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Bits in the Operation Status Group Event register which are set can be
determined with the command:
STATus:OPERation:EVENt?
This command returns the decimal weighted sum of the set bit(s).
Clearing the Operation
Event Register Bits
Bits in the Operation Status Group Event register are cleared with the
command:
STATus:OPERation:EVENt?
or the bits can be cleared with the command:
*CLS
The Operation Status Group Enable register is cleared (all bits masked) by
sending the command:
STATus:OPERation:ENABle 0
Using the Operation
Status Group Registers
The following example shows the sequence of commands used to setup and
respond to an interrupt using the system instrument interrupt servicing routine.
NOTE An interrupt handler must be assigned to handle the interrupt on the VXIbus
backplane interrupt line specified. See "Interrupt Line Allocation" in Chapter 2
for more information.
!Call computer subprogram Intr_resp when a service request
! is received due to an interrupt on a VXIbus backplane
! interrupt line.
ON INTR 7 CALL Intr_resp
ENABLE INTR 7;2
!Unmask bit 7 in the Status Byte register so that a service
! request (SRQ) will occur when an interrupt occurs.
!Unmask bit 8 in the Operation Status Group Enable register
!so that when the interrupt occurs it will set bit 7 in the
!Status Byte register.
OUTPUT 70900; "*SRE 128"
OUTPUT 70900; "STAT:OPER:ENAB 256"
!Set up interrupt line 5 and enable interrupt response data
!to be generated.
OUTPUT 70900; "DIAG:INT:SETUP5 ON"
OUTPUT 70900; "DIAG:INT:ACT ON"
.
. (Program which executes until interrupt occurs)
.
!Computer service request routine which does an SPOLL
!to determine the cause of the interrupt, then reads
!(and clears) the Operation Event register to determine which
!event occurred, and then reads the interrupt acknowledge
! response (which also clears condition register bit 8).
Controlling Instruments Using GPIB 6-9
- 75000 SERIES B 1
- Mainframes 1
- E1300B and E1301B 1
- Declaration of Conformity 5
- Multimeter User’s Manual 6
- About this Manual 8
- Table of Contents 9
- 6 - Table of Contents 14
- Getting Started 15
- Instrument 17
- Definition 17
- Introductory 18
- Programming 18
- Examples 18
- 1-6 Getting Started 20
- Using the Front Panel 21
- A 60-Second Menu 22
- Tutorial 22
- Using the System 23
- Instrument Menu 23
- How to Reset the System 24
- Using the Other 25
- Instrument Menus 25
- How to Open/Close Channels 26
- How to Scan Channels 26
- How to Select Monitor Mode 27
- Executing 29
- Menu Keys 30
- Display Control & 30
- Editing Keys 30
- Instrument Control 31
- Other Keys 31
- In Case of Difficulty 32
- System Instrument Menu 34
- Switchbox Menu 36
- Using the Front Panel 2-17 37
- Scanning Voltmeter Menu 38
- Using the Front Panel 2-23 43
- Counter Menu 46
- 2-28 Using the Front Panel 48
- Chapter 3 49
- Terminal Interface 50
- Features 50
- General Key 62
- Descriptions 62
- Using Supported 64
- Terminals 64
- Using Other 67
- What “Not Supported” 68
- Testing Terminals for 68
- Compatibility 68
- Using a Terminal 69
- Without Menus 69
- Using the Mainframe 89
- Mainframe Data 94
- Non-Volatile User 95
- Downloading Device Drivers 99
- GPIB bus 100
- Configuration 101
- Download Program 102
- Downloading 104
- Drivers in MS-DOS 104
- Systems with 105
- Drivers in GPIB 105
- Systems with BASIC 106
- Multiple Drivers 107
- Checking Driver 107
- Manually 108
- Downloading a 108
- Driverdown manual 108
- Manually Downloading 109
- Over GPIB 109
- Over RS-232 109
- Chapter 6 115
- Status System 116
- Structure 116
- The Status Byte 117
- Register 117
- Reading the Status 118
- Byte Register 118
- Standard Event Status 120
- Unmasking Standard 120
- Event Status Bits 120
- Reading the 122
- Condition Register 122
- Unmasking the 122
- Operation Event 122
- Register Bits 122
- Clearing the Operation 123
- Event Register Bits 123
- Using the Operation 123
- Status Group Registers 123
- Interrupting an 124
- External Computer 124
- Synchronizing an 126
- Chapter 7 129
- SCPI Command 132
- Reference 132
- :COMMunicate 135
- :SERial[0][:OWNer] 135
- :SERial[0][:OWNer]? 136
- :SERial[n]:STORe 136
- :DOWNload:CHECked 137
- [:MADDress] 137
- :SADDress 139
- :DOWNload 141
- :DRIVer:LOAD 145
- < driver_block> 145
- :DRIVer :LOAD: 145
- :OPERation 160
- :CONDition? 160
- :OPERation:ENABle 160
- <event> 160
- :SERial[n] :CONTrol 165
- :CONFigure 182
- :DLADdress? 182
- ADDR 0" 184
- :HIERarchy? 185
- :HIERarchy:ALL? 186
- :INFormation? 186
- GPIB Message 200
- Device Clear (DCL) or 201
- Selected Device Clear 201
- Command Quick 203
- SCPI Commands Quick Reference 204
- Command Description 204
- System Instrument 204
- Specifications 209
- SCPI Conformance 211
- Information 211
- A-4 Specifications 212
- Specifications A-5 213
- A-6 Specifications 214
- Specifications A-7 215
- D/A Converter 216
- Commands 216
- Specifications A-9 217
- Specifications A-11 219
- A-12 Specifications 220
- Error Messages 221
- Error Messages B-3 223
- Error Messages and Causes 223
- Code Message Cause 223
- B-4 Error Messages 224
- Start-up Error 225
- Messages 225
- B-6 Error Messages 226
- Connecting and Configuring a 227
- Display Terminal 227
- Agilent 24542H 228
- Configuring a 229
- Terminal for the 229
- Mainframe 229
- Configuring the 230
- Mainframe with 230
- Appendix D 233
- Sending Binary 234
- Data Over RS-232 234
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