page 149: ...steal mode it releases OWN immediately after it has finished the DMA transfer In contrast if the DMAC operates cycle steal with hold mode it keeps asserting OWN during the hold period and releases OWN...

Page 150: ...er sequence If the carry cycle was not enabled as indicated by the CC bit in CFG1 the last byte is detected by DONE and ACK0 which are both active at the same time DMAC asserts DONE when Channel 0 is...

Page 151: ...Channel 0 but enable interrupts on Channel 1 A negative transition on the PCL of Channel 1 occurs if the GPIB is synchronized requesting an interrupt at this point Channel 0 is already complete Since...

Page 152: ...s 0 and 1 to provide GPIB to memory DMA flyby transfers All four channels are available for general use such as memory to memory DMA transfers The DMAC provides 24 bit addressing a 16 bit data path an...

Page 153: ...evice Control Register DCR The DTYP bits of the DCR define what type of device is on the channel If the DTYP bits are programmed to be a HMCS6800 device the PCL definition is ignored and the PCL is an...

Page 154: ...quest is not present during the hold period the DMAC relinquishes the bus by unasserting its signal OWN The sample period is defined by the values programmed into the GCR Data Transfers All DMAC trans...

Page 155: ...o count up down or not change and whether the transfer is explicitly or implicitly addressed The Sequence Control Register SCR is used to program the memory address count method and the device address...

Page 156: ...t in the CSR Any pending requests are cleared and the channel is then ready to receive requests for the new operation If the channel is configured for an illegal operation the configuration error is s...

Page 157: ...f this counter is decreased to the terminal count the MTCR is exhausted and the operand is the last operand of the block The channel operation is complete if the operation is unchained and there is no...

Page 158: ...er Counter BTCR that is the BAR points to the address transfer count array Before starting any block transfers the DMAC fetches the entry a total of six bytes in three DMA cycles currently pointed to...

Page 159: ...is placed in the MTCR and the link address replaces the current contents of the BAR The channel then begins a new block transfer As each chaining entry is fetched the updated BAR is examined for the t...

Page 160: ...mory Address B Transfer Count B Link to next entry Memory Address B Transfer Count B 0000 end link Figure 6 3 Array Format for Linked Chaining Modes Error Conditions When an error is signaled on a cha...

Page 161: ...pt is made to write to the DCR OCR SCR GCR MAR DAR or MTCR with STR or ACT asserted if an attempt to assert CNT is made when CHN is 10 or 11 or if an attempt to assert CNT is made when BTC and ACT are...

Page 162: ...the DMAC Instead the chip is enabled and selected by the DMAACK DMA Acknowledge signal and the TLC internal registers CDOR and DIR are automatically accessed Data is strobed into the CDOR at the risi...

Page 163: ...re switched to Open Collector mode Test and Troubleshooting The GPIB 1014 is designed to aid acceptance testing and troubleshooting of either hardware failures or software bugs The hardware provides s...

Page 164: ...signals can be manipulated properly NDAC is the GPIB Not Data Accepted signal By programming the TLC to Listen or not Listen via the AUXMR NDAC can be asserted or not asserted respectively DIO1 is the...

Page 165: ...tions The left side of the equation contains the hexadecimal address offset from the GPIB 1014 base address and mnemonic for the register The right side of the equation contains a hexadecimal value Co...

Page 166: ...tact National Instruments GPIB 1014 Hardware Installation Tests 1 Initialize TLC 105 CFG2 0A Set LMR and turn the LED green 105 CFG2 08 Clear LMR 11B AUXMR 2 TLC Reset 11B AUXMR 0 Immediate execute po...

Page 167: ...SR1 2 DO 111 CDOR 51 write data byte 11B CPTR 51 verify 113 ISR1 6 DO ERR 113 ISR1 0 bits cleared when read 11B AUXMR 2 TLC Reset 119 ADMR 0 disable ton 11B AUXMR 0 Immediate execute pon 119 ADSR 40 n...

Page 168: ...R1 FF Clear bits channel 1 11B AUXMR 2 TLC Reset 11B AUXMR A0 Clear INV 119 ADMR 80 ton 113 IMR1 2 DO IE 11B AUXMR 0 Immediate execute pon 040 CSR1 2 PCL transition occurred 113 ISR1 2 DO 040 CSR1 3 T...

Page 169: ...ata put data byte in memory 101 CFG1 18 BRG3 OUT enable ROR feature 11B AUXMR 2 TLC Reset 119 ADMR C0 ton lon 007 CCR0 80 Start channel 0 115 IMR2 20 DMA out enable 11B AUXMR 0 Immediate execute pon T...

Page 170: ...has been transferred from TLC to memory 101 CFG1 18 clear GPIB synchronization detecting circuitry also to pull PCL1 high 040 CSR1 02 clear PCT bit in CSR1 040 CSR1 01 PCT bit cleared PCL1 high 13 Tes...

Page 171: ...1 DO is cleared here because a byte has been transferred from memory to TLC s CDOR TLC does not currently request for DMA transfer 111 CDOR 1 check the first data byte that was transferred from memory...

Page 172: ...C 044 DCR1 A0 005 OCR0 82 045 OCR1 8A 006 SCR0 04 046 SCR1 04 029 MFC0 06 00C MAR0 00003000 4 byte address of the first two data bytes 00A MTC0 0002 two data bytes 069 MFC1 06 079 BFC1 06 05C BAR1 000...

Page 173: ...is full TLC will request for a DMA transfer to put the byte in DIR to memory 04A MTC1 0001 count of 1 indicates last data byte has been transferred 040 CSR1 0A GPIB synchronized 047 CCR1 10 software...

Page 174: ...Characteristic Specification Transfer Rates DMA Over 500 kbytes sec Programmed I O Over 80 kbytes sec Power Requirement 5 VDC 1 6 A typical 2 0 A maximum Actual speed may vary considerably from those...

Page 175: ...GPIB 1014 User Manual A 2 National Instruments Corporation Table A 3 Physical Characteristics Characteristic Specification Dimensions 6 3 in by 9 2 in I O Connector GPIB 1014 1S IEEE 488 Standard 24 p...

Page 176: ...National Instruments Corporation B 1 GPIB 1014 User Manual Appendix B Parts List and Schematic Diagrams This appendix contains the parts list and schematic diagrams for the GPIB 1014...

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Page 185: ...ss GPIB control to another device PASSC Assumptions regarding the state of the GPIB 1014 appear at the beginning of each routine and must be adhered to for proper error free operation The following ch...

Page 186: ...dress Register 0 read ADR BASE 0x11D Address Register write ADR1 BASE 0x11F Address Register 1 read EOSR BASE 0x11F End Of String Register write MTC0 BASE 0x00A Channel 0 Memory Transfer Count MAR0 BA...

Page 187: ...Auxiliary Register A AUXRB 0240 Auxiliary Register B AUXRE 0300 Auxiliary Register E AUXMR Commands IEPON 000 Immediate execute power on FH 003 Finish release handshake GTS 020 Go to standby TCA 021 T...

Page 188: ...eal DMA transfer mode set to 340 if Cycle Steal with Hold is desired BRG 030 Bus Request BR3 selected other options are BR2 020 BR1 010 BR0 000 ADMC 06 Address Modifiers set to 24 bit supervisor acces...

Page 189: ...timing is used Interrupts are not used Status byte will be set elsewhere Remote Parallel Poll configuration will be used Actions Pulse LMR to put hardware in known reset state Disable interrupts and c...

Page 190: ...egisters tstb ISR2 movb MODE1 TRM ADMR Set address mode Talker Listener inactive and proper T R signal mode movb MA SEL0 ADR Set GPIB address mode 1 primary only with Talker Listener enabled movb DT1...

Page 191: ...been initialized GPIB 1014 is System Controller SC is true Actions Assert GPIB IFC Wait at least 100 microseconds Unassert IFC Status on return GPIB 1014 is Active Controller Interface functions of o...

Page 192: ...f REN is to be asserted and is zero if REN is to be unasserted GPIB 1014 is System Controller and Active Controller Actions Check sre flag if non zero true send REN else send clear REN Status on retur...

Page 193: ...e number of bytes sent is less than the byte count The d0 register contains the byte count The a0 register contains the address of the data buffer The user specified variable cic is set properly Actio...

Page 194: ...DA ccary First ccary address points to HLDA movw d0 d1 Set channel 0 transfer count subw 1 d1 to transfer all but the last movw d1 MTC0 byte movl a0 d2 Second ccary address points to addl d2 d1 last d...

Page 195: ...r of bytes transferred bne RCV5 movw MTC0 d1 subw d1 d0 btst ECC CFG1 If carry cycle MTC0 was initialized to d0 1 beq RCV6 subw 1 d0 bra RCV6 RCV5 btst ECC CFG1 If no carry cyle leave d0 as is bne RCV...

Page 196: ...to 1 The buffer datbuf is free to place incoming data The number of bytes to read is placed in datct Actions Set up cmdbuf and cmdct and call CMD to address the Talker and unaddress all other devices...

Page 197: ...Talker movb LTN AUXMR Program GPIB 1014 to be a Listener movb GTS AUXMR so it can take control synchronously later then go to standby and drop ATN movw datct d0 Preset d0 register with byte count mov...

Page 198: ...he d0 register contains the byte count The a0 register contains the address of the data buffer The user specified variable veoi has been set properly Actions Configure DMA channel 0 Clear DMAC status...

Page 199: ...but the subw 1 d1 last data byte movw d1 MTC0 movl ccary BAR1 Point channel 1 to ccary movw 2 BTC1 2 elements in ccary movl SEOI ccary First ccary address points to SEOI movl a0 d2 Second ccary addres...

Page 200: ...SEND4 btst COC CSR0 Calculate number of bytes transferred bne DSEND5 movw MTC0 d1 subw d1 d0 btst ECC CFG1 beq DSEND6 subw 1 d0 bra DSEND6 DSEND5 btst ECC CFG1 bne DSEND6 movw MTC1 d1 subw d1 d0 addw...

Page 201: ...The data to be sent is placed in datbuf The variable datct contains the number of bytes to send Actions Set up cmdbuf and cmdct and call CMD to address the GPIB 1014 as Talker to address the Listener...

Page 202: ...vb MA 100 cmdbuf 2 movb ola cmdbuf 3 bsr CMD Call CMD to address GPIB devices movb GTS AUXMR Go to standby and drop ATN movw datct d0 Preset d0 register with byte count movl datbuf a0 Preset a0 regist...

Page 203: ...ty Write a byte and increment the counter Check for a GPIB error Loop until all bytes are transferred On an error set d0 to 1 Status on return d0 register contains number of bytes sent or 1 if an erro...

Page 204: ...6 Interruption of any data transfer in progress is acceptable Actions Issue TCA command to assert ATN in case the GPIB 1014 is at standby Load the d0 register with the address of cmdbuf Load a0 with t...

Page 205: ...adr Actions Send TCA command to take control in case the GPIB 1014 is at standby Set up the command buffer and command count Call CMD to send the command bytes Status on return The GPIB 1014 is Idle C...

Page 206: ...to the interface functions These functions include initializing the bus addressing and unaddressing devices and setting device modes for local or remote programming The multiline interface messages a...

Page 207: ...0E 016 14 SO 2E 056 46 MLA14 0F 017 15 SI 2F 057 47 MLA15 10 020 16 DLE 30 060 48 0 MLA16 11 021 17 DC1 LLO 31 061 49 1 MLA17 12 022 18 DC2 32 062 50 2 MLA18 13 023 19 DC3 33 063 51 3 MLA19 14 024 20...

Page 208: ...55 109 m MSA13 PPE 4E 116 78 N MTA14 6E 156 110 n MSA14 PPE 4F 117 79 O MTA15 6F 157 111 o MSA15 PPE 50 120 80 P MTA16 70 160 112 p MSA16 PPD 51 121 81 Q MTA17 71 161 113 q MSA17 PPD 52 122 82 R MTA18...

Page 209: ...ions are actually data messages Talkers Listeners and Controllers A Talker sends data messages to one or more Listeners The Controller manages the flow of information on the GPIB by sending commands t...

Page 210: ...Charge CIC Active control can be passed from the current CIC to an idle Controller Only one device on the bus the System Controller can make itself the CIC The GPIB interface board is usually the Sys...

Page 211: ...ommands and the Talker drives it when sending data messages Interface Management Lines Five lines are used to manage the flow of information across the interface ATN attention The Controller drives AT...

Page 212: ...phenol or Cinch Series 57 Microribbon or Amp Champ type An adapter cable using a non standard cable and or connector is used for special interconnection applications The GPIB uses negative logic with...

Page 213: ...Appendix E Operation of the GPIB National Instruments Corporation E 5 GPIB 1014 User Manual Figure E 2 Linear Configuration...

Page 214: ...ate that the GPIB was designed for the physical distance between devices and the number of devices on the bus are limited The following restrictions are typical A maximum separation of 4 m between any...

Page 215: ...ted Documents For more information on topics covered in this section consult the following manuals ANSI IEEE Std 488 1978 IEEE Standard Digital Interface for Programmable Instrumentation ANSI IEEE Std...

Page 216: ...functions remote messages local messages states bits registers integrated circuits system functions and VMEbus operations and signals The mnemonic types in the key that follows are abbreviated to mean...

Page 217: ...ts 1 through 0 ADMR R Address Mode Register ADO VBO Address Only Cycle ADR R Address Register ADR0 R Address Register 0 ADR1 R Address Register 1 ADSC B Address Status Change ADSC IE B Address Status...

Page 218: ...Appendix F Mnemonics Key National Instruments Corporation F 3 GPIB 1014 User Manual BG 0 3 OUT VBS Bus Grant Out Lines BIN B Binary Bit BLT VBO Block Transfer BR 0 3 VBS Bus Request Lines...

Page 219: ...Pass Through Enable Bit CPT IE B Enable Interrupt on Command Pass Through Bit CPTR R Command Pass Through Register CPT 7 0 B Command Pass Through Bits 7 through 0 CPWS ST Controller Parallel Poll Wait...

Page 220: ...Memory Access DMAI B DMA Input Enable Bit DMAO B DMA Out Enable Bit DO B Data Out Bit DO IE B Enable Interrupt on Data Out Bit DS0 VBS Data Strobe Zero DS1 VBS Data Strobe One DT F Device Trigger DT B...

Page 221: ...terrupt Acknowledge In IACKOUT VBS Interrupt Acknowledge Out IB 1 3 LS Interrupt Priority Code Bits ICR R Internal Counter Register IDTACK LS Interrupt DTACK IDY RM Identify IFC RM Interface Clear IMR...

Page 222: ...le Interrupt on Lockout Change Bit lon B Listen Only Bit lon LM Listen Only LPAS B Listener Primary Addressed State Bit LPAS ST Listener Primary Addressed State lpe LM Local Poll Enabled lpe LM Local...

Page 223: ...IS ST Parallel Poll Idle State PPR RM Parallel Poll Response PPSS ST Parallel Poll Standby Active PPU RM Parallel Poll Unconfigure PUCS ST Parallel Poll Unaddressed to Configure State R RD LS TLC Read...

Page 224: ...nterface Clear Not Active State SIWS ST Source Idle Wait State SNAS ST System Control Not Active State SP F Serial Poll scanning flags SPAS ST Serial Poll Active State T function SPD RM Serial Poll Di...

Page 225: ...chronously tcs LM Take Control Synchronously tcse LM Take Control Synchronously on End TCT TM Take Control TDMA SX Terminate DMA TE F Extended Talk TIDS ST Talker Idle State TLC IC Talker Listener Con...

Page 226: ...nconfigure Bit UAT VBO Unaligned Transfer UCG RM Universal Command Group UDPCF LM Undefined Primary Command Function UNL RM Unlisten command UNT RM Untalk command V V 0 7 LS Interrupt Vector Bits W WR...

Page 227: ...questions to us at any time Technical Support Phone 512 795 8248 Technical Support Fax 512 794 5678 Branch Offices Phone Number Fax Number Australia 03 9879 5166 03 9879 6277 Austria 0662 45 79 90 0 0...

Page 228: ...ficiently If you are using any National Instruments hardware or software products related to this problem include the configuration forms from their user manuals Include additional pages if necessary...

Page 229: ...M Software Version Number on Distribution Medium National Instruments board installed GPIB 1014 GPIB 1014D GPIB 1014P or GPIB 1014DP _________________________________________________________ GPIB 1014...

Page 230: ...Type of other boards installed and their respective hardware settings Board Type Base I O Address Interrupt Level DMA Channel...

Page 231: ...ch 1997 Part Number 370945A 01 Please comment on the completeness clarity and organization of the manual If you find errors in the manual please record the page numbers and describe the errors Thank y...

Page 232: ...an or equal to is greater than or equal to degrees A amperes ANSI American National Standards Institute C Celsius FCC Federal Communications Commission GPIB General Purpose Interface Bus hex hexadecim...

Page 233: ...59 AD5 0 through AD1 0 Mode 2 Primary GPIB Address Bits 5 0 through 1 0 4 42 AD5 1 TLC GPIB Address Bit 5 through 1 4 42 AD 5 1 1 1 Mode 2 Secondary TLC GPIB Address Bits 5 1 through 1 1 4 44 address...

Page 234: ...t 4 9 to 4 10 array chaining operations 6 19 to 6 20 ARS Address Register Select Bit 4 43 ATN Attention Bit 4 20 ATN attention line E 3 auxiliary commands detailed description 4 29 to 4 32 summary tab...

Page 235: ...4 29 CHN Chain Bits 3 through 2 4 53 CIC Controller In Charge Bit 4 20 Clear IFC command codes for 4 28 description 4 32 Clear Parallel Poll Flag command codes for 4 28 description 4 31 Clear REN comm...

Page 236: ...ap 4 2 theory of operation 6 5 to 6 6 control equations of transceivers 6 3 Controller function becoming controller in charge CIC and active controller 5 3 Controller In Charge CIC and System Controll...

Page 237: ...n DTAS Bit 4 41 DI 7 0 Data In Bits 7 through 0 4 6 DI Data In Bit 4 12 to 4 13 DI IE Data In Interrupt Enable Bit 4 12 to 4 13 DIR See Data In Register DIR DIR Direction Bit 4 53 4 65 Disable System...

Page 238: ...sters 4 62 Memory Address Register MAR 4 48 Memory Transfer Counter Register MTCR 4 48 Operation Control Register OCR 4 53 to 4 54 overview 4 46 to 4 48 register map 4 2 register memory map 4 47 Seque...

Page 239: ...ata Out Interrupt Enable Bit 4 12 documentation abbreviations used in the manual vi related documents vi to vii E 7 don t care bits 4 3 See also X Don t Care Bit DPS Device Port Size Bit 4 51 DT Disab...

Page 240: ...rror Interrupt Enable Bit 4 11 to 4 12 ERROR CODE Channel Error Register 4 60 error conditions DMAC channel operation 6 21 to 6 22 Execute Parallel Poll command codes for 4 28 description 4 32 F featu...

Page 241: ...2 9 GPIB Controller See Controller function GPIB Synchronization and Interrupt Control definition of 2 12 theory of operation 6 12 to 6 14 GPIB TLC See Talker Listener Controller TLC GTL Go To Local c...

Page 242: ...interface clear E 3 overview E 3 REN remote enable E 3 SRQ service request E 3 interface registers Address Mode Register ADMR 4 22 to 4 24 Address Register ADR 4 43 Address Register 0 ADR0 4 42 Addres...

Page 243: ...liance levels 2 15 programming considerations 5 20 to 5 21 theory of operation 6 9 INTRQ Interrupt Request Bits 7 through 5 4 64 INV Invert Bit 4 39 ISR1 See Interrupt Status Register 1 ISR1 ISR2 See...

Page 244: ...Register MAR 4 48 Memory Transfer Counter Register MTCR 4 48 messages multiline interface command messages D 1 to D 2 types of E 1 MJMN Major Minor Bit 4 21 MLA My Listen Address command 4 26 mnemoni...

Page 245: ...hysical and electrical characteristics description of 2 1 to 2 2 E 4 GPIB connector and signal assignments illustration E 4 linear configuration illustration E 5 specifications A 1 star configuration...

Page 246: ...TE ENABLE REN C 8 WRITE C 17 to C 18 sending receiving messages DMA transfers with carry cycle 5 13 to 5 17 DMA transfers without carry cycle 5 10 to 5 12 overview 5 8 polling during DMAs 5 17 sending...

Page 247: ...ters 4 64 to 4 67 Device Address Register BAR 4 48 Device Control Register 4 51 to 4 52 DMAC DMA channel register set chart 4 46 Function Code Registers 4 50 General Control Register 4 63 Interrupt Ve...

Page 248: ...D on EOS Received Bit 4 37 REQG DMA Request Generation Bits 1 through 0 4 54 reset See system reset Return to Local rtl command codes for 4 28 description 4 30 RFD Holdoff mode 4 38 RFD Ready for Data...

Page 249: ...on END or EOS 5 20 Sequence Control Register SCR 4 55 Serial Poll Mode Register SPMR 4 19 Serial Poll Status Register SPSR 4 19 serial polls conducting 5 22 responding to 5 22 Set IFC command codes f...

Page 250: ...OI Send Serial Poll EOI Bit 4 40 SPMR See Serial Poll Mode Register SPMR SPMS Serial Poll Mode State Bit 4 20 SPSR See Serial Poll Status Register SPSR SRQ service request line E 3 SRQI Service Reques...

Page 251: ...ecking results 5 17 to 5 19 using direct memory access 5 8 to 5 19 using programmed I O 5 19 to 5 20 VMEbus slave addressing 2 2 to 2 3 TCT Take Control command 4 25 Technical support vii test and tro...

Page 252: ...4 22 TPAS Talker Primary Addressed State Bit 4 21 transceivers for GPIB 1014 component designations 2 2 control equations of transceivers 6 3 Transfer Count Registers Base Transfer Counter Register B...

Page 253: ...r Address command codes for 4 28 description 4 30 verification of system compatibility 3 7 to 3 9 testing 3 10 VMEbus 68450 internal DMA registers chart 2 4 to 2 5 address 6 2 control equations of tra...

Page 254: ...Index GPIB 1014 User Manual Index 23 National Instruments Corporation X X Don t Care Bit 4 42 4 50 XEOS Transmit END with EOS Bit 4 37 XRM External Request Mode Bits 7 through 6 4 51...

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