Typical National Instruments Gpib Configuration From Ibconf.exe - Lakeshore 340 User Manual

National Instruments National Instruments
Primary GPIB Address ........ à à 0 0 Primary GPIB Address ........
Secondary GPIB Address ...... NONE Secondary GPIB Address ...... NONE
Timeout setting ............. 10sec Timeout setting ............. 10sec
Terminate Read on EOS ....... Yes Terminate Read on EOS ....... Yes
Set EOI with EOS on Writes .. Yes Set EOI with EOS on Writes .. Yes
Type of compare on EOS ...... 7-Bit Type of compare on EOS ...... 7-Bit
EOS byte .................... 0Ah EOS byte .................... 0Ah
Send EOI at end of Write .... Yes Send EOI at end of Write .... Yes
System Controller ........... Yes System Controller ........... Yes
Assert REN when SC .......... No Assert REN when SC .......... No
Enable Auto Serial Polling .. No Enable Auto Serial Polling .. No
Enable CIC Protocol ......... No Enable CIC Protocol ......... No
Bus Timing .................. 500nsec Bus Timing .................. 500nsec
Parallel Poll Duration ...... Default Parallel Poll Duration ...... Default
Use this GPIB board ......... Yes Use this GPIB board ......... Yes
Board Type .................. PCII Board Type .................. PCII
Base I/O Address ............ 02B8h Base I/O Address ............ 02B8h
F1: Help F6: Reset Value
National Instruments
Primary GPIB Address ........ à à 12
Secondary GPIB Address ...... NONE
Timeout setting ............. 10sec
Serial Poll Timeout ......... 1sec
Terminate Read on EOS ....... Yes
Set EOI with EOS on Writes .. Yes
Type of compare on EOS ...... 7-Bit
EOS byte .................... 0Ah
Send EOI at end of Write .... Yes
Enable Repeat Addressing .... Yes
F1: Help F6: Reset Value
Figure 9-3. Typical National Instruments GPIB Configuration from IBCONF.EXE
9-10
Lake Shore Model 340 Temperature Controller User's Manual
GPIB0 Configuration
F9/Esc: Return to Map
DEV12 Configuration
F9/Esc: Return to Map
GPIB-PC2/2A Ver 2.1
Select the primary GPIB address by
é é
using the left and right arrow keys.
This address is used to compute the
talk and listen addresses which
identify the board or device on the
GPIB. Valid primary addresses range
from 0 to 30 (00H to 1EH).
* Adding 32 to the primary address
forms the Listen Address (LA).
* Adding 64 to the primary address
forms the Talk Address (TA).
EXAMPLE: Selecting a primary address
of 10 yields the following:
10 + 32 = 42 (Listen address)
10 + 64 = 74 (Talk address)
ê ê
Ctl PgUp/PgDn: Next/Prev Board
GPIB-PC2/2A Ver 2.1
é é
Select the primary GPIB address by
using the left and right arrow keys.
This address is used to compute the
talk and listen addresses which
identify the board or device on the
GPIB. Valid primary addresses range
from 0 to 30 (00H to 1EH).
* Adding 32 to the primary address
forms the Listen Address (LA).
* Adding 64 to the primary address
forms the Talk Address (TA).
EXAMPLE: Selecting a primary address
of 10 yields the following:
10 + 32 = 42 (Listen address)
ê ê
10 + 64 = 74 (Talk address)
Ctl PgUp/PgDn: Next/Prev Board
IBCONF.EXE.eps
Remote Operation