Agilent Technologies E1418A User Manual Page 146
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Calibration
Resistor Value
Registers
The Calibration Resistor Value Registers store the value of the resistor used
to calibrate current output. The Calibration resistor value is a 32-bit value
and requires two 16-bit registers. These registers are non-volatile.
Address
Base + 180
16
Bit 15141312111009080706050403020100
READ 2nd Least Significant Byte Least Significant Byte
WRITE
Address
Base + 182
16
Bit 15141312111009080706050403020100
READ Most Significant Byte 2nd Most Significant Byte
WRITE
Value: The 32-bit resistor value (in ohms) is written to two adjacent 16-bit
registers. The value is a float 32 format.
Voltage Calibration
Status Register
The Voltage Calibration Status Register provides a non-volatile record of
the voltage calibration status for each channel. This register is non-volatile.
Address
Base + 184
16
Bit 15141312111009080706050403020100
READ Ch
16
Volt
Cal
Stat
Ch
15
Volt
Cal
Stat
Ch
14
Volt
Cal
Stat
Ch
13
Volt
Cal
Stat
Ch
12
Volt
Cal
Stat
Ch
11
Volt
Cal
Stat
Ch
10
Volt
Cal
Stat
Ch
09
Volt
Cal
Stat
Ch
08
Volt
Cal
Stat
Ch
07
Volt
Cal
Stat
Ch
06
Volt
Cal
Stat
Ch
05
Volt
Cal
Stat
Ch
04
Volt
Cal
Stat
Ch
03
Volt
Cal
Stat
Ch
02
Volt
Cal
Stat
Ch
01
Volt
Cal
Stat
WRITE
Ch XX Cal Stat: This field is set to a one (1) when the channel has been
successfully voltage calibrated. This field is set to a zero (0) when the
channel is not voltage calibrated.
Notes This register is not set or used by the hardware. The Agilent E1418A SCPI
driver, if used to calibrate the module, automatically sets the bits in this
register. If you use register programming to calibrate this module, you may
wish to use this register to record the calibration status.
The Voltage Calibration Status Register, the Current Calibration Status
Register, the Calibration Isolation Status Register, and the Calibration Card
Configuration Register are used together to store the overall calibration
status of the module.
144 Agilent E1418A Register-Based Programming Appendix B
- *E1418-90002* 1
- Contents 3
- WARNINGS 10
- Printing History 10
- Safety Symbols 10
- DECLARATION OF CONFORMITY 11
- Module Setup and Installation 15
- Figure 1-1 shows the module 16
- Description 17
- Description Use 17
- – Ribbon Cable (Option A3H) 17
- Functional Description 18
- – Terminal Module 19
- Front Panel Connectors 20
- Module Installation 22
- Terminal Modules 24
- Wiring the Terminal Module 25
- Attaching the Terminal Module 27
- Removing the Terminal Module 28
- Terminal Module Options 29
- Crimp-and-Insert 30
- Terminal Module 30
- Accessories 30
- Extra Crimp-and-Insert 31
- Connectors 31
- Terminal Module Connectors 32
- Options A3E and A3H 34
- Terminals 34
- Terminal Module Connections 35
- Combining 36
- Channels 36
- Connecting an 37
- External Trigger 37
- Using the CAL 38
- Output Terminals 38
- Initial Operation 39
- Identification 40
- Programming Examples 41
- APPLy Output 47
- Error Checking 49
- SOURce Output 52
- Setting the Output Mode 54
- Controlling the Output Relay 55
- Triggering 56
- Using *OPC? 58
- Combining Output Channels 59
- Chapter 3 61
- Using This Chapter 61
- Command Types 61
- SCPI Command Format 62
- Commands 63
- Parameters 63
- SCPI Command Reference 64
- Subsystem Syntax ABORt 65
- APPLyn:CURRent 66
- APPLyn:VOLTage 67
- CALibration 68
- CALibration:CONDition? 69
- CALibration:RESet 70
- CALibration:STORe 71
- CALibration:TEST? 71
- CALibration:VALue:RESistance 72
- CALibrationn:VALue:CURRent? 75
- CALibrationn:VALue:VOLTage? 76
- DIAGnostic 78
- DIAGnostic:CONFigure? 79
- DIAGnostic:OUTPut:ALL[:STATe] 80
- DIAGnostic:TRIGgered? 81
- INITiate 82
- OUTPut:TTLTrgn[:STATe] 83
- OUTPut:TTLTrgn[:STATe]? 84
- OUTPutn[:STATe] 84
- OUTPutn[:STATe]? 85
- Subsystem Syntax SOURcen 86
- SOURcen:FUNCtion:MODE 91
- SOURcen:FUNCtion:MODE? 92
- Subsystem Syntax STATus 97
- STATus:OPERation:CONDition? 98
- STATus:OPERation:ENABle 98
- STATus:OPERation:ENABle? 99
- STATus:OPERation[:EVENt]? 99
- STATus:PRESet 99
- STATus:QUEStionable:ENABle 100
- STATus:QUEStionable:ENABle? 101
- STATus:QUEStionable[:EVENt]? 101
- SYSTem:ERRor? 102
- SYSTem:VERSion? 102
- TEST:NUMBer? 103
- TEST:TST[:RESults]? 104
- Parameters None 105
- TRIGger[:IMMediate] 106
- TRIGger:SOURce 107
- TRIGger:SOURce? 107
- Command Description 111
- Agilent E1418A Specifications 113
- Appendix B 115
- Addressing the Registers 116
- Reset and Registers 121
- Register Maps 122
- A24 REGISTERS 123
- Registers 124
- Cal Storage Registers 125
- Register Descriptions 128
- Device Type 129
- Register 129
- VXI Status/Control 129
- Base + 06 130
- READ A24 Offset 0000000000 130
- WRITE A24 Offset 0000000000 130
- Calibration Control 131
- Card Configuration 132
- Software Trigger 133
- Trigger Control 133
- Using the Trigger 134
- Control Register 134
- Interrupt Status 135
- Isolation Status 135
- Channel Program 136
- Jumper Register 136
- Channel Trigger 137
- Channel Mode 138
- Channel Relay 138
- Card Control 139
- Main_DAC 140
- Immediate 140
- Triggered Registers 140
- Offset_DAC 141
- Gain_DAC 141
- Undefined 142
- Channel Voltage 142
- Offset Calibration 142
- Gain Calibration 143
- Channel Current 144
- Calibration 146
- Resistor Value 146
- Voltage Calibration 146
- Status Register 146
- Current Calibration 147
- Calibration Card 149
- Configuration 149
- Checksum Register 149
- Register Example 150
- Agilent E1418A Error Messages 153
- Error Messages 154
- Appendix D 157
- Using This Appendix 157
- Equipment Required 158
- Making Connections 158
- Adjustment Procedure 159
- CALn:VAL:CURR? 164
- Storing the 165
- Adjustments 165
- Return the 165
- Module to Use 165
- Configuration and Disassembly 169
- Changing 170
- – Static Safe Workstation 171
- – Static Wrist Strap 171
- Installing 174
- Isolated/Non-Isolated 174
- Plug-on Modules 174
- Troubleshooting 176
- To Exchange an 177
- Assembly 177
- Agilent E1418A User’s Manual 179
- C (continued) 181
- O (continued) 185
- P (continued) 186
- R (continued) 187
- S (continued) 188
- T (continued) 189
- _DAC registers, 139 190
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