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2601B
Keithley 2601B Reference Manual
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Section
2
:
General op
eration
Series 260
0B
System Sour
ceM
eter®
Instrument
Referen
ce Manual
2-
52
2600BS
-
901
-
01 Rev. B / M
ay 2013
Figure
17
: M
odels 2634B
and
2636B input/output and c
hassis ground term
inals (Model 2635B
similar)
Figure
18
: M
odels 2601B/
2602B/26
04B/26
11B/261
2B/
2614B low
-
noise chassis ground ba
nana
jack and ch
assis
screw
75
77
Table of Contents
Default Chapter
3
Safety Precautions
3
Table of Contents
5
Introduction
21
Welcome
21
Extended Warranty
21
Contact Information
21
CD-ROM Contents
22
Organization of Manual Sections
22
Capabilities and Features
23
General Information
24
Displaying the Instrument's Serial Number
24
General Operation
25
General Ratings
25
Controls, Indicators, and Connectors
26
Front Panel
26
Rear Panel
30
Cooling Vents
36
Turning Your Instrument on and off
37
Procedure
37
Placing a Series 2600B in Standby
38
Warmup Period
38
Line Frequency Configuration
39
Fuse Replacement
39
System Information
39
Menu Overview
40
Menu Navigation
40
Menu Trees
40
Main Menu
41
Configuration Menus
43
Setting Values
45
Beeper
47
Display Mode
48
Basic Operation
48
Operation Overview
49
Operation Considerations for the ADC
54
Basic Source-Measure Procedure
56
Triggering in Local Mode
60
Configuring Trigger Attributes in Local Mode
60
Configuring for Measure-Only Tests Using the MODE Key
61
V-Meter and I-Meter Measurements
62
Ohms Measurements
62
Power Measurements
66
Contact Check Measurements
68
Saved Setups
70
DUT Test Connections
72
Input/Output Connectors
72
DUT Connection Settings
99
Sense Mode Selection
100
Output-Off States
101
USB Storage Overview
104
Connecting the USB Flash Drive
105
File System Navigation
105
Displayed Error and Status Messages
106
Range
106
Available Ranges
106
Maximum Source Values and Readings
107
Measure Auto Delay
107
Ranging Limitations
107
Manual Ranging
107
Autoranging
108
Low Range Limits
108
Range Considerations
109
Range Programming
110
Digits
111
Setting Display Resolution from the Front Panel
111
Setting Display Resolution from a Remote Interface
112
Speed
112
Setting Speed
112
Remote Communication Interfaces
113
Supported Remote Interfaces
114
Output Queue
115
USB Communications
116
LAN Communications
120
Supplied Software
122
Keithley I/O Layer
125
GPIB Setup
128
General Bus Commands
129
Front-Panel GPIB Operation
131
RS-232 Interface Operation
132
Sending and Receiving Data
133
2 Wire Local Sensing Connections
77
4 Wire Remote Sensing Connections
78
Contact Check Connections
78
Multiple SMU Connections
79
Combining SMU Outputs
83
Guarding and Shielding
87
Test Fixture
96
Floating a SMU
97
Functions and Features
136
Relative Offset
136
Front Panel Relative Offset
136
Remote Relative Offset Programming
137
Filters
138
Filter Types
138
Response Time
139
Front Panel Filter Control
139
Remote Filter Programming
140
Reading Buffers
141
Front-Panel Reading Buffer Control
141
Remote Reading Buffer Programming
146
Sweep Operation
155
Overview
155
Sweep Characteristics
157
Configuring and Running Sweeps
164
Sweeping Using Factory Scripts
165
Sweep Programming Examples
166
Triggering
167
Remote Triggering Overview
167
Using the Remote Trigger Model
169
SMU Event Detectors
174
Using Trigger Events to Start Actions on Trigger Objects
175
Digital I/O Port and TSP-Link Synchronization Lines
176
Timers
178
Event Blenders
184
LAN Triggering Overview
185
Command Interface Triggering
187
Trigger Generator
188
Manual Triggering
188
Interactive Triggering
188
Hardware Trigger Modes
192
Understanding Synchronous Triggering Modes
196
High-Capacitance Mode
200
Overview
200
Understanding High-Capacitance Mode
200
Enabling High-Capacitance Mode
203
Display Operations
206
Display Functions and Attributes
206
Display Features
206
Display Messages
207
Input Prompting
211
Indicators
213
Local Lockout
214
Load Test Menu
214
Running a Test from the Front Panel
216
Key-Press Codes
216
Digital I/O
218
Digital I/O Port
218
Using Output Enable
222
Interlock
224
TSP-Link Synchronization Lines
225
Theory of Operation
227
Analog-To-Digital Converter
227
Source-Measure Concepts
227
Overview
227
Compliance Limit Principles
228
Overheating Protection
228
Operating Boundaries
230
Basic Circuit Configurations
245
Guard
249
Measurement Settling Time Considerations
251
For Controlling Settling Time Delay
252
For Analog Filter (Models 2634B/2635B/2636B Only)
252
Effects of Load on Current Source Settling Time
252
Creating Pulses with the Series 2600B
253
Pulse Rise and Fall Times
253
Pulse Width
254
Introduction to TSP Operation
255
Controlling the Instrument by Sending Individual Command Messages
255
Queries
256
Information on Scripting and Programming
257
About TSP Commands
257
Beeper Control
257
Bit Manipulation and Logic Operations
257
Data Queue
258
Digital I/O
259
Display
259
Error Queue
260
Event Log
260
File I/O
260
Gpib
261
Instrument Identification
261
LAN and LXI
262
Miscellaneous
263
Parallel Script Execution
263
Queries and Response Messages
263
Reading Buffer
264
Reset
264
Saved Setups
265
Scripting
265
Smu
266
SMU Calibration
267
Status Model
268
Time
269
Triggering
270
TSP-Link
272
TSP-Net
272
Userstrings
273
Factory Scripts
273
Introduction
273
Running a Factory Script
273
Retrieving and Modifying a Factory Script Listing
274
Kisweep Factory Script
274
Kipulse Factory Script
275
Kihighc Factory Script
276
Kiparlib Factory Script
276
Kisavebuffer Factory Script
277
Instrument Programming
278
Fundamentals of Scripting for TSP
278
What Is a Script
279
Run-Time and Nonvolatile Memory Storage of Scripts
279
What Can be Included in Scripts
279
Commands that Cannot be Used in Scripts
280
Manage Scripts
280
Working with Scripts in Nonvolatile Memory
284
Programming Example
286
Fundamentals of Programming for TSP
288
Introduction
288
What Is Lua
288
Lua Basics
288
Standard Libraries
303
Programming Example
307
Test Script Builder (TSB)
307
Installing the TSB Software
307
Installing the TSB Add-In
308
Using Test Script Builder (TSB)
308
Project Navigator
309
Script Editor
310
Outline View
310
Programming Interaction
311
Password Management
311
Password Overview
312
Working with TSB Embedded
314
Sending Instrument Commands with TSB Embedded
314
Advanced Scripting for TSP
315
Global Variables and the Script.user.scripts Table
315
Create a Script Using the Script.new() Command
317
Rename a Script
319
Retrieve a User Script
321
Delete User Scripts from the Instrument
322
Restore a Script to the Run-Time Environment
323
Memory Considerations for the Run-Time Environment
323
TSP-Link System Expansion Interface
324
Overview
325
Connections
327
Initialization
327
Resetting the TSP-Link Network
328
Using the Expanded System
329
TSP Advanced Features
330
Using Groups to Manage Nodes on TSP-Link Network
333
Running Simultaneous Test Scripts
334
Using the Data Queue for Real-Time Communication
335
Copying Test Scripts Across the TSP-Link Network
335
Removing Stale Values from the Reading Buffer Cache
336
TSP-Net
336
Overview
336
TSP-Net Capabilities
337
Using TSP-Net with any Ethernet Instrument
337
TSP-Net Compared to TSP-Link to Communicate with TSP-Enabled Devices
339
TSP-Net Instrument Commands: General Device Control
339
TSP-Net Instrument Commands: TSP-Enabled Device Control
339
Example: Using Tspnet Commands
340
TSP Command Reference
341
TSP Command Programming Notes
341
Placeholder Text
342
Syntax Rules
343
Time and Date Values
343
Using the TSP Command Reference
344
Command Name and Summary Table
344
Command Usage
345
Command Details
346
Example Section
346
Related Commands and Information
346
TSP Commands
347
Beeper.beep()
347
Beeper.enable
347
Bit.bitand()
348
Bit.bitor()
348
Bit.bitxor()
349
Bit.clear()
350
Bit.get()
350
Bit.getfield()
351
Bit.set()
352
Bit.setfield()
352
Bit.test()
353
Bit.toggle()
354
Buffervar.appendmode
355
Buffervar.basetimestamp
355
Buffervar.cachemode
356
Buffervar.capacity
357
Buffervar.clear()
358
Buffervar.clearcache()
358
Buffervar.collectsourcevalues
359
Buffervar.collecttimestamps
360
Buffervar.fillcount
361
Buffervar.fillmode
362
Buffervar.measurefunctions
362
Buffervar.measureranges
363
Buffervar.n
364
Buffervar.readings
365
Buffervar.sourcefunctions
366
Buffervar.sourceoutputstates
367
Buffervar.sourceranges
368
Buffervar.sourcevalues
369
Buffervar.statuses
370
Buffervar.timestampresolution
371
Buffervar.timestamps
372
Configpulseimeasurev()
373
Configpulseimeasurevsweeplin()
375
Configpulseimeasurevsweeplog()
377
Configpulsevmeasurei()
379
Configpulsevmeasureisweeplin()
381
Configpulsevmeasureisweeplog()
383
Dataqueue.add()
385
Dataqueue.capacity
386
Dataqueue.clear()
386
Dataqueue.count
387
Dataqueue.next()
388
Delay()
389
Digio.readbit()
389
Digio.readport()
390
Digio.trigger[N].Assert()
391
Digio.trigger[N].Clear()
391
Digio.trigger[N].Mode
392
Digio.trigger[N].Event_Id
392
Digio.trigger[N].Overrun
394
Digio.trigger[N].Pulsewidth
394
Digio.trigger[N].Release()
395
Digio.trigger[N].Reset()
395
Digio.trigger[N].Stimulus
396
Digio.trigger[N].Wait()
398
Digio.writebit()
398
Digio.writeport()
399
Digio.writeprotect
400
Display.clear()
400
Display.getannunciators()
401
Display.getcursor()
402
Display.getlastkey()
403
Display.gettext()
404
Display.inputvalue()
405
Display.loadmenu.add()
407
Display.loadmenu.catalog()
408
Display.loadmenu.delete()
409
Display.locallockout
409
Display.menu()
410
Display.numpad
411
Display.prompt()
411
Display.screen
413
Display.sendkey()
413
Display.setcursor()
415
Display.settext()
416
Display.smux.digits
417
Display.smux.limit.func
417
Display.smux.measure.func
418
Display.trigger.clear()
419
Display.trigger.event_Id
419
Display.trigger.overrun
419
Display.trigger.wait()
420
Display.waitkey()
421
Errorqueue.clear()
422
Errorqueue.count
423
Errorqueue.next()
423
Eventlog.all()
424
Eventlog.clear()
425
Eventlog.count
426
Eventlog.enable
426
Eventlog.next()
427
Eventlog.overwritemethod
428
Exit()
428
Filevar:close()
429
Filevar:flush()
429
Filevar:read()
430
Filevar:seek()
431
Filevar:write()
431
Format.asciiprecision
432
Format.byteorder
433
Format.data
434
Fs.chdir()
435
Fs.cwd()
435
Fs.is_Dir()
435
Fs.is_File()
436
Fs.mkdir()
436
Fs.readdir()
437
Fs.rmdir()
437
Gettimezone()
438
Gm_Isweep()
438
Gm_Vsweep()
439
Gpib.address
440
Initiatepulsetest()
443
I_Leakage_Measure()
443
I_Leakage_Threshold()
443
Initiatepulsetestdual()
444
Io.close()
446
Io.flush()
447
Io.input()
448
Io.open()
448
Io.output()
449
Io.read()
449
Io.type()
450
Io.write()
451
Lan.applysettings()
451
Lan.autoconnect
452
Lan.config.dns.address[N]
452
Lan.config.dns.domain
453
Lan.config.dns.dynamic
454
Lan.config.dns.hostname
454
Lan.config.dns.verify
455
Lan.config.duplex
456
Lan.config.gateway
456
Lan.config.ipaddress
457
Lan.config.method
457
Lan.config.speed
458
Lan.config.subnetmask
458
Lan.linktimeout
459
Lan.lxidomain
460
Lan.nagle
460
Lan.reset()
461
Lan.restoredefaults()
461
Lan.status.dns.address[N]
462
Lan.status.dns.name
462
Lan.status.duplex
463
Lan.status.gateway
463
Lan.status.ipaddress
464
Lan.status.macaddress
464
Lan.status.port.dst
465
Lan.status.port.rawsocket
465
Lan.status.port.telnet
466
Lan.status.port.vxi11
466
Lan.status.speed
467
Lan.status.subnetmask
467
Lan.timedwait
468
Lan.trigger[N].Assert()
468
Lan.trigger[N].Clear()
469
Lan.trigger[N].Connect()
470
Lan.trigger[N].Connected
470
Lan.trigger[N].Disconnect()
471
Lan.trigger[N].Event_Id
471
Lan.trigger[N].Ipaddress
472
Lan.trigger[N].Mode
473
Lan.trigger[N].Overrun
474
Lan.trigger[N].Protocol
474
Lan.trigger[N].Pseudostate
475
Lan.trigger[N].Stimulus
475
Lan.trigger[N].Wait()
477
Localnode.autolinefreq
477
Localnode.description
478
Localnode.linefreq
479
Localnode.model
480
Localnode.password
480
Localnode.passwordmode
481
Localnode.prompts
481
Localnode.prompts4882
482
Localnode.reset()
483
Localnode.revision
483
Localnode.serialno
484
Localnode.showerrors
485
Makegetter()
485
Makesetter()
486
Meminfo()
487
Node[N].Execute()
488
Node[N].Getglobal()
488
Node[N].Setglobal()
489
Opc()
490
Os.remove()
490
Os.rename()
491
Os.time()
491
Print()
492
Printbuffer()
493
Printnumber()
496
Pulseimeasurev()
496
Pulsevmeasurei()
497
Querypulseconfig()
498
Reset()
500
Savebuffer()
501
Script.anonymous
502
Script.delete()
503
Script.factory.catalog()
503
Script.load()
504
Script.new()
505
Script.newautorun()
506
Script.restore()
506
Script.run()
507
Script.user.catalog()
508
Scriptvar.autorun
508
Scriptvar.list()
509
Scriptvar.name
510
Scriptvar.run()
511
Scriptvar.save()
512
Scriptvar.source
512
Serial.baud
513
Serial.databits
514
Serial.flowcontrol
514
Serial.parity
514
Serial.read()
516
Serial.write()
516
Settime()
517
Settimezone()
518
Setup.poweron
519
Setup.recall()
520
Setup.save()
521
Smux.abort()
521
Smux.buffer.getstats()
522
Smux.buffer.recalculatestats()
523
Smux.cal.adjustdate
524
Smux.cal.date
524
Smux.cal.due
525
Smux.cal.lock()
526
Smux.cal.password
527
Smux.cal.polarity
527
Smux.cal.restore()
528
Smux.cal.save()
529
Smux.cal.state
529
Smux.cal.unlock()
530
Smux.contact.calibratehi()
531
Smux.contact.calibratelo()
532
Smux.contact.check()
533
Smux.contact.r()
534
Smux.contact.speed
535
Smux.contact.threshold
536
Smux.makebuffer()
537
Smux.measure.analogfilter
538
Smux.measure.autorangey
538
Smux.measure.autozero
539
Smux.measure.calibratey()
540
Smux.measure.count
541
Smux.measure.delay
542
Smux.measure.delayfactor
543
Smux.measure.filter.count
543
Smux.measure.filter.enable
544
Smux.measure.filter.type
545
Smux.measure.highcrangedelayfactor
546
Smux.measure.interval
546
Smux.measure.lowrangey
547
Smux.measure.nplc
548
Smux.measure.overlappedy()
549
Smux.measure.rangey
550
Smux.measure.rel.enabley
551
Smux.measure.rel.levely
552
Smux.measure.y()
553
Smux.measureyandstep()
554
Smux.nvbuffery
555
Smux.reset()
556
Smux.savebuffer()
556
Smux.sense
557
Smux.source.autorangey
557
Smux.source.calibratey()
558
Smux.source.compliance
559
Sm.source.delay
560
Smux.source.func
561
Smux.source.highc
561
Smux.source.levely
562
Smux.source.limity
563
Smux.source.lowrangey
564
Smux.source.offfunc
565
Smux.source.offlimity
566
Smux.source.offmode
566
Smux.source.output
567
Smux.source.rangey
570
Smux.source.settling
571
Smux.source.sink
571
Smux.trigger.arm.count
572
Smux.trigger.arm.set()
573
Smux.trigger.arm.stimulus
573
Smux.trigger.armed_Event_Id
575
Smux.trigger.autoclear
575
Smux.trigger.count
576
Smux.trigger.endpulse.action
576
Smux.trigger.endpulse.set()
577
Smux.trigger.endpulse.stimulus
577
Smux.trigger.endsweep.action
579
Smux.trigger.idle_Event_Id
579
Smux.trigger.initiate()
580
Smux.trigger.measure.action
581
Smux.trigger.measure.set()
581
Smux.trigger.measure.stimulus
582
Smux.trigger.measure.y()
584
Smux.trigger.measure_Complete_Event_Id
584
Smux.trigger.pulse_Complete_Event_Id
585
Smux.trigger.source.action
586
Smux.trigger.source.limity
587
Smux.trigger.source.lineary()
588
Smux.trigger.source.listy()
589
Smux.trigger.source.logy()
590
Smux.trigger.source.set()
591
Smux.trigger.source.stimulus
591
Smux.trigger.source_Complete_Event_Id
593
Smux.trigger.sweeping_Event_Id
594
Status.condition
594
Status.measurement
596
Status.measurement.buffer_Available
598
Status.measurement.current_Limit
599
Status.measurement.instrument
600
Status.measurement.instrument.smux
602
Status.measurement.reading_Overflow.*
604
Status.measurement.voltage_Limit
605
Status.node_Enable
606
Status.node_Event
608
Status.operation
610
Status.operation.calibrating
612
Status.operation.instrument
613
Status.operation.instrument.digio
615
Status.operation.instrument.digio.trigger_Overrun.*
616
Status.operation.instrument.lan.*
618
Status.operation.instrument.lan.trigger_Overrun.*
620
Status.operation.instrument.smux
622
Status.operation.instrument.smux.trigger_Overrrun.*
624
Status.operation.instrument.trigger_Blender
626
Status.operation.instrument.trigger_Blender.trigger_Overrun
627
Status.operation.instrument.trigger_Timer
629
Status.operation.instrument.trigger_Timer.trigger_Overrun.*
631
Status.operation.instrument.tsplink
633
Status.operation.instrument.tsplink.trigger_Overrun
634
Status.operation.measuring
636
Status.operation.remote
637
Status.operation.sweeping
638
Status.operation.trigger_Overrun
640
Status.operation.user
642
Status.questionable
644
Status.questionable.calibration
646
Status.questionable.instrument
647
Status.questionable.instrument.smux
648
Status.questionable.over_Temperature
650
Status.questionable.unstable_Output
652
Status.request_Enable
653
Status.request_Event
655
Status.reset()
657
Status.standard
657
Status.system
659
Status.system2
661
Status.system3
663
Status.system4
665
Status.system5
667
Sweepilinmeasurev()
669
Sweepilistmeasurev()
670
Sweepilogmeasurev()
671
Sweepvlinmeasurei()
672
Sweepvlistmeasurei()
673
Sweepvlogmeasurei()
674
Timer.measure.t()
675
Timer.reset()
676
Trigger.blender[N].Clear()
676
Trigger.blender[N].Event_Id
677
Trigger.blender[N].Orenable
677
Trigger.blender[N].Overrun
678
Trigger.blender[N].Reset()
679
Trigger.blender[N].Stimulus[M]
679
Trigger.blender[N].Wait()
681
Trigger.clear()
682
Trigger.event_Id
682
Trigger.generator[N].Assert()
683
Trigger.generator[N].Event_Id
683
Trigger.timer[N].Clear()
684
Trigger.timer[N].Count
684
Trigger.timer[N].Delay
685
Trigger.timer[N].Delaylist
685
Trigger.timer[N].Event_Id
686
Trigger.timer[N].Overrun
686
Trigger.timer[N].Passthrough
687
Trigger.timer[N].Reset()
688
Trigger.timer[N].Stimulus
688
Trigger.timer[N].Wait()
690
Trigger.wait()
690
Tsplink.group
691
Tsplink.master
692
Tsplink.node
692
Tsplink.readbit()
693
Tsplink.readport()
693
Tsplink.reset()
694
Tsplink.state
695
Tsplink.trigger[N].Assert()
696
Tsplink.trigger[N].Clear()
696
Tsplink.trigger[N].Event_Id
697
Tsplink.trigger[N].Mode
698
Tsplink.trigger[N].Overrun
699
Tsplink.trigger[N].Pulsewidth
700
Tsplink.trigger[N].Release()
700
Tsplink.trigger[N].Reset()
701
Tsplink.trigger[N].Stimulus
702
Tsplink.trigger[N].Wait()
704
Tsplink.writebit()
704
Tsplink.writeport()
705
Tsplink.writeprotect
706
Tspnet.clear()
706
Tspnet.connect()
707
Tspnet.disconnect()
708
Tspnet.execute()
709
Tspnet.idn()
710
Tspnet.read()
710
Tspnet.readavailable()
711
Tspnet.reset()
712
Tspnet.termination()
712
Tspnet.timeout
713
Tspnet.tsp.abort()
714
Tspnet.tsp.abortonconnect
714
Tspnet.tsp.rbtablecopy()
715
Tspnet.tsp.runscript()
716
Tspnet.write()
716
Userstring.add()
717
Userstring.catalog()
718
Userstring.delete()
718
Userstring.get()
719
Waitcomplete()
720
Troubleshooting Guide
721
Introduction
721
Error Levels
721
Effects of Errors on Scripts
722
Retrieving Errors
722
Error Summary List
723
LAN Troubleshooting Suggestions
727
Frequently Asked Questions (Faqs)
728
How Do I Display the Instrument's Serial Number
728
How Do I Optimize Performance
729
Disabling Autozero to Increase Speed
729
How Do I Upgrade the Firmware
729
How Do I Use the Digital I/O Port
729
How Do I Trigger Other Instruments
730
Triggering a Scanner
730
Interactive Trigger Programming
730
More Information about Triggering
730
How Do I Generate a GPIB Service Request
731
Setting up a Service Request
731
Service Request Programming Example
731
Polling for Srqs
731
How Do I Store Measurements in Nonvolatile Memory
731
When Should I Change the Output-Off State
732
How Do I Make Contact Check Measurements
733
How Do I Make Low-Current Measurements
733
Low-Current Connections
733
Low-Current Measurement Programming Example
735
How Can I Change the Line Frequency
735
Where Can I Get the Labview Driver
735
What Should I Do if I Get an 802 Interlock Error
735
Why Is the Reading Value 9.91E37
736
How Do I Use the Included USB Drive
736
What Do I Do if I Lose or Format the Included USB Drive
736
Next Steps
737
Additional Series 2600B Information
737
Maintenance
738
Introduction
738
Line Fuse Replacement
738
Front Panel Tests
739
Keys Test
740
Display Patterns Test
740
Upgrading the Firmware
741
Using TSB for Upgrading the Firmware
742
Calibration
743
Verification
743
Verification Test Requirements
744
Restoring Factory Defaults
746
Performing the Verification Test Procedures
747
Current Source Accuracy
749
Current Measurement Accuracy
754
Voltage Source Accuracy
757
Voltage Measurement Accuracy
759
Adjustment
760
Introduction
760
Environmental Conditions
760
Adjustment Considerations
761
Calibration Adjustment Overview
762
Calibration Commands Quick Reference
766
Calibration Adjustment Procedure
767
LAN Concepts and Settings
782
Overview
782
Establishing a Point-To-Point Connection
782
Step 1: Identify and Record the Existing IP Configuration
783
Step 2: Disable DHCP to Use the Computer's Existing IP Address
784
Step 3: Configure the Instrument's LAN Settings
789
Step 4: Install the Crossover Cable
790
Step 5: Access the Instrument's Web Page
791
Connecting to the LAN
791
Setting the LAN Configuration Method
791
Setting the IP Address
792
Setting the Gateway
792
Setting the Subnet Mask
792
Configuring the Domain Name System (DNS
793
LAN Speeds
793
Duplex Mode
794
Viewing LAN Status Messages
794
Viewing the Network Settings
795
Confirming the Active Speed and Duplex Negotiation
795
Confirming Port Numbers
796
Selecting a LAN Interface Protocol
796
VXI-11 Connection
796
Raw Socket Connection
797
Dead Socket Connection
797
Telnet Connection
797
Logging LAN Trigger Events in the Event Log
800
Accessing the Event Log from the Command Interface
801
Common Commands
803
Command Summary
803
Script Command Equivalents
805
Command Reference
805
Identification Query: *IDN
805
Operation Complete and Query: *OPC and *OPC
806
Reset: *RST
806
Self-Test Query: *TST
806
Trigger: *TRG
806
Wait-To-Continue: *WAI
807
Status Model
808
Overview
808
Status Register Set Contents
808
Queues
809
Status Function Summary
811
Status Model Diagrams
812
Clearing Registers
821
Programming and Reading Registers
821
Programming Enable and Transition Registers
821
Reading Registers
822
Status Byte and Service Request (SRQ
822
Status Byte Register
823
Service Request Enable Register
824
Serial Polling and SRQ
825
SPE, SPD (Serial Polling
825
Status Byte and Service Request Commands
825
Enable and Transition Registers
826
Controlling Node and SRQ Enable Registers
826
Status Register Sets
826
System Summary Registers
826
Standard Event Register
827
Operation Status Registers
829
Questionable Status Registers
830
Measurement Event Registers
831
Register Programming Example
832
TSP-Link System Status
833
Status Model Configuration Example
833
Display Character Codes
836
Series 2600B Display Character Codes
836
Model 2400 Emulation
842
Loading, Running, and Configuring Model 2400 Emulation
842
Operating the Series 2600B as a Model 2400
843
Execute SCPI Commands When Not in Model 2400 Emulation Mode
843
Model 2400 Compatibility
844
General Compatibility
844
Model 2400 SCPI Command Support
847
Model 2400 SCPI Command Compatibility
856
Source Subsystem
857
System Subsystem
858
Trigger Subsystem
858
Index
859
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Quick Start Guide
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Keithley 2601B Specifications
General
Brand
Keithley
Model
2601B
Category
Measuring Instruments
Language
English
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