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Keysight N1911A Manuals
Manuals and User Guides for Keysight N1911A. We have
4
Keysight N1911A manuals available for free PDF download: Programming Manual, User Manual, Installation Manual, Configuration Manual
Keysight N1911A Programming Manual (771 pages)
P-Series Power Meters
Brand:
Keysight
| Category:
Measuring Instruments
| Size: 10.16 MB
Table of Contents
Table of Contents
18
Declaration of Conformity
2
Safety Information
2
General Warranty
3
Equipment Operation
4
General Safety Considerations
5
Table of Contents
18
List of Tables
23
Introduction
28
Power Meter Remote Operation Introduction
28
Configuring the Remote Interface
29
Gpib Address
29
Interface Selection
29
Lan Configuration
30
Usb Configuration
31
Zeroing and Calibrating the P-Series Power Sensor
32
Making Measurement
34
Table 1-1 Measure? and Configure Preset States
34
Using Measure
35
Using the Configure Command
40
Using the Lower Level Commands
49
Using Frequency Dependent Offset Tables
50
Figure 1-1 Frequency Dependent Offset Tables
51
Editing Frequency Dependent Offset Tables
52
Enabling a Frequency Dependent Offset Table
55
Making the Measurement
55
Selecting a Frequency Dependent Offset Table
55
Setting the Range, Resolution and Averaging
57
Auto Averaging Mode
58
Figure 1-2 Typical Averaged Readings on 8480 Series Sensors
58
Figure 1-3 Averaging Range Hysteresis
59
Filter Length
59
Range
60
Channel Offsets
61
Display Offsets
61
Setting Offsets
61
Figure 1-4 Limits Checking Application
63
Setting Measurement Limits
63
Checking for Limit Failures
64
Figure 1-5 Limits Checking Results
64
Table 1-3 Range of Values for Window Limits
64
Using Status
66
Getting the Best Speed Performance
67
Measurement Rate
67
Table 1-4 Model of Sensor and Measurement Rates
68
Trigger Mode
68
Command Used
70
Output Format
70
Fast Mode
71
Figure 1-6 How Measurement Are Calculated
72
How Measurements Are Calculated
72
Status Reporting
73
The General Status Register Model
73
Figure 1-7 Generalized Status Register Model
74
Figure 1-8 Typical Status Register Bit Changes
75
How to Use Register
76
The Condition Polling Method
76
The Srq Method
77
Figure 1-9 Status System
81
Table 1-5 Bit Definitions - Status Byte Register
82
Table 1-6 Bit Definitions - Standard Event Register
83
Table 1-7 Bit Definitions - Questionable Status Registers
85
Table 1-9 Bit Definitions - Operation Status
86
Table 1-10 Bit Change Conditions for Operation Status
87
Table 1-11 Bit Definitions - Device Status Register
88
Table 1-12 Bit Change Conditions for Device Status Register
89
Using the Operation Complete Commands
90
How to Save and Recall a Configuration
92
Saving and Recalling Power Meter Configurations
92
Using Device Clear to Halt Measurements
93
An Introduction to the SCPI Language
94
Figure 1-10 Hierarchical Structure of SCPI
94
Mnemonic Forms
94
Using a Colon
94
Using a Semicolon
95
Using Whitespace
95
Syntax Conventions
96
Syntax Diagram Conventions
96
Figure 1-11 Format of <Character_Data
97
Scpi Data Types
97
Figure 1-12 Format of <Non-Decimal Numeric
99
Figure 1-13 Format of <NR1
100
Figure 1-14 Format of <NR2
100
Figure 1-15 Format of <NR3
101
Figure 1-16 Format of <String
102
Input Message Terminators
102
SCPI Compliance Information
103
Summary of Commands
105
Making Measurements on Wireless Communication Standards
106
Starting a Preset Example
107
2 Measurement Commands
109
Measurement Commands
111
Figure 2-1 Measurement Display Calculate Block Window
112
Configure[1] |2|3|4
116
Configure [1] |2|3|4 Commands
119
Configure[1]|2|3|4[:Scalar][:Power:ac] [<Expected_Value>[,<Resolution>[,<Source List>]]]
120
Configure[1]|2|3|4[:Scalar][:Power:ac]:Relative [<Expected_Value>[,<Resolution>[,<Source List>]]]
122
Configure[1]|2|3|4[:Scalar][:Power:ac]:Difference [<Expected_Value>[,<Resolution>[,<Source List>]]]
124
Configure[1]|2|3|4[:Scalar][:Power:ac]:Difference: Relative [<Expected_Value>[,<Resolution>[,<Source List>]]]
126
Configure[1]|2|3|4[:Scalar][:Power:ac]:Ratio [<Expected_Value>[,<Resolution>[,<Source List>]]]
128
Configure[1]|2|3|4[:Scalar][:Power:ac]:Ratio: Relative[<Expected_Value>[,<Resolution>[,<Source List>]]]
130
Fetch[1]|2|3|4 Queries
132
Fetch[1]|2|3|4[:Scalar][:Power:ac]? [<Expected_Value>[,<Resolution>[,<Source List>]]]
133
Fetch[1]|2|3|4[:Scalar][:Power:ac]:Relative? [<Expected_Value>[,<Resolution>[,<Source List>]]]
135
Fetch[1]|2|3|4[:Scalar][:Power:ac]:Difference? [<Expected_Value>[,<Resolution>[,<Source List>]]]
137
Fetch[1]|2|3|4[:Scalar][:Power:ac]:Difference: Relative? [<Expected_Value>[,<Resolution>[,<Source List>]]]
139
Fetch[1]|2|3|4[:Scalar][:Power:ac]:Ratio? [<Expected_Value>[,<Resolution>[,<Source List>]]]
141
Fetch[1]|2|3|4[:Scalar][:Power:ac]:Ratio:relative? [<Expected_Value>[,<Resolution>[,<Source List>]]]
143
READ[1]|2|3|4 Commands
145
Read[1]|2|3|4[:Scalar][:Power:ac]? [<Expected_Value>[,<Resolution>[,<Source List>]]]
146
Read[1]|2|3|4[:Scalar][:Power:ac]:Relative? [<Expected_Value>[,<Resolution>[,<Source List>]]]
148
Read[1]|2|3|4[:Scalar][:Power:ac]:Difference? [<Expected_Value>[,<Resolution>[,<Source List>]]]
151
Read[1]|2|3|4[:Scalar][:Power:ac]:Difference: Relative? [<Expected_Value>[,<Resolution>[,<Source List>]]]
153
Read[1]|2|3|4[:Scalar][:Power:ac]:Ratio? [<Expected_Value>[,<Resolution>[,<Source List>]]]
156
Read[1]|2|3|4[:Scalar][:Power:ac]:Ratio:relative? [<Expected_Value>[,<Resolution>[,<Source List>]]]
158
Measure[1]|2|3|4 Commands
161
Measure[1]|2|3|4[:Scalar][:Power:ac]? [<Expected_Value>[,<Resolution>[,<Source List>]]]
162
Measure[1]|2|3|4[:Scalar][:Power:ac]:Relative? [<Expected_Value>[,<Resolution>[,<Source List>]]]
164
Measure[1]|2|3|4[:Scalar][:Power:ac]:Difference? [<Expected_Value>[,<Resolution>[,<Source List>]]]
166
Measure[1]|2|3|4[:Scalar][:Power:ac]:Difference: Relative? [<Expected_Value>[,<Resolution>[,<Source List>]]]
168
Measure[1]|2|3|4[:Scalar][:Power:ac]:Ratio? [<Expected_Value>[,<Resolution>[,<Source List>]]]
170
Measure[1]|2|3|4[:Scalar][:Power:ac]:Ratio:relative? [<Expected_Value>[,<Resolution>[,<Source List>]]]
172
3 Calculate Subsystem
175
Calculate Subsystem
176
Figure 3-1 Measurement Display Calculate Block Window
176
Figure 3-2 Calculate Block
177
Calculate[1]|2|3|4:Feed[1]|2 <String
179
Calculate[1]|2|3|4:Gain Commands
182
Calculate[1]|2|3|4:Gain[:Magnitude] <Numeric_Value
183
Calculate[1]|2|3|4:Gain:state <Boolean
185
Calculate[1]|2|3|4:Limit Commands
187
Calculate[1]|2|3|4:Limit:clear:auto <Boolean>|Once
188
Calculate[1]|2|3|4:Limit:clear[:Immediate]
190
Calculate[1]|2|3|4:Limit:fail
191
Calculate[1]|2|3|4:Limit:fcount
192
Calculate[1]|2|3|4:Limit:lower[:Data] <Numeric_Value
194
Table 3-1 Measurement Units
194
Calculate[1]|2|3|4:Limit:upper[:Data] <Numeric_Value
196
Table 3-2 Measurement Units
196
Calculate[1]|2|3|4:Limit:state <Boolean
198
Calculate[1]|2|3|4:Math Commands
200
Calculate[1]|2|3|4:Math[:Expression] <String
201
Calculate[1]|2|3|4:Math[:Expression]:Catalog
204
Calculate[1]|2|3|4:Phold:clear
205
Calculate[1]|2|3|4:Relative Commands
206
Calculate[1]|2|3|4:Relative[:Magnitude]:Auto <Boolean>|Once
207
Calculate[1]|2|3|4:Relative:state <Boolean
209
4 Calibration Subsystem
211
Calibration Subsystem
212
Calibration[1]|2[:All]
214
Calibration[1]|2[:All]
216
Calibration[1]|2:Auto [ONCE|ON|OFF|0|1]
218
Calibration[1]|2:Rcalibration <Boolean
221
Calibration[1]|2:Rcfactor <Numeric_Value
223
Calibration[1]|2:Zero:auto [ONCE|ON|OFF|0|1]
225
Calibration[1]|2:Zero:normal:auto <Boolean
227
5 Display Subsystem
229
Display Subsystem
230
Display:enable <Boolean
231
Display:screen:format <Character_Data
232
Display[:Window[1]|2] Commands
234
Display[:Window[1]|2]:Analog Commands
235
Display[:Window[1]|2]:Analog:lower <Numeric_Value
236
Table 5-1 Measurement Units
236
Display[:Window[1]|2]:Analog:upper <Numeric_Value
239
Table 5-2 Measurement Units
239
Display[:Window[1]|2]:Format <Character_Data
242
Digital Display
243
Display[:Window[1]|2]:Meter Commands
245
Display[:Window[1]|2]:Meter:lower <Numeric_Value
246
Table 5-3 Measurement Units
246
Display[:Window[1]|2]:Meter:upper <Numeric_Value
249
Table 5-4 Measurement Units
249
Display[:Window[1]|2][:Numeric[1]|2]:Resolution <Numeric_Value
252
Display[:Window[1]|2]:Select[1]|2
254
Display[:Window[1]|2]:State <Boolean
256
Display[:Window[1]|2]:Trace:feed <Character_Data
258
Format Subsystem
262
Format[:Readings]:Border <Character_Data
263
Format[:Readings][:Data] <Character_Data
265
7 Memory Subsystem
267
Memory Subsystem
268
Memory:catalog Commands
270
Memory:catalog[:All]
271
Table 7-1 8480 Series Power Sensor Tables
272
Memory:catalog:state
273
Memory:catalog:table
274
Table 7-2 8480 Series Power Sensor Tables
275
Memory:clear Commands
276
Memory:clear[:Name] <Character_Data
277
Memory:clear:table
279
Memory:free Commands
280
Memory:free[:All]
281
Memory:free:state
282
Memory:free:table
283
Memory:nstates
284
Memory:state Commands
285
Memory:state:catalog
286
Memory:state:define <Character_Data>,<Numeric_Value
287
Memory:table Commands
289
Memory:table:frequency <Numeric_Value>{,<Numeric_Value
290
Table 7-3 Frequency and Calibration/Offset Factor List
291
Memory:table:frequency:points
294
Memory:table:gain[:Magnitude] <Numeric_Value>{,<Numeric_Value
295
Table 7-4 Frequency and Calibration/Offset Factor List
295
Memory:table:gain[:Magnitude]:Points
298
Memory:table:move <Character_Data>,<Character_Data
299
Memory:table:select <Character_Data
301
8 Output Subsystem
303
Output Subsystem
304
Output:recorder[1]|2:Feed <Data_Handle
305
Output:recorder[1]|2:Limit:lower <Numeric_Value
307
Output:recorder[1]|2:Limit:upper <Numeric_Value
309
Output:recorder[1]|2:State <Boolean
311
Output:roscillator[:State] <Boolean
312
Output:trigger[:State] <Boolean
313
9 Pstatistic Subsystem
315
Pstatistic Subsystem Pstatistic Subsystem
315
Pstatistic Subsystem
317
Pstatistic:ccdf:gaussian[:State] <Boolean
319
Pstatistic:ccdf:gaussian:marker[1]|2[:Set]
321
Pstatistic:ccdf:marker:delta
323
Pstatistic:ccdf:marker[1]|2:Data
325
Pstatistic:ccdf:marker[1]|2:X <Numeric_Value
326
Pstatistic:ccdf:marker[1]|2:Y <Numeric_Value
328
Pstatistic:ccdf:reference:data
330
Pstatistic:ccdf:reference[:State] <Boolean
332
Pstatistic:ccdf:reference:marker[1]|2[:Set]
334
Pstatistic:ccdf:reference:power:average
336
Pstatistic:ccdf:reference:power:peak
337
Pstatistic:ccdf:reference:power:ptaverage
338
Pstatistic[1]|2:Ccdf:continuous <Boolean
339
Pstatistic[1]|2:Ccdf:count <Numeric_Value
341
Pstatistic[1]|2:Ccdf:data
343
Pstatistic[1]|2:Ccdf:data:max <Numeric_Value
345
Pstatistic[1]|2:Ccdf:power? <Numeric_Value
347
Pstatistic[1]|2:Ccdf:probability? <Numeric_Value
349
Pstatistic[1]|2:Ccdf:store:reference
351
Pstatistic[1]|2:Ccdf:table
353
Pstatistic[1]|2:Ccdf:trace[:State] <Boolean
356
Pstatistic[1]|2:Ccdf:trace:marker[1]|2[:Set]
358
Pstatistic[1]|2:Ccdf:trace:power:average
360
Pstatistic[1]|2:Ccdf:trace:power:peak
361
Pstatistic[1]|2:Ccdf:trace:power:ptaverage
362
N1911A/1912A P-Series Power Meters Programming Guide 10 Sense Subsystem
363
Sense Subsystem
363
10 Sense Subsystem
364
[Sense] Subsystem
365
[Sense[1]]|Sense2:Average Commands
369
[Sense[1]]|Sense2:Average:count <Numeric_Value
370
Figure 10-1 Example of Averaged Readings
373
[Sense[1]]|Sense2:Average:count:auto <Boolean
373
[Sense[1]]|Sense2:Average:sdetect <Boolean
376
[Sense[1]]|Sense2:Average[:State] <Boolean
378
[Sense[1]]|Sense2:Average2 Commands
380
[Sense[1]]|Sense2:Average2:Count <Numeric_Value
381
[Sense[1]]|Sense2:Average2[:State] <Boolean
383
[Sense[1]]|Sense2:Bandwidth|Bwidth:video <Character_Data
385
[Sense[1]]|Sense2:Buffer:count <Numeric_Value
388
[Sense[1]]|Sense2:Buffer:mtype <String
390
[Sense[1]]|Sense2:Correction Commands
392
[Sense[1]]|Sense2:Correction:cfactor|Gain[1][:Input] [:Magnitude] <Numeric_Value
393
[Sense[1]]|Sense2:Correction:cset[1]|Cset2 Commands
396
[Sense[1]]|Sense2:Correction:cset[1]|Cset2[:Select] <String
397
[Sense[1]]|Sense2:Correction:cset[1]|Cset2:State <Boolean
399
[Sense[1]]|Sense2:Correction:dcycle|Gain3 Commands
401
[Sense[1]]|Sense2:Correction:dcycle|Gain3[:Input] [:Magnitude] <Numeric_Value
402
[Sense[1]]|Sense2:Correction:dcycle|Gain3:State <Boolean
405
Sense[1]]|Sense2:Correction:fdoffset|Gain4[:Input][:Magnitude
406
[Sense[1]]|Sense2:Correction:fdoffset|Gain4[:Input][:Magnitude]
407
[Sense[1]]|Sense2:Correction:gain2 Commands
408
[Sense[1]]|Sense2:Correction:gain2:State <Boolean
409
[Sense[1]]|Sense2:Correction:gain2[:Input] [:Magnitude] <Numeric_Value
411
[Sense[1]]|Sense2:Detector:function <Character_Data
414
[Sense[1]]|Sense2:Frequency[:Cw|:Fixed] <Numeric_Value
416
Sense[1]]|Sense2:Frequency[:Cw|:Fixed]:Start <Numeric_Value
417
[Sense[1]]|Sense2:Frequency[:Cw|:Fixed]:Start <Numeric_Value
418
Sense[1]]|Sense2:Frequency[:Cw|:Fixed]:Start <Numeric_Value
420
[Sense[1]]|Sense2:Frequency[:Cw|:Fixed]:Step <Numeric_Value
421
[Sense[1]]|Sense2:Frequency[:Cw|:Fixed]:Stop <Numeric_Value
424
[Sense[1]]|Sense2:Mrate <Character_Data
427
[Sense[1]]|Sense2:Power:ac:range <Numeric_Value
430
[Sense[1]]|Sense2:Power:ac:range:auto <Boolean
432
[Sense[1]]|Sense2:Sweep[1]|2|3|4 Commands
434
[Sense[1]]|Sense2:Sweep[1]|2|3|4:Auto <Character_Data
435
Sense[1]]|Sense2:Sweep[1]|2|3|4:Auto:ref1|Ref2 <Numeric_Value
436
[Sense[1]]|Sense2:Sweep[1]|2|3|4:Auto:ref1|Ref2 <Numeric_Value
437
Sense[1]]|Sense2:Sweep[1]|2|3|4:Auto:ref1|Ref2 <Numeric_Value
438
[Sense[1]]|Sense2:Sweep[1]|2|3|4:Marker[1]|2:Power
439
[Sense[1]]|Sense2:Sweep[1]|2|3|4:Offset:time <Numeric_Value
440
[Sense[1]]|Sense2:Sweep[1]|2|3|4:Time <Numeric_Value
442
[Sense[1]]|Sense2:Temperature
444
[Sense[1]]|Sense2:Trace Commands
445
[Sense[1]]|Sense2:Trace:unit <Character_Data
446
[Sense[1]]|Sense2:V2P Atype|Dtype
448
Sense[1]|Sense2:Trace:offset:time <Numeric_Value
450
Sense[1]|Sense2:Trace:time <Numeric_Value
452
Sense[1]|2:Trace:autoscale
454
Sense[1]|2:Trace:limit:lower <Numeric_Value
456
Table 10-1 Measurement Units
456
Sense[1]|2:Trace:limit:upper <Numeric_Value
458
Table 10-2 Measurement Units
458
Sense[1]|2:Trace:X:scale:pdiv <Numeric_Value
460
Sense[1]|2:Trace:y:scale:pdiv <Numeric_Value
462
N1911A/1912A P-Series Power Meters Programming Guide 11 Status Subsystem
465
Status Subsystem
466
Table 11-1 Commands and Events Affecting Status Register
466
Status Register Set Commands
468
Device Status Register Sets
473
Operation Register Sets
475
Status:operation
476
Status:operation:calibrating[:Summary]
477
Status:operation:llfail[:Summary]
478
Status:operation:measuring[:Summary]
479
Status:operation:sense[:Summary]
480
Status:operation:trigger[:Summary]
481
Status:operation:ulfail[:Summary]
482
Status:preset
483
Questionable Register Sets
484
Status:questionable
485
Status:questionable:calibration[:Summary]
486
Status:questionable:power[:Summary]
487
12 System Subsystem
491
System Subsystem System Subsystem
491
System Subsystem
493
System:communicate:gpib[:Self]:Address <Numeric_Value
495
System:communicate:lan:aip[:State] <Boolean
497
System:communicate:lan:current:address
498
System:communicate:lan:current:dgateway
499
System:communicate:lan:current:dname
500
System:communicate:lan:current:smask
501
System:communicate:lan:address <Character_Data
502
System:communicate:lan:dgateway <Character_Data
504
System:communicate:lan:dhcp[:State] <Boolean
506
System:communicate:lan:dname <Character_Data
507
System:communicate:lan:hname <Character_Data
508
System:communicate:lan:mac
509
System:communicate:lan:restart
510
System:communicate:lan:smask <Character_Data
511
System:display:bmp
513
System:error
514
System:help:headers
522
System:local
523
System:persona:manufacturer<Character_Data
524
System:persona:manufacturer:default
526
System:preset <Character_Data
527
Table 12-1 Default: Power Meter Presets
530
Table 12-2 GSM900: Power Meter Presets
534
Table 12-3 GSM900: Power Meter Presets: Window/Measurement
536
Table 12-4 GSM900: Power Meter Presets for Secondary Channel Sensors
536
Table 12-5 EDGE: Power Meter Presets
537
Table 12-6 EDGE: Power Meter Presets: Window/Measurement
539
Table 12-7 EDGE: Power Meter Presets for Secondary Channel Sensors
541
Table 12-8 Cdmaone: Power Meter Presets
542
Table 12-9 Cdmaone: Power Meter Presets: Window/Measurement Settings
544
Table 12-10 Cdmaone: Power Meter Presets for Secondary Channel Sensors
545
Table 12-11 Cdma2000: Power Meter Presets
546
Table 12-12 Cdma2000: Power Meter Presets: Window/Measurement Settings
548
Table 12-13 Cdma2000: Power Meter Presets for Secondary Channel Sensors
549
Table 12-14 W-CDMA: Power Meter Presets
550
Table 12-15 W-CDMA: Power Meter Presets: Window/Measurement Settings
552
Table 12-16 W-CDMA: Power Meter Presets for Secondary Channel Sensors
553
Table 12-17 Bluetooth: Power Meter Presets
554
Table 12-18 Bluetooth: Power Meter Presets: Window/Measurement
556
Table 12-19 Bluetooth: Power Meter Presets for Secondary Channel Sensors
556
Table 12-20 MPCA: Power Meter Presets
557
Table 12-21 MPCA: Power Meter Presets: Window/Measurement
558
Table 12-22 MCPA: Power Meter Presets for Secondary Channel Sensors
559
Table 12-23 RADAR: Power Meter Presets
561
Table 12-24 RADAR: Power Meter Presets: Window/Measurement
562
Table 12-25 RADAR: Power Meter Presets for Secondary Channel Sensors
563
Table 12-26 802.11A and Hiperlan2: Power Meter Presets
565
Table 12-27 802.11A and Hiperlan2: Power Meter Presets: Window/Measurement Settings
566
Table 12-28 802.11A and Hiperlan2: Power Meter Presets for Second- Ary Channel Sensors
567
Table 12-29 802.11B/G: Power Meter Presets
568
Table 12-30 802.11B/G: Power Meter Presets: Window/Measurement Settings
569
Table 12-31 802.11B/G: Power Meter Presets for Secondary Channel Sensors
570
Table 12-32 1Xev-DO: Power Meter Presets
571
Table 12-33 1Exv-DO: Power Meter Presets: Window/Measurement
572
Table 12-34 1Exv-DO: Power Meter Presets for Secondary Channel Sensors
573
Table 12-35 1Exv-DV: Power Meter Presets
574
Table 12-36 1Xev-DV: Power Meter Presets: Window/Measurement
575
Table 12-37 1Xev-DV: Power Meter Presets for Secondary Channel Sensors
576
Table 12-38 TD-SCDMA: Power Meter Presets
577
Table 12-39 TD-SCDMA: Power Meter Presets: Window/Measurement
578
Table 12-40 TD-SCDMA: Power Meter Presets: Window/Measurement Settings
579
Figure 12-2 a Trace Display of the Active Timeslots
580
Table 12-41 NADC: Power Meter Presets
580
Table 12-42 NADC: Power Meter Presets: Window/Measurement
582
Table 12-43 NADC: Power Meter Presets for Secondary Channel Sensors
583
Table 12-44 Iden: Power Meter Presets
584
Table 12-45 Iden: Power Meter Presets: Window/Measurement Settings
586
Table 12-46 Iden: Power Meter Presets for Secondary Channel Sensors
587
Table 12-47 DVB: Power Meter Presets
588
Table 12-48 DVB: Power Meter Presets: Window/Measurement Settings
589
Table 12-49 DVB: Power Meter Presets for Secondary Channel Sensors
590
Table 12-50 Wimax: Power Meter Presets
591
Table 12-51 Wimax: Power Meter Presets: Window/Measurement
592
Table 12-52 Wimax: Power Meter Presets for Secondary Channel Sensors
593
Table 12-53 DME: Power Meter Presets
594
Table 12-54 DME: Power Meter Presets: Window/Measurement Settings
596
Table 12-55 DME: Power Meter Presets for Secondary Channel Sensors
597
Table 12-56 DME-PRT: Power Meter Presets
598
Table 12-57 DME-PRT: Power Meter Presets: Window/Measurement Settings
600
Table 12-58 DME-PRT: Power Meter Presets for Secondary Channel Sensors
601
Table 12-59 HSPDA: Power Meter Presets
602
Table 12-60 HSPDA: Power Meter Presets: Window/Measurement Settings
603
Table 12-61 HSDPA: Power Meter Presets for Secondary Channel Sensors
604
Table 12-62 LTE: Power Meter Presets
605
Table 12-63 LTE: Power Meter Presets: Window/Measurement
606
Table 12-64 LTE: Power Meter Presets for Secondary Channel Sensors
607
System:remote
608
System:rwlock
609
System:version
610
N1911A/1912A P-Series Power Meters Programming Guide 13 Trace Subsystem
611
Trace Subsystem
612
Trace[1]|2[:Data]? <Character_Data
614
Trace[1]|2:Define:duration:reference<Numeric_Value
616
Trace[1]|2:Define:transition:reference <Numeric_Value>, <Numeric_Value
618
Trace[1]|2:Measurement:instant:reference? <Numeric_Value
620
Trace[1]|2:Measurement:pulse[1]
621
Trace[1]|2:Measurement:pulse[1]
622
Trace[1]|2:Measurement:pulse[1]
624
Trace[1]|2:Measurement:pulse[1]
626
Trace[1]|2:Measurement:transition[1]
628
Trace[1]|2:Measurement:transition[1]
629
Trace[1]|2:Measurement:transition[1]
630
Trace[1]|2:Measurement:transition[1]
631
Trace[1]|2:Measurement:reference? <Numeric_Value
632
Trace[1]|2:State <Boolean
634
Trace[1]|2:Unit <Character_Data
636
14 Trigger Subsystem
639
Trigger Subsystem
640
Abort[1]|2]
642
Initiate Commands
643
Initiate[1]|2:Continuous <Boolean
644
Initiate[1]|2[:Immediate]
646
Initiate:continuous:all <Boolean
647
Initiate:continuous:sequence[1]|2 <Boolean
649
Initiate[:Immediate]:All
651
Initiate[:Immediate]:Sequence[1]|2
652
Trigger Commands
653
Trigger[1]|2:Delay:auto <Boolean
654
Trigger[1]|2[:Immediate]
656
Trigger[1]|2:Source Bus|External|Hold|Immediate|Internal[[1]|2]
657
Trigger[1]|2:Source Bus|External|Hold|Immediate|Internal[[1]|2
658
Trigger[1]|2:Source Bus|External|Hold|Immediate|Internal[[1]|2
659
Trigger[:Sequence]:Delay <Numeric_Value
660
Trigger[:Sequence]:Holdoff <Numeric_Value
662
Trigger[:Sequence]:Hysteresis <Numeric_Value
664
Trigger[:Sequence]:Level <Numeric_Value
666
Trigger[:Sequence]:Level:auto <Boolean
668
Trigger[:Sequence]:Slope <Character_Data
670
Trigger[:Sequence[1]|2]:Count <Numeric_Value
672
Trigger[:Sequence[1]|2]:Delay:auto <Boolean
674
Trigger[:Sequence[1]|2]:Immediate
676
Trigger[:Sequence[1]|2]:Source Bus|External|Hold|Immediate|Inter Nal[[1]|2]
677
Service Subsystem Service Subsystem
681
Service Subsystem
683
Service:bist:calibrator <Boolean
686
Service:bist:cw[1]|2:Linearity
687
Service:bist:cw[1]|2:Linearity:perror
688
Service:bist:cw[1]|2:Zset:number
689
Service:bist:peak[1]|2:Linearity <Numeric_Value
690
Service:bist:peak[1]|2:Linearity:perror
691
Service:bist:peak[1]|2:Zset
692
Service:bist:peak[1]|2:Zset:number
693
Service:bist:tbase:state
694
Service:bist:tbase:state <Boolean
695
Service:bist:trigger:test
697
Service:calibrator:adj:cour <Numeric_Value
698
Service:calibrator:adj:fine <Numeric_Value
699
Service:lan:phostname
700
Service:option <Character_Data
701
Service:secure:erase
702
Service:sensor:cable:option <Numeric_Value
703
Service:sensor[1]|2:Calfactor <Cal_Factor_Data
705
Service:sensor[1]|2:Cdate
707
Service:sensor[1]|2:Corrections:state <Boolean
708
Service:sensor[1]|2:Cplace
710
Service:sensor[1]|2:Frequency:maximum
711
Service:sensor[1]|2:Frequency:minimum
712
Service:sensor[1]|2:Pcalfactor <Cal_Factor_Data
713
Service:sensor[1]|2:Power:average:maximum
715
Service:sensor[1]|2:Power:peak:maximum
716
Service:sensor[1]|2:Power:usable:maximum
717
Service:sensor[1]|2:Power:usable:minimum
718
Service:sensor[1]|2:Radc
719
Service:sensor[1]|2:Snumber
720
Service:sensor[1]|2:Tnumber
721
Service:sensor[1]|2:Type
722
Service:snumber <Character_Data
723
Service:version:processor <Character_Data
724
Service:version:system <Character_Data
725
Figure 16-1 Measurement Display UNIT Block Window
728
Unit Subsystem
728
Unit[1]|2|3|4:Power <Amplitude_Unit
729
Unit[1]|2|3|4:Power:ratio <Ratio_Unit
731
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Keysight N1911A User Manual (287 pages)
P-Series Power Meters
Brand:
Keysight
| Category:
Measuring Instruments
| Size: 6.57 MB
Table of Contents
Declaration of Conformity
2
Certification
3
General Warranty
3
Warranty Service
3
Limitation of Warranty
4
Exclusive Remedies
4
Restricted Rights Legend
5
Technology Licenses
5
Safety Symbols
6
Safety Considerations
7
Recommended Calibration Interval
7
General Safety Information
8
Environmental Conditions
9
Regulatory Information
10
Safety Compliance
10
EMC Compliance
10
Regulatory Markings
11
Waste Electrical and Electronic Equipment (WEEE) Directive 2002/96/ EC
12
Product Category
12
Sales and Technical Support
12
Table of Contents
13
List of Figures
21
Safety Information
2
1 Introduction
29
LXI Class-C Compliant Power Meter
30
Rack Mounting
30
Power Meter and Sensor Capability
31
Specifications
31
Conventions Used in this Guide
32
Front Panel Keys and Connections
33
The Display Layout
38
Figure 1-1 Dual Numeric Display
38
Figure 1-2 Single Numeric and Analog Display
40
Figure 1-3 Full Screen Numeric Display
41
Figure 1-4 Trace Display in both Windows
42
Figure 1-5 Trace Display in Single Enlarged Window in Markers
43
Figure 1-6 Trace Display in Single Enlarged Window in Trigger Delay Mode
44
Figure 1-7 Trace Display in Single Enlarged Window in Trace Control
45
Window Symbols and Pop-Ups
46
Warning Symbol Pop-Up
46
Wait Symbol Pop-Up
47
Confirm Symbol Pop-Up
47
Numeric Entry Pop-Up
47
Text Entry Pop-Up
48
Trace Scaling Pop-Up
48
List Pop-Up
49
Using the Instrument Web Browser
50
Figure 1-8 Opening the Instrument Web Interface
50
Figure 1-9 N1912A P-Series Power Meter Web Browser (Welcome Page)
51
Figure 1-10 Status Message before Toggle ID Is Selected
52
Figure 1-11 Status Message When Toggle ID Is Selected
52
Figure 1-12 Example of Lan Status Message
53
Editing the Instrument's LAN Settings
54
Figure 1-13 Viewing LAN Configuration Settings from the Web
54
Figure 1-14 Password Security Dialog Box
55
Figure 1-15 Changing the Instrument LAN Interface Configuration
56
2 General Power Meter Functions
58
Setting the Units of Measurement
58
Selecting Units of Measurement from the Softkeys
59
Setting the Measurement Frequency
60
Procedure
60
Setting the Resolution
61
Making Relative Measurements
62
Procedure
62
Figure 2-2 Typical Relative Measurement Display
62
Figure 2-3 Numeric Display
63
Setting the Pulse Reference Levels
64
Figure 2-4 Measurement Configuration Screen
64
Figure 2-5 Pulse Duration Measurement between Two Reference Levels
65
Figure 2-6 Trace Ref Lvl 1 Pop-Up
65
Figure 2-7 Trace Ref Lvl 2 Pop-Up
66
Figure 2-8 Pulse Duration Ref Lvl Pop-Up
66
Setting Offsets
67
Figure 2-9 Simplified Measurement Path
67
Figure 2-10 Typical Channel Offset Display
68
Procedure
68
Setting Channel Offsets
68
Figure 2-11 Channel Offset Indicator
69
Figure 2-12 Typical Display Offset Display
70
Procedure
70
Setting Display Offsets
70
Setting Frequency Dependent Offsets
71
Figure 2-13 Frequency Dependent Offset Tables Display
73
Figure 2-14 Frequency Dependent Offset Indicator
73
Editing Frequency Dependent Offset Tables
74
Figure 2-15 "Edit Offset" Display with Data Added
75
Figure 2-16 Edit Table Title Pop-Up
76
Setting Measurement Averaging
78
Figure 2-17 Typical Averaged Readings
78
Figure 2-18 Meas Avg Count Pop-Up
79
Procedure
79
Step Detection
81
Procedure
81
Setting the Video Averaging
82
Procedure
82
Figure 2-19 Video Avg Count Pop-Up
83
Setting the Video Bandwidth
84
Procedure
85
Figure 2-20 Bandwidth Filter Shapes
85
Figure 2-21 Video Bandwidth Pop-Up
86
Setting Measurement Channel Gates
87
Figure 2-22 Example of Measurement Gates
87
Figure 2-23 Gate Setup Screen
88
Procedure
88
Figure 2-24 Time Gating Start Pop-Up
89
Figure 2-25 Time Gating Length Pop-Up
89
Auto Gate
90
Figure 2-26 Auto Gate Settings Display
90
Figure 2-27 Marker 1 Ref Percentage Pop-Up
90
Figure 2-28 Marker 2 Ref Percentage Pop-Up
91
Setting up the Channel Trace
92
Procedure
92
Figure 2-29 the Placement of Gates (Markers) in Auto Gating Mode 91 Figure 2-30 Trace Setup Display
92
Figure 2-31 Trace Start Time Pop-Up
93
Figure 2-32 X Scale/Division Pop-Up
93
Figure 2-33 Trace Units Pop-Up
94
Figure 2-34 y Scale Maximum Value Pop-Up
94
Auto Scale
95
Figure 2-35 y Scale/Division Pop-Up
95
Setting the Trigger
96
Figure 2-36 Trigger Menu - Free Run Mode
96
Figure 2-37 Trigger Setting Menu 1 of 2
97
Procedure
97
Figure 2-38 Trigger Level Pop-Up
99
Figure 2-39 Trigger Delay Pop-Up
99
Figure 2-40 Trigger Setting Menu 2 of 2
100
Figure 2-41 Trigger Holdoff Pop-Up
101
Figure 2-42 Trigger Hysteresis Pop-Up
102
Power Sweep Mode
104
Figure 2-43 TRIG in and TRIG out Connection Diagram between Power Meter and Power Source
105
Figure 2-44 Channel Setup Display
106
Figure 2-45 Sensor Mode Pop-Up
107
Figure 2-46 Trigger Setting Menu 1 of 2
108
Figure 2-47 Trigger Setting Menu 2 of 2
108
Frequency Sweep Mode
112
Determine the Right Step to be Set
117
Setting Measurement Limits
118
Figure 2-48 Limits Checking Applications
118
Figure 2-49 Limits Checking Results
118
Setting Limits
119
Figure 2-50 Minimum Limit Pop-Up
120
Checking for Limit Failures
121
Figure 2-51 Limit Failures
121
Setting the Measurement Display
122
Figure 2-52 Sixteen Measurements Per Channel
122
Figure 2-53 Measurement Feed Example
123
Numeric Format
124
Single Function Measurement
125
Figure 2-56 Measurement Type Pop-Up
126
Figure 2-57 Gating Number Pop-Up
126
Combined Measurement
127
Figure 2-59 Measurement Example Display
128
Scaling the Analog Display
129
Figure 2-60 Maximum Limit Pop-Up
129
Figure 2-61 Minimum Limit Pop-Up
130
Figure 2-62 Increment and Decrement Multiplier
130
Recorder Output
131
Procedure
131
Figure 2-63 Recorder Minimum Pop-Up
132
Figure 2-64 Recorder Maximum Pop-Up
132
Figure 2-65 Increment and Decrement Multiplier
134
N1911A/N1912A Option H01
135
Figure 2-66 Measurement Example for Option H01
135
Figure 2-67 Example Screenshot of the RF Multitone Waveform
136
Saving and Recalling Power Meter States
137
Editing a Register's Name
138
Figure 2-69 Save Confirm Pop-Up
138
Figure 2-70 File Name Pop-Up
138
Recalling a Measurement Setup
139
Figure 2-71 Recall Pop-Up
139
Zeroing and Calibrating the P-Series Sensor
140
Zeroing
140
Figure 2-72 Zeroing Pop-Up
140
Calibration
141
Figure 2-73 Calibration Wait Pop-Up
142
Manual Calibration
142
Zero/Cal Lockout
143
Figure 2-74 Please Zero and Calibrate Window
143
Presetting the Power Meter
145
Figure 2-75 Preset Display Options
145
Setting the Cable Short/Long
147
Short
147
Long
147
Figure 2-76 Short/Long Cable Option
147
3 Using P-Series Power Sensor
150
Introduction
150
Configuring a Power Measurement
151
Setting the Trace Display
152
Step 1. Connecting the Power Sensor
153
Step 2. Setting the Channel Frequency
153
Figure 3-1 P-Series Sensor Default Channel Setup
153
Step 3. Setting the Trigger
154
Step 4. Setting the Display to Trace
154
Figure 3-2 Trace Display in Dual Channel Power Meter
154
Step 5. Expanding the Trace Display
155
Figure 3-3 Trace Display in Single Enlarged Window
155
Gate Control in a Single Enlarged Window
156
Figure 3-4 Trace Display with Gate Control Menu
156
Figure 3-5 Trace Display with Trigger Delay Menu
158
Figure 3-6 Trace Display with Trace Control Menu
159
Viewing the Results in a Full Screen Window
160
Figure 3-7 Trace Display in Full Screen
161
Improving the Accuracy with Additional Settings
162
Figure 3-8 P-Series Power Sensor Default Channel Setup
162
Figure 3-9 Channel Offset Display
163
4 Using E9320 E-Series Power Sensors
166
Introduction
166
Figure 4-1 Bandwidth Filter Shapes
167
Power Meter Configuration
168
Default Channel Setup
168
Figure 4-2 E-Series E9320 Power Sensor Default Channel Setup
168
Configuring a Peak Power Measurement
169
Measurement Accuracy
170
Procedure
170
Figure 4-3 Frequency Pop-Up
171
Setting the Trace Display
172
Step 1. Connecting the Power Sensor
173
Step 2. Setting the Channel Frequency
173
Step 3. Setting the Trigger
173
Step 4. Setting the Display to Trace
174
Figure 4-4 E-Series E9320 Power Sensor Channel Setup When Trigger Is Selected
174
Figure 4-5 Trace Display in Dual Channel Power Meter
174
Step 5. Expanding the Trace Display
175
Figure 4-6 Trace Display in Single Enlarged Window
175
Gate Control in a Single Enlarged Window
176
Figure 4-7 Trace Display with Gate Control Menu
176
Figure 4-8 Trace Display with Trigger Delay Menu
177
Figure 4-9 Trace Display with Trace Control Menu
179
Viewing the Results in a Full Screen Window
180
Figure 4-10 Trace Display in Full Screen
180
Improving the Accuracy with Additional Settings
181
Figure 4-12 Channel Offset Display
182
5 Using E9300 E-Series Power Sensors
186
Introduction
186
Power Meter Configuration
187
Figure 5-1 E9300 E-Series Auto-Averaging Settings
187
Default Channel Setup
188
Measurement Accuracy
189
Procedure
190
Measuring Spread Spectrum and Multitone Signals
192
Figure 5-4 Spread Spectrum Signal
192
CDMA Signal Measurements
193
Figure 5-6 CDMA (IS-95A): 9Ch Fwd
193
Figure 5-7 Calibration Factors Versus Frequency
194
Multitone Signal Measurements
194
Measuring TDMA Signals
195
Power Meter and Sensor Operation
195
Achieving Stable Results with TDMA Signals
195
Achieving Stable Results with GSM Signals
196
Electromagnetic Compatibility (EMC) Measurements
197
Measurement Accuracy and Speed
198
Setting the Range
198
Measurement Considerations
199
6 Using E4410 E-Series Power Sensors Introduction
202
Power Meter Configuration
203
Figure 6-1 E-Series CW Sensor Auto-Averaging Settings
203
Default Channel Setup
204
Figure 6-2 E-Series E4410 Sensor Default Channel Setup
204
Measurement Accuracy
205
Procedure
205
Figure 6-3 Frequency Pop-Up
206
7 Using 8480 Series Power Sensors
208
Introduction
208
Using 8480 Series Power Sensors Introduction
208
Power Meter Configuration
209
Figure 7-1 8480 Series Auto-Averaging Settings
209
8480 Series Sensors Connection Requirements
210
Default Channel Setup
210
Figure 7-2 8480 Series Sensor Default Channel Setup
210
Measurement Accuracy
212
Frequency Specific Calibration Factors
213
Procedure
213
Figure 7-3 Reference Calibration Factor Pop-Up Window
214
Figure 7-4 Calibration Factor Pop-Up Window
215
Figure 7-5 Calibration Factor Display
215
Sensor Calibration Tables
217
Procedure
218
Figure 7-6 Sensor Table Selected
218
Figure 7-7 Frequency Dependent Offset Indicator
219
Figure 7-8 Frequency/Calibration Table Display
220
Editing/Generating Sensor Calibration Tables
221
Figure 7-9 "Sensor Tbls" Screen
222
Figure 7-10 "Edit Cal" Display
223
Figure 7-11 Edit Table Title Pop-Up
223
Pre-Installed Calibration Table Contents
225
Figure 5-2
226
8 Using N8480 Series Power Sensors
230
Introduction
230
Using N8480 Series Power Sensors
231
Power Meter Configuration Changes
232
Figure 8-1 Auto-Averaging Settings
232
Default Channel Setup
233
Figure 8-2 N8480 Series Sensor (Excluding Option CFT) Default Channel Setup
233
Figure 8-3 N8480 Series Sensor with Option CFT Default Channel
233
N8480 Series Sensors Connection Requirements
234
N8480 Series Power Sensors (Excluding Option CFT)
235
Procedure
235
Figure 8-4 Frequency Pop-Up
236
N8480 Series Power Sensors with Option CFT
237
Frequency Specific Calibration Factors
237
Figure 8-5 Reference Calibration Factor Pop-Up Window
238
Figure 8-6 Calibration Factor Pop-Up Window
239
Figure 8-7 Calibration Factor Displayed
240
Sensor Calibration Tables
242
Selecting a Sensor Calibration Table
243
Figure 8-8 Sensor Table Selected
244
Figure 8-9 Frequency Dependent Offset Indicator
244
Figure 8-10 Frequency/Calibration Table Display
245
Editing/Generating Sensor Calibration Tables
246
Figure 8-11 "Sensor Tbls" Screen
247
Figure 8-12 "Edit Cal" Display
248
Figure 8-13 Edit Table Title Pop-Up
248
9 Complementary Cumulative Distribution Function (CCDF)
252
Introduction
252
Setting the CCDF Table
253
Windowed CCDF Table
253
Figure 9-1 CCDF Table in Windowed Display
253
Expanded CCDF Table
254
Figure 9-2 CCDF Table in Expanded Display
254
Full Screen CCDF Table
255
Figure 9-3 CCDF Table in Full-Screen Display
255
Setting the CCDF Trace
256
Figure 9-4 Trace Display Select Control Menu
256
Figure 9-5 CCDF Trace Display with Marker Trace Menu
257
Figure 9-6 Scale/DIV Pop-Up
259
Figure 9-7 Selection of CCDF Trace to be Stored as a Reference
259
10 Maintenance
261
Self Test
262
Power on Self Test
262
Front Panel Selection of Self Tests
262
Instrument Self Test
263
Figure 10-1 Self Test Complete
263
Remote Testing
264
Test Descriptions
264
Error Messages
266
Introduction
266
Error Message List
268
Operator Maintenance
275
Replacing the Power Line Fuse
275
Figure 10-3 Replacing the Fuse
276
Contacting Keysight Technologies
277
Before Calling Keysight Technologies
277
Check the Basics
277
Instrument Serial Numbers
278
Erasing Memory Data
280
Returning Your Power Meter for Service
281
Packaging the Power Meter for Shipment
281
Keysight N1911A Installation Manual (57 pages)
P-Series Power Meter
Brand:
Keysight
| Category:
Measuring Instruments
| Size: 4.03 MB
Table of Contents
Safety Information
2
Declaration of Conformity
2
General
3
Legal Information
3
Certification
3
Cooling, Cleaning, and Usage Requirements
4
Cooling Requirements
4
Safety Symbols
6
Safety Considerations
7
Regulatory Information
9
Sound Emission
9
Regulatory Markings
10
Waste Electrical and Electronic Equipment (WEEE) Directive 2002/96/ EC
11
Product Category
11
Sales and Technical Support
11
Compliance and Markings
12
Electromagnetic Compatibility (EMC)
12
Safety
12
Table of Contents
13
Getting Started
17
Welcome
18
Initial Inspection
18
Documentation Information
19
Conventions Used in this Guide
20
Power Meter and Sensor Capability
21
Specifications
21
Adjusting the Carrying Handle
22
Turning the Power Meter on
23
What Can Go Wrong
25
Front Panel Keys and Connections
26
Connecting a Power Sensor
31
P-Series Sensor
31
E-Series, 8480 and N8480 Series Sensor Models
32
Rear Panel Connections
35
Remote Interface Configurations
37
Usb
37
Figure 1-1 Example of Initial Connection Windows
38
Figure 1-2 USB Configuration Complete
39
Lan
40
Figure 1-3 Typical LAN Remote Interface
41
Figure 1-4 LAN Network Restart Pop-Up
42
Figure 1-5 Typical Manual Entry LAN Network Interface
44
Figure 1-6 Typical GPIB Remote Interface
47
Rack Mounting the Power Meter
48
Rack Mounting Information
48
Rack Mounting One Meter (Using the Option 908 Rack Mount Kit)
49
Rack Mounting Two Meters Together (Using the Option 909 Rack Mount Kit)
51
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Keysight N1911A Configuration Manual (6 pages)
P Series Power Meters and P Series Wideband Power Sensors
Brand:
Keysight
| Category:
Measuring Instruments
| Size: 0.95 MB
Table of Contents
Cable Accessories
4
Software Accessories
4
Calibration Option
5
Literature References
5
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