196
HP E1415 Command Reference
DIAGnostic
Comments
•
When <mode> is set to 1 (the *RST Default) channels are calibrated using the
Least Squares Fit method to provide the minimum error overall (over the entire
output range). When <mode> is 0, channels are calibrated to provide the
minimum error at their zero point. See your SCPs User’s Manual for its
accuracy specifications using each mode.
•
Related Commands: *CAL?, CAL:SET, DIAG:CAL:SET:MODE?
•
*RST Condition: DIAG:CAL:SET:MODE 1
Usage
set analog DAC SCP cal mode for best zero accuracy
DIAG:CAL:SET:MODE 0
set mode for best zero cal
*CAL?
start channel calibration
DIAGnostic:CALibration:SETup[:MODE]?
DIAGnostic:CALibration:SETup[:MODE]?
returns the currently set calibration
mode for analog output DAC SCPs.
Comments
•
Returns a 1 when channels are calibrated using the Least Squares Fit method to
provide the minimum error overall (over the entire output range). Returns a 0
when channels are calibrated to provide the minimum error at their zero point.
See your SCPs User’s Manual for its accuracy specifications using each mode.
The C-SCPI type is int16.
•
Related Commands: DIAG:CAL:SET:MOD, *CAL?, CAL:SET
•
*RST Condition: DIAG:CAL:SET:MODE 1
DIAGnostic:CALibration:TARE[:OTDetect]:MODE
DIAGnostic:CALibration:TARE[:OTDetect]:MODE <
mode
>
sets whether Open
Transducer Detect current will be turned off or left on (the default mode) during the
CAL:TARE operation.
Parameters
Comments
•
When <mode> is set to 0 (the *RST Default), channels are tare calibrated with
their OTD current off. When <mode> is 1, channels that have their OTD
current on (DIAGnostic:OTDetect ON,(@<ch_list>)) are tare calibrated with
their OTD current left on.
•
By default (*RST) the CALibration:TARE? command will calibrate all
channels with the OTD circuitry disabled. This is done for two reasons: first,
most users do not leave OTD enabled while taking readings, and second, the
CALibration:TARE? operation takes much longer with OTD enabled.
Parameter
Name
Parameter
Type
Range of
Values
Default
Units
mode
boolean (uint 16)
0 | 1
volts
Содержание VXI 75000 C Series
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Страница 30: ...30 Getting Started Chapter 1 Notes ...
Страница 32: ...32 Field Wiring Chapter 2 Figure 2 1 Channel Numbers at SCP Positions ...
Страница 44: ...44 Field Wiring Chapter 2 Figure 2 11 HP E1415 Terminal Module ...
Страница 54: ...54 Field Wiring Chapter 2 Notes ...
Страница 61: ...Programming the HP E1415 for PID Control 61 Chapter 3 Programming Overview Diagram ...
Страница 124: ...124 Creating and Running Custom Algorithms Chapter 4 Figure 4 2 Algorithm Operating Sequence Diagram ...
Страница 136: ...136 Creating and Running Custom Algorithms Chapter 4 Notes ...
Страница 152: ...152 Algorithm Language Reference Chapter 5 Notes ...
Страница 304: ...304 HP E1415 Command Reference Chapter 6 Command Quick Reference Notes ...
Страница 308: ...308 Specifications Appendix A Thermocouple Type E 200 800C SCPs HP E1501 02 03 ...
Страница 309: ...Specifications 309 Appendix A Thermocouple Type E 200 800C SCPs HP E1508 09 ...
Страница 310: ...310 Specifications Appendix A Thermocouple Type E 0 800C SCPs HP E1501 02 03 ...
Страница 311: ...Specifications 311 Appendix A Thermocouple Type E 0 800C SCPs HP E1509 09 ...
Страница 312: ...312 Specifications Appendix A Thermocouple Type E Extended SCPs HP E1501 02 03 ...
Страница 313: ...Specifications 313 Appendix A Thermocouple Type E Extended SCPs HP E1508 09 ...
Страница 314: ...314 Specifications Appendix A Thermocouple Type J SCPs HP E1501 02 03 ...
Страница 315: ...Specifications 315 Appendix A Thermocouple Type J SCPs HP E1508 09 ...
Страница 316: ...316 Specifications Appendix A Thermocouple Type K SCPs HP E1501 02 03 ...
Страница 317: ...Specifications 317 Appendix A Thermocouple Type R SCPs HP E1501 02 03 ...
Страница 318: ...318 Specifications Appendix A Thermocouple Type R SCPs HP E1508 09 ...
Страница 319: ...Specifications 319 Appendix A Thermocouple Type S SCPs HP E1501 02 03 ...
Страница 320: ...320 Specifications Appendix A Thermocouple Type S SCPs HP E1508 09 ...
Страница 321: ...Specifications 321 Appendix A Thermocouple Type T SCPs HP E1501 02 03 ...
Страница 322: ...322 Specifications Appendix A Thermocouple Type T SCPs HP E1508 09 ...
Страница 323: ...Specifications 323 Appendix A 5K Thermistor Reference SCPs HP E1501 02 03 ...
Страница 324: ...324 Specifications Appendix A 5K Thermistor Reference SCPs HP E1508 09 ...
Страница 325: ...Specifications 325 Appendix A RTD Reference SCPs HP E1501 02 03 ...
Страница 326: ...326 Specifications Appendix A RTD SCPs HP E1501 02 03 ...
Страница 327: ...Specifications 327 Appendix A RTD SCPs HP E1508 09 ...
Страница 328: ...328 Specifications Appendix A 2250 Thermistor SCPs HP E1501 02 03 ...
Страница 329: ...Specifications 329 Appendix A 2250 Thermistor SCPs HP E1508 09 ...
Страница 330: ...330 Specifications Appendix A 5K Thermistor SCPs HP E1501 02 03 ...
Страница 331: ...Specifications 331 Appendix A 5K Thermistor SCPs HP E1508 09 ...
Страница 332: ...332 Specifications Appendix A 10K Thermistor SCPs HP E1501 02 03 ...
Страница 333: ...Specifications 333 Appendix A 10K Thermistor SCPs HP E1508 09 ...
Страница 334: ...334 Specifications Appendix A Notes ...
Страница 346: ...346 Glossary Appendix C Notes ...
Страница 388: ...388 Generating User Defined Functions Appendix F Notes ...
Страница 438: ...438 Index Writing the algorithm 129 values to CVT elements 120 values to the FIFO 121 Z ZERO CALibration ZERO 194 ...