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Oceniono. / 5. Na podstawie oceny klientów
ARM:LAY2:SOUR EXT
ARM:LAY2:SLOP POS
ARM:LAY2:COUN 10
Note that the semicolon (;) and colon (:) link commands within different
subsystems. Only a semicolon (;) is required to link commands within the
same subsystem.
Terminating Commands All command sequences must end with a proper terminator called a
program message terminator. This may be a Line Feed (LF), Line Feed with
EOI (End-Or-Identify), or EOI. Most programming systems provide some
method of specifying the terminator. BASIC for example, automatically
provides a Line Feed at the end of all OUTPUT statements.
Data returned from a VXI instrument will always terminate with a Line
Feed and EOI. BASIC ENTER statements will terminate with this.
DEBUG2 : Verify the System Logical Addresses
One of the most common errors encountered is a logical address that is set
incorrectly. A common mistake is to interpret the most-significant-bit
(MSB) for the least-significant-bit (LSB), or to interpret a 1 setting for a 0
setting.
Use the VXI:CONF:LADD? command to return a list of all logical
addresses in the system. This allows you to verify that the system sees the
switch settings as you intended.
/* reserve computer memory (approximately 128 bytes) for the data */
/* returned */
VXI:CONF:LADD?
/* enter and print results of command */
These logical addresses, divided by eight, are the secondary (GPIB)
addresses of the instruments in the system.
You can execute the following query to find additional information about an
instrument at a specific logical address:
/* select the instrument at logical address 24 */
VXI:SEL 24
/* send INFormation? command to receive information on the instrument */
/* enter and print the data returned */
VXI:CONF:INF?
6-8 System Programming and Debugging C-Size Configuration Guide
- *E1406-90028* 1
- Contents 3
- WARNINGS 8
- Printing History 8
- Safety Symbols 8
- For More Information 12
- Terms Used In This Manual 13
- Procedure 1: 15
- Configure the VXI Mainframe 15
- Grounding 16
- Procedure 16
- Step-3 : Where To Go Next 18
- Procedure 2: 19
- Agilent E1406A Default 20
- Configuration 20
- HP 24542U 30
- (24540-80014) 30
- E1406-10 : Apply Power 31
- Alternate 33
- Configurations 33
- E1406-11 : Where To Go Next 35
- Series 700-2C : 43
- Setting the 43
- Agilent E1406A 45
- E1406A Command 46
- Mainframe 46
- Installing the 46
- Series 700-5 : Apply Power 48
- Assigning Interrupt 50
- • V743-4 : Apply Power 53
- • V743-5 : Where To Go Next 53
- The V743 Logical 55
- Address and 55
- Servant Area 55
- V743-2A : Setting 56
- Module Logical 56
- V743-2B : Setting 57
- Module Servant 57
- V743-2C : Setting 58
- Module Primary 58
- GPIB Address 58
- V743-2D : Disabling 59
- Module’s Slot 0 59
- Capability 59
- V743-4 : Apply Power 63
- V743-4A : Enabling 64
- Shared Memory 64
- V743-4B : 65
- V743-5 : Where To Go Next 66
- Mainframes 69
- E1406A 76
- GPIB Address Switch 76
- EPC7-6 : Apply Power 79
- EPC7-7 : Where To Go Next 81
- Procedure 3: 83
- Modules 91
- Controller 100
- Command Module 102
- Embedded Computer 103
- MXIbus-8 : Apply Power 107
- MXIbus-9 : Where To Go Next 107
- Procedure 4: 109
- For Agilent E1406 113
- 3. Tighten 120
- 2. Seat the module into the 120
- Backplane 123
- Connector 123
- Mainframe Backplane 123
- Step-8 : Where To Go Next 125
- Procedure 5: 127
- Apply Power 127
- Configuration and 129
- Start-Up Errors 129
- HP 9000 Series 700 130
- Computer 130
- MXI BUS: 0 131
- I - MXI -> VXI 132
- O - VXI -> MXI 132
- VXI-MXI Registers: 132
- Agilent E1497A/ 133
- E1498A Embedded 133
- V743 Controller 133
- VXI BUS: 0 134
- Agilent RADI-EPC7 135
- Embedded 486 135
- – Select the Add button 138
- Procedure 6: 141
- COMM1A : GPIB 142
- Addressing 142
- COMM1B : 143
- Embedded 143
- COMM1C : SICL 144
- COMM1D : C-SCPI 145
- Debugging Programs 146
- SCPI Command 147
- Structure 147
- Amount of Data Generated 150
- How to Execute 152
- Coupled Commands 152
- Appendix A: 155
- Terms and Definitions 155
- What is the 156
- Resource Manager? 156
- What are the Slot 0 156
- Functions? 156
- Data Transfer Bus 157
- Arbitration 157
- What is Command 158
- Module Memory 158
- What is the Servant 159
- Command Module’s 161
- Primary GPIB 161
- Address? 161
- What is the VXI-MXI 162
- What are the 162
- VXI-MXI Logical 162
- Address Windows 162
- What is an 163
- Instrument 163
- Identifier? 163
- What are Virtual 163
- Instruments? 163
- What is the Logical 164
- What are 165
- Downloadable 165
- Instrument Drivers? 165
- What Display 166
- Terminals Can Be 166
- What are Interrupt 166
- Appendix B : 167
- Checking for 173
- Instrument Errors 173
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