Agilent Technologies Agilent 8166A Manuel d'instructions Page 154
- Page / 274
- Table des matières
- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
Measurement Operations & Settings Signal Conditioning
154 Agilent 8163A/B, 8164A/B & 8166A/B Mainframes, Fifth Edition
command:
:OUTPutn[:CHANnel[m]]:POWer:OFFSet
syntax: :OUTPutn[:CHANnel[m]]:POWer:OFFSet<wsp><value>[DB] | MIN | MAX | DEF
description: Sets a power offset (P
offset
). This factor is used to offset the power value. It does not affect
the filter, nor does it change the power output at the attenuator module.
P
set(new)
(dBm) = P
att
(dBm) - P
offset(new)
(dB)
If the wavelength offset table is enabled, the corresponding λ offset is added to this offset.
parameters: <value>
MIN | MAX | DEF
The power offset required, in dB
Queries the module limits, or the default.
response: none
example: OUTP1:POW:OFFS 2
affects: Attenuator modules with power control.
command:
:OUTPutn[:CHANnel[m]]:POWer:OFFSet?
syntax: :OUTPutn[:CHANnel[m]]:POWer:OFFSet? <wsp>MIN | MAX| DEF
description: Without the optional parameter, queries the power offset value.
parameters: MIN | MAX | REF Queries the power offset limits, or the module default.
response: 4 byte Intel floating point; power offset in current power units.
example: OUTP1:POW:OFFS? → 2<END>
affects: Attenuator modules with power control.
command:
:OUTPutn[:CHANnel[m]]:POWer:OFFSet:POWermeter
syntax: :OUTPutn[:CHANnel[m]]:POWer:OFFSet:POWermeter<wsp><slot>,<channel>
description: Calculates the power offset by subtracting the power value measured by another powerme-
ter (hosted by the same mainframe) from the power value measured by the attenuator’s inte-
grated powermeter, and stores it as P
offset
.
P
offset(new)
(dBm) = P
att
(dBm) - P
ext
(dBm) + P
offset ( λ )
(dB)
parameters: <slot>
<channel>
Slot number of the external powermeter.
Channel number of the external powermeter.
response: none
example: OUTP1:POW:OFFS:POW 4,4
affects: Attenuator modules with power control.
- Programming Guide 1
- 08164-90B64 2
- Warnings and Notices 3
- In this Manual 5
- Related Manuals 6
- Table of Contents 7
- Specific Commands 43 8
- VISA Programming Examples 189 9
- Error Codes 257 10
- Index 271 10
- List of Figures 11
- List of Tables 13
- Introduction to Programming 15
- GPIB Interface 16
- Figure 1 Remote Control 18
- Message Queues 19
- How the Input Queue Works 20
- The Output Queue 21
- The Error Queue 22
- Programming and Syntax 23
- Diagram Conventions 23
- Short Form and Long Form 24
- Command and Query Syntax 25
- Data Types 26
- Slot and Channel Numbers 26
- Laser Selection Numbers 27
- Common Commands 29
- Common Command Summary 30
- Common Status Information 31
- The Status Model 33
- Status Byte Register 35
- Status Summary 35
- Status System for 8166A/B 36
- Annotations 37
- Status Command Summary 40
- Other Commands 41
- Specific Commands 43
- Specific Command Summary 44
- page 154 46
- :TRIGger 53
- :TRIGger:CONFiguration 53
- :TRIGger[n][CHANnel[m]] 53
- Instrument Setup and Status 55
- IEEE-Common Commands 56
- • GPIB (interface) state 61
- • Output queue 61
- Settings – The SYSTem 76
- → +20<END> 78
- Root Layer Command 80
- → #536570 83
- → 1200e-6,2.019\n 1210e-6 84
- Measurement Functions – The 85
- SENSe Subsystem 85
- Measurement Running 94
- Measurement Stopped 94
- → interpreted as 98
- → +1.00000000E+000<END> 102
- → -2.00000000E+001<END> 103
- → 1<END> 104
- → +6.5000E+001 110
- → +8.00000000E-002<END> 111
- → +1.80000000E-001<END> 112
- Subsystem 113
- → HIGH<END> 114
- → +0<END> 116
- → 0<END> 117
- → 50<END> 118
- → +1<END> 119
- → +4.00000E+03<END> 120
- → +8.000E+01<END> 121
- [PM 130
- → -1.00000000E+013<END> 135
- → +1.5500000E-006<END> 135
- <wsp> 137
- <value> 137
- → +3<END> 137
- → +5.00000000E-001<END> 138
- → STEP<END> 141
- → ONEW<END> 142
- → +5.00000000E-008<END> 143
- → +1.50000000E-006<END> 144
- → +1.55000000E-006<END> 145
- manual sweep 146
- → +5.00000000E-009<END> 147
- Signal Conditioning 148
- → 2<END> 149
- → 12<END> 152
- → 6<END> 153
- Offset ( λ ) 161
- → +2,+1<END> 162
- UM 163
- 163
- → 1000 entries) 164
- Slot Numbers 165
- Command Semantic 166
- Display and System Commands 167
- IEEE Commands 167
- Status Commands 168
- User Calibration Data 168
- Signal Routing 169
- Triggering - The TRIGger 171
- → ign<END> 174
- → 5<END> 175
- → dis<END> 176
- ..... 180
- Tun able 182
- Display Operations – The 186
- DISPlay Subsystem 186
- VISA Programming Examples 189
- How to Use VISA Calls 190
- How to Set up a Fixed Laser 192
- How to Measure Power using 195
- FETCh and READ 195
- How to Co-ordinate Two 199
- How Power Varies with 203
- Wavelength 203
- How to Log Results 207
- Installing the Agilent 816x 214
- Instrument Driver 214
- Using Visual Programming 218
- Environments 218
- Getting Started with LabView 221
- Features of the Agilent 816x 225
- Directory Structure 226
- Opening an Instrument Session 227
- Closing an Instrument Session 228
- VISA Data Types and Selected 229
- Constant Definitions 229
- Error Handling 230
- Agilent VEE 5.01 (or higher) 233
- Online Information 234
- Lambda Scan Applications 235
- Equally Spaced Datapoints 236
- Scan Application 239
- Laser Source 245
- Compatibility Issues 246
- Status Model 247
- Preset Defaults 248
- Removed Command 249
- Obsolete Commands 250
- Changed Parameter Syntax and 251
- Semantics 251
- Changed Query Result Values 252
- Timing Behavior 253
- Command Order 255
- Instrument Status Settings 256
- Error Codes 257
- GPIB Error Strings 258
- Agilent Technologies 274
Produits connexes et manuels pour Multimètres Agilent Technologies Agilent 8166A
(144 pages)
(21 pages)© 2020, manymanuals.fr. Tous droits réservés | 0.037 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Commentaires sur ces manuels