Agilent Technologies 34401A Specifications Page 56
- Page / 482
- Table of contents
- BOOKMARKS
Rated. / 5. Based on customer reviews
Power Meter Remote Operation
Using Sensor Calibration Tables
1-30 Agilent E4418B/E4419B Programming Guide
Using Sensor Calibration Tables
This section applies to all Agilent 8480 series power sensors. It does not
apply to the Agilent E-series power sensors. The Agilent E-series power
sensors have their sensor calibration tables stored in EEPROM which
allows frequency and calibration factor data to be downloaded by the
power meter automatically.
This section describes how to use sensor calibration tables. Sensor
calibration tables are used to store the measurement calibration factors,
supplied with each power sensor, in the power meter. These calibration
factors are used to correct measurement results.
Overview
For the Agilent 8480 series power sensors there are two methods of
providing correction data to the power meter depending on the setting of
the [SENSe[1]]|SENSe2:CORRection:CSET1:STATe command. If
[SENSe[1]]|SENSe2:CORRection:CSET1:STATe is OFF the sensor
calibration tables are not used. To make a calibrated power measurement
when [SENSe[1]]|SENSe2:CORRection:CSET1:STATe is OFF, perform
the following steps:
1. Zero and calibrate the power meter. Before carrying out the
calibration set the reference calibration factor for the power meter
you are using.
2. Set the calibration factor to the value for the frequency of the
signal you want to measure.
3. Make the measurement.
When [SENSe[1]]|SENSe2:CORRection:CSET1:STATe is ON, the
sensor calibration tables are used, providing you with a quick and
convenient method for making power measurements at a range of
frequencies using one or more power sensors. Note that with the sensor
calibration table selected, the RCF from the table overides any value
previously set. The power meter is capable of storing 20 sensor calibration
tables of 80 frequency points each.
prog.book Page 30 Thursday, June 7, 2001 2:55 PM
- Programming Guide 1
- Legal Information 3
- Limitation of Warranty 4
- Exclusive Remedies 4
- Equipment Operation 5
- General Safety Considerations 6
- IEC 1010-1 Compliance 7
- Statement of Compliance 7
- User Environment 7
- Installation Instructions 7
- About this Guide 8
- List of Related Publications 10
- Table of Contents 11
- Table System... 1-45 12
- List of Figures 23
- List of Tables 25
- Introduction 28
- Interface Selection 29
- GP-IB Address 29
- RS232/RS422 Configuration 30
- Calibration 37
- Making Measurements 40
- Using MEASure? 41
- Using the CONFigure Command 46
- Using READ? 47
- Using INITiate and FETCh? 47
- Overview 56
- TABLE 20 57
- Making the Measurement 65
- TABLE 10 67
- Resolution 74
- Averaging 74
- Setting Offsets 77
- Setting Measurement Limits 79
- Setting Window Limits 81
- Checking for Limit Failures 81
- Measuring Pulsed Signals 84
- Triggering the Power Meter 87
- Idle State 89
- Initiate State 90
- Event Detection State 90
- Trigger Delay 91
- Trigger Mode 92
- Output Format 94
- Command Used 94
- 200 Readings/Sec 94
- Dual Channel Considerations 95
- How to Use Registers 100
- Power Meter Remote Operation 101
- Status Reporting 101
- Status Register 105
- Device Status Register 113
- Example Program 117
- Syntax Conventions 121
- SCPI Data Types 121
- Input Message Terminators 127
- Quick Reference 128
- MEASurement Commands 129
- CALCulate Subsystem 130
- CALibration Subsystem 131
- DISPlay Subsystem 131
- FORMat Subsystem 131
- MEMory Subsystem 132
- OUTPut Subsystem 132
- [SENSe] Subsystem 133
- STATus Subsystem 134
- SYSTem Subsystem 135
- TRIGger Subsystem 135
- UNIT Subsystem 136
- SERVice Subsystem 136
- SCPI Compliance Information 137
- SYSTem:RWLock 138
- TRANsmit:ECHO 138
- UNIT[1 138
- MEASurement Instructions 139
- CONFigure[1 145
- FETCh[1 159
- READ[1 173
- MEASure[1 187
- Figure 3-1: CALCulate Block 203
- CALCulate Block 203
- SENSe1 Block 203
- SENSe2 Block 203
- The CALCulate[1 204
- on the 205
- enabled 207
- disabled 207
- CALCulate[1 208
- CALCulate[1 213
- Error Message 218
- Conflict” occurs 218
- The CALCulate[1 221
- CALibration[1 231
- CALibration[1 234
- DISPlay[:WINDow[1 248
- Query Example 250
- MEMory:CATalog Node 267
- MEMory:CATalog[:ALL]? 268
- MEMory:CATalog:STATe? 270
- MEM :CAT :STAT ? 270
- MEMory:CATalog:TABLe? 271
- MEMory:CLEar Node 273
- MEMory:CLEar:TABLe 275
- MEM :CLE :TABL 275
- The MEMory:FREE Node 276
- MEMory:FREE[:ALL]? 277
- MEM :FREE :ALL 277
- MEMory:FREE:STATe? 278
- :FREE :STAT ? 278
- MEMory:FREE:TABLe? 279
- MEM :FREE :TABL 279
- MEMory:NSTates? 280
- MEM :NST 280
- The MEMory:STATe Node 281
- MEMory:STATe:CATalog? 282
- MEM :STAT :CAT 282
- MEMory:TABLe Node 285
- 80 Frequency 80 290
- OUTput Subsystem 295
- SENSe Subsystem 303
- Number of Averages 309
- • Auto-averaging is disabled 312
- CSET2) table 319
- B for channel B 329
- value is set but the 330
- [:INPut][:MAGNitude]? 333
- is not affected 333
- <numeric_value> 334
- or the values 336
- B for channel A 336
- “Hardware missing” occurs 359
- Device Status Register Sets 369
- Operation Register Sets 370
- STATus:PRESet 378
- Questionable Register Sets 379
- RO 396
- SYSTem:ERRor? 410
- SYStem:LOCal 412
- Command Setting Comments 413
- Setting Comments 414
- SYSTem:REMote 416
- SYST :REM 416
- SYSTem:VERSion? 419
- ABORt[1 423
- INITiate Node 424
- TRIGger Node 428
- IEEE488.2 Command Reference 453
- Universal Commands 455
- *SRE <NRf> 471
- TTL outputs 1-55 481
Related products and manuals for Multimeters Agilent Technologies 34401A
(14 pages)© 2020, manymanuals.com. All rights reserved. | 2.289 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Comments to this Manuals