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KEITHLEY 708B
Tektronix KEITHLEY 708B Manuals
Manuals and User Guides for Tektronix KEITHLEY 708B. We have
4
Tektronix KEITHLEY 708B manuals available for free PDF download: Reference Manual, User Manual, Quick Start Manual
Tektronix KEITHLEY 708B Reference Manual (555 pages)
Switching System
Brand:
Tektronix
| Category:
Network Accessory
| Size: 8 MB
Table of Contents
Safety Precautions
4
Table of Contents
6
In this Section
18
Overview
18
Models 707B and 708B Applications
18
Introduction
18
Extended Warranty
19
Contact Information
19
Product Documentation, Drivers, and Software
19
Display the Serial Number
20
Switch and Scan
21
Work with Channels
21
Specify a Channel
21
Channel Types
22
Connection Methods for Close Operations
23
Set up a Sequential Connection
25
Determine the Number of Relay Closures
26
Identify Installed Switching Cards
27
Close and Open Channels
28
View the Close or Open Status of a Channel
30
Channel Attributes
31
Channel Patterns
34
Reset a Channel
39
Pseudocards
40
Scan and Trigger
41
Trigger Model
41
Trigger Model Components
43
Scan and Step Counts
45
Scan List
45
Basic Scan Procedure
46
Foreground and Background Scan Execution
48
Scan and Trigger Commands
49
Remote Scan Examples
50
Hardware Trigger Modes
53
Falling Edge Trigger Mode
54
Rising Edge Master Trigger Mode
54
Rising Edge Acceptor Trigger Mode
55
Either Edge Trigger Mode
56
About the Synchronous Trigger Modes
56
Synchronous Trigger Mode
59
Events
60
Event Blenders
60
In this Section
61
Overview
61
Theory of Operation
61
Mainframe
62
Important Test System Safety Information
62
Instrument Fan (Model 707B Only)
64
AC Power Entry
64
Universal Power Supply
64
Microprocessor Board
64
Remote Communications Interfaces
64
Trigger and Control Interfaces
64
Backplane
65
Front Panel
66
Upper Crosspoint Display (Model 707B Only)
66
Digital I/O Port
69
Connect Cables
70
Digital I/O Lines
70
+5 V Output
71
Control Digital I/O Lines
71
Remote Operations
73
Remote Communications Interfaces
73
LAN Communications
74
Connect the LAN Cable
74
Configure the Network Interface Card to Obtain an IP Address Automatically
75
Identify and Record the Existing IP Configuration
76
Configure the Instrument to Obtain an IP Address Automatically
77
Use the LXI Discovery Tool
77
LAN Reference
77
One-To-One Connection
80
Ipv4 Addressing
85
Configure LAN Settings through the Front Panel
88
Web Connection
88
Telnet Connection
88
Raw Socket Connection
89
Check the LAN Network Settings
90
Set up Automatic IP Address Selection
90
Set up Instrument for Manual LAN Configuration
91
Change DNS Settings
92
Change the IP Configuration through the Web Interface
93
GPIB Setup
95
GPIB Standards
95
Install the GPIB Driver Software
95
Install the GPIB Cards in Your Computer
95
Connect the GPIB Cable
95
Set the GPIB Address
98
Enable GPIB
98
Communicate with Instruments
99
Address Instruments through GPIB
99
Terminator
100
Configure the GPIB Controllers
100
USB Communications
100
Connect the USB Cable
101
Communicate with the Instrument
102
Additional USB Information
106
Software Components for Applications and Instrument Drivers
108
Visa
108
VISA Shared Components
108
IVI Shared Components
109
NI CVI Runtime Engine
109
NI IVI Compliance Package
109
Keithley SCPI-Based Instrument Driver
109
Keithley I/O Layer
109
NI-VISA Runtime
110
Keithley Configuration Panel
110
Keithley Communicator
110
Address Instruments with VISA
110
Address Instruments through the LAN
111
Use the Web Interface
111
Connect to the Instrument Web Interface
112
Identify the Instrument
112
Web Interface Home Page
113
Log in to the Instrument
113
Card Pages
114
Set up Channel Patterns from the Web Interface
118
Scan Builder Page
120
Create a Scan List
121
Clear the Scan List from the Web Interface
122
Stop the Scan
123
Set up Simple Triggers
123
Advanced Triggering
124
TSB Embedded
125
Create a Script Using TSB Embedded
127
Admin Page
130
Change the Password
130
Unit Page
131
LXI Page
132
Send Raw Commands to an Instrument
134
VISA-C Sample Code
134
VISA-COM Sample Code
136
Introduction to TSP Operation
137
In this Section
137
Control the Instrument by Sending Individual Command Messages
137
Function Return Values
138
Queries
140
Data Retrieval Commands
140
Information on Scripting and Programming
140
About TSP Commands
141
Beeper Control
141
Bit Manipulation and Logic Operations
141
Channel Functions and Attributes
142
Data Queue
143
Delay Function
143
Digital I/O
143
Display
144
Error Queue
144
Event Log Functions and Attributes
145
Exit Function
145
Queries and Response Messages
145
Gpib
145
LAN and LXI
146
Local Node
147
Get and Set Attribute Functions
147
Memory Functions
147
Operation Complete Function
147
Print Functions
148
Reset
148
Scan
148
Scripting
149
Slot
149
Status Model Functions
150
Timer Functions
150
Trigger Functions and Attributes
150
TSP-Link
151
TSP-Net
152
User-Defined Strings
152
Waitcomplete Function
152
In this Section
153
Fundamentals of Scripting for TSP
153
Instrument Programming
153
What Is a Script
154
Runtime and Nonvolatile Memory Storage of Scripts
154
What Can be Included in Scripts
155
Commands that Cannot be Used in Scripts
155
Manage Scripts
155
Run Scripts
158
Work with Scripts in Nonvolatile Memory
162
Programming Example: Interactive Script
164
Fundamentals of Programming for TSP
165
What Is Lua
166
Lua Basics
166
Variable Types
168
Hello World
172
Logical Operators
173
String Concatenation
173
Operator Precedence
174
Conditional Branching
174
Loop Control
176
While Loops
176
For Loops
177
Standard Libraries
180
Programming Example: Script with a for Loop
184
Using Test Script Builder (TSB)
185
Install the TSB Software
187
Project Navigator
187
Script Editor
187
Programming Interaction
187
Advanced Scripting for TSP
188
Global Variables and the Script.user.scripts Table
188
Create a Script Using the Script.new() Command
189
Rename a Script
192
Retrieve a User Script
194
Delete User Scripts from the Instrument
196
Restore a Script to the Runtime Environment
197
Memory Considerations for the Runtime Environment
197
TSP-Link System and Running Simultaneous Test Scripts
199
TSP-Link Nodes
199
Connect the TSP-Link Cable
200
Initialization
201
Reset the TSP-Link Network
202
Front Panel Operation
202
Remote Programming
202
Use TSP to Run Test Scripts Simultaneously
203
Assign Groups
205
TSP-Net
208
Use TSP-Net with any Ethernet-Enabled Instrument
209
Example Script
210
TSP-Net Compared to TSP-Link to Communicate with TSP-Enabled Devices
211
TSP-Net Instrument Commands: General Device Control
211
TSP-Net Instrument Commands: TSP-Enabled Device Control
211
Example: Using Tspnet Commands
212
Overview of Instrument Drivers
212
Instrument Driver Types
213
Vxipnp Drivers
214
Interchangeable Virtual Instruments (IVI) Style Drivers
214
Labview Drivers
215
In this Section
216
Command Programming Notes
216
Placeholder Text
216
TSP Command Reference
216
Syntax Rules
217
Time and Date Values
217
Use the TSP Command Reference
218
Command Name and Summary Table
219
Command Usage
220
Command Details
221
Example Section
221
Related Commands and Information
221
TSP Commands
222
Beeper.beep()
222
Beeper.enable
223
Bit.bitand()
223
Bit.bitor()
224
Bit.bitxor()
225
Bit.clear()
225
Bit.get()
226
Bit.getfield()
227
Bit.set()
228
Bit.setfield()
229
Bit.test()
230
Bit.toggle()
231
Channel.clearforbidden()
232
Channel.close()
233
Channel.connectrule
234
Channel.connectsequential
236
Channel.createspecifier()
237
Channel.exclusiveclose()
238
Channel.exclusiveslotclose()
239
Channel.getclose()
241
Channel.getcount()
242
Channel.getdelay()
243
Channel.getforbidden()
244
Channel.getlabel()
245
Channel.getlabelcolumn()
246
Channel.getlabelrow()
247
Channel.getstate()
248
Channel.gettype()
249
Channel.open()
250
Channel.pattern.catalog()
251
Channel.pattern.delete()
252
Channel.pattern.getimage()
252
Channel.pattern.setimage()
253
Channel.pattern.snapshot()
255
Channel.reset()
257
Channel.setdelay()
258
Channel.setforbidden()
259
Channel.setlabel()
260
Channel.setlabelcolumn()
261
Channel.setlabelrow()
263
Createconfigscript()
264
Dataqueue.add()
265
Dataqueue.capacity
266
Dataqueue.clear()
267
Dataqueue.count
268
Dataqueue.next()
269
Delay()
270
Digio.readbit()
270
Digio.readport()
271
Digio.trigger[N].Assert()
272
Digio.trigger[N].Clear()
273
Digio.trigger[N].Event_Id
273
Digio.trigger[N].Mode
274
Digio.trigger[N].Overrun
275
Digio.trigger[N].Pulsewidth
276
Digio.trigger[N].Release()
277
Digio.trigger[N].Reset()
277
Digio.trigger[N].Stimulus
278
Digio.trigger[N].Wait()
279
Digio.writebit()
280
Digio.writeport()
281
Digio.writeprotect
282
Display.clear()
282
Display.getannunciators()
283
Display.getcursor()
284
Display.getlastkey()
285
Display.gettext()
286
Display.inputvalue()
288
Display.loadmenu.add()
289
Display.loadmenu.catalog()
291
Display.loadmenu.delete()
292
Display.locallockout
293
Display.menu()
293
Display.prompt()
294
Display.screen
296
Display.setcursor()
298
Display.settext()
299
Display.trigger.event_Id
300
Display.waitkey()
301
Errorqueue.clear()
302
Errorqueue.count
302
Errorqueue.next()
303
Eventlog.all()
304
Eventlog.clear()
305
Eventlog.count
305
Eventlog.enable
306
Eventlog.next()
307
Eventlog.overwritemethod
308
Exit()
309
Format.asciiprecision
309
Format.byteorder
310
Format.data
311
Gettimezone()
312
Gpib.address
313
Lan.applysettings()
314
Lan.config.dns.address[N]
314
Lan.config.dns.domain
315
Lan.config.dns.dynamic
316
Lan.config.dns.hostname
317
Lan.config.dns.verify
318
Lan.config.gateway
318
Lan.config.ipaddress
319
Lan.config.method
320
Lan.config.subnetmask
320
Lan.lxidomain
321
Lan.nagle
322
Lan.reset()
322
Lan.restoredefaults()
323
Lan.status.dns.address[N]
324
Lan.status.dns.name
324
Lan.status.duplex
325
Lan.status.gateway
325
Lan.status.ipaddress
326
Lan.status.macaddress
326
Lan.status.port.dst
327
Lan.status.port.rawsocket
328
Lan.status.port.telnet
328
Lan.status.speed
329
Lan.status.subnetmask
330
Lan.trigger[N].Assert()
330
Lan.trigger[N].Clear()
331
Lan.trigger[N].Connect()
332
Lan.trigger[N].Connected
333
Lan.trigger[N].Disconnect()
334
Lan.trigger[N].Event_Id
334
Lan.trigger[N].Ipaddress
335
Lan.trigger[N].Mode
335
Lan.trigger[N].Overrun
336
Lan.trigger[N].Protocol
337
Lan.trigger[N].Pseudostate
338
Lan.trigger[N].Stimulus
338
Lan.trigger[N].Wait()
340
Localnode.define
340
Localnode.description
341
Localnode.license
342
Localnode.model
343
Localnode.password
343
Localnode.prompts
344
Localnode.prompts4882
345
Localnode.reset()
346
Localnode.revision
347
Localnode.serialno
347
Localnode.showerrors
348
Makegetter()
349
Makesetter()
349
Memory.available()
350
Memory.used()
351
Node[N].Execute()
352
Node[N].Getglobal()
353
Opc()
354
Print()
355
Printnumber()
356
Reset()
357
Scan.abort()
358
Scan.add()
359
Scan.addimagestep()
360
Scan.background()
361
Scan.bypass
362
Scan.create()
363
Scan.execute()
364
Scan.list()
364
Scan.mode
366
Scan.reset()
367
Scan.scancount
368
Scan.state()
369
Scan.stepcount
370
Scan.trigger.arm.clear()
370
Scan.trigger.arm.set()
371
Scan.trigger.arm.stimulus
371
Scan.trigger.channel.set()
373
Scan.trigger.channel.stimulus
373
Scan.trigger.clear()
375
Script.anonymous
375
Script.delete()
376
Script.new()
376
Script.newautorun()
377
Script.restore()
378
Script.run()
379
Script.user.catalog()
379
Scriptvar.autorun
380
Scriptvar.list()
381
Scriptvar.name
382
Scriptvar.run()
383
Scriptvar.save()
383
Scriptvar.source
384
Settime()
384
Settimezone()
385
Slot[Slot].Idn
386
Slot[Slot].Poles.four
387
Slot[Slot].Poles.one
388
Slot[Slot].Poles.two
388
Slot[Slot].Pseudocard
389
Status.condition
390
Status.node_Enable
392
Status.node_Event
394
Status.operation
396
Status.questionable
401
Status.request_Enable
403
Status.request_Event
405
Status.reset()
407
Status.standard
407
Status.system
410
Status.system2
412
Status.system3
414
Status.system4
416
Status.system5
418
Timer.measure.t()
421
Timer.reset()
422
Trigger.blender[N].Clear()
422
Trigger.blender[N].Event_Id
423
Trigger.blender[N].Orenable
423
Trigger.blender[N].Overrun
424
Trigger.blender[N].Reset()
425
Trigger.blender[N].Stimulus[M]
425
Trigger.clear()
428
Trigger.event_Id
428
Trigger.timer[N].Clear()
429
Trigger.timer[N].Count
429
Trigger.timer[N].Delay
430
Trigger.timer[N].Delaylist
431
Trigger.timer[N].Event_Id
432
Trigger.timer[N].Overrun
432
Trigger.timer[N].Passthrough
433
Trigger.timer[N].Reset()
434
Trigger.timer[N].Wait()
436
Trigger.wait()
437
Tsplink.group
438
Tsplink.master
438
Tsplink.node
439
Tsplink.readbit()
440
Tsplink.readport()
440
Tsplink.reset()
441
Tsplink.state
442
Tsplink.trigger[N].Assert()
442
Tsplink.trigger[N].Clear()
443
Advertisement
Tektronix KEITHLEY 708B Reference Manual (534 pages)
Brand:
Tektronix
| Category:
Matrix Switcher
| Size: 9 MB
Table of Contents
Table of Contents
6
Introduction
16
Contact Information
16
Overview
16
Extended Warranty
16
General Operation
18
Rear Panel Overview
18
Model 707B Rear Panel
19
Model 708B Rear Panel
19
Wiring
19
Communication Connections
20
Digital I/O Port
24
Power-Up
27
Line Power Connection
27
Power-Up Sequence
27
Front-Panel Operation
28
Model 707B Front Panel
28
Model 708B Front Panel
28
Display
29
Crosspoint Display (Model 707B Only)
31
Selecting Channels from the Front Panel
32
Keys and Navigation Wheel
33
Menu Options
36
Remote Communications Interfaces
39
USB Communications
40
GPIB Setup
47
LAN Communications
52
Supplied Software
73
Keithley I/O Layer
74
Addressing Instruments with VISA
78
Using the Web Interface
83
Introduction
83
Card Pages
85
Scan Builder Page
88
TSB Embedded
92
Admin Page
94
Unit Page
94
LXI Page
95
Switch Operation
97
Working with Channels
97
Reset a Channel
114
Pseudocards
115
Save the Present Configuration
115
Functions and Features
118
Scanning and Triggering
118
Trigger Model
118
Trigger Model Components
120
Trigger Model Events and Associated Commands
120
Scan and Step Counts
121
Basic Scan Procedure
122
Changing Attributes of an Existing Scan
123
Front-Panel Scanning
123
Foreground and Background Scan Execution
124
Include Multiple Channels in a Single Scan Step
124
Remote Interface Scanning
125
Scan and Trigger Commands
125
Scanning Examples
126
Hardware Trigger Modes
130
Falling Edge Trigger Mode
131
Rising Edge Master Trigger Mode
132
Rising Edge Acceptor Trigger Mode
132
Either Edge Trigger Mode
133
Understanding Synchronous Triggering Modes
134
Synchronous Master Trigger Mode
134
Synchronous Acceptor Trigger Mode
136
Synchronous Trigger Mode
136
Events
138
Event Blenders
138
Theory of Operation
140
Models 707B and 708B Theory of Operations Overview
140
Mainframe
140
Front Panel
144
Introduction to TSP Operation
148
Controlling the Instrument by Sending Individual Command Messages
148
Queries
150
Data Retrieval Commands
150
Information on Scripting and Programming
150
About TSP Commands
150
Beeper Control
150
Bit Manipulation and Logic Operations
151
Channel Functions and Attributes
151
Createconfigscript Function
154
Data Queue
154
Delay Function
154
Digital I/O
155
Display
155
Error Queue
155
Eventlog Functions and Attributes
156
Exit Function
156
Queries and Response Messages
156
Gpib
156
LAN and LXI
157
Local Node
158
Make Accessor Functions
158
Memory Functions
158
Opc Function
158
Print Functions
158
Reset
158
Scan
159
Scripting
159
Slot
160
Status Model Functions
160
Timer Functions
160
Trigger Functions and Attributes
161
TSP-Link
161
TSP-Net
162
Userstrings
162
Waitcomplete Function
162
Overview of Instrument Drivers
163
Instrument Driver Types
163
Vxipnp Drivers
164
Interchangeable Virtual Instruments (IVI) Style Drivers
164
Labview Drivers
165
Getting Instrument Drivers
165
Instrument Driver Examples
165
Migrating from Models 707A and 708A
166
Migrating Model 707A or 708A Programs to Model 707B or 708B
166
DDC to ICL Command Equivalencies
167
Fundamentals of Scripting for TSP
176
Fundamentals of Programming for TSP
185
Introduction
185
What Is Lua
186
Lua Basics
186
Standard Libraries
200
Programming Example: Script with a for Loop
204
Using Test Script Builder (TSB)
206
Installing the TSB Software
207
Project Navigator
208
Script Editor
208
Programming Interaction
208
Advanced Scripting for TSP
208
Global Variables and the Script.user.scripts Table
208
Create a Script Using the Script.new() Command
210
Rename a Script
212
Retrieve a User Script
214
Delete User Scripts from the Instrument
216
Restore a Script to the Run-Time Environment
217
Memory Considerations for the Run-Time Environment
217
TSP-Link System and Running Simultaneous Test Scripts
219
TSP-Link System
219
TSP-Link Nodes
219
Connect the TSP-Link Cable
219
Initialization
221
Using TSP to Run Test Scripts Simultaneously
223
TSP-Net
227
Overview
227
TSP-Net Capabilities
227
Using TSP-Net with any Ethernet-Enabled Device
228
TSP-Net Compared to TSP-Link to Communicate with TSP-Enabled Devices
229
TSP-Net Instrument Commands: General Device Control
229
TSP-Net Instrument Commands: TSP-Enabled Device Control
229
Example: Using Tspnet Commands
230
TSP Command Reference
232
Command Programming Notes
232
Placeholder Text
232
Syntax Rules
233
Logical Instruments
234
Time and Date Values
234
Using the TSP Command Reference
235
Command Name and Standard Parameters Summary
235
Command Usage
236
Command Details
237
Example Section
237
Related Commands and Information
238
Instrument Control Library (ICL) Command Reference
239
Beeper.beep()
239
Beeper.enable
239
Bit.bitand()
240
Bit.bitor()
240
Bit.bitxor()
241
Bit.clear()
242
Bit.get()
242
Bit.getfield()
243
Bit.set()
244
Bit.setfield()
245
Bit.test()
245
Bit.toggle()
246
Channel.clearforbidden()
247
Channel.close()
248
Channel.connectrule
249
Channel.connectsequential
250
Channel.createspecifier()
251
Channel.exclusiveclose()
253
Channel.exclusiveslotclose()
254
Channel.getclose()
255
Channel.getcount()
256
Channel.getdelay()
257
Channel.getforbidden()
258
Channel.getlabel()
259
Channel.getlabelcolumn()
261
Channel.getlabelrow()
262
Channel.getstate()
263
Channel.gettype()
264
Channel.open()
264
Channel.pattern.catalog()
266
Channel.pattern.delete()
267
Channel.pattern.getimage()
267
Channel.pattern.setimage()
268
Channel.pattern.snapshot()
270
Channel.reset()
271
Channel.setdelay()
272
Channel.setforbidden()
273
Channel.setlabel()
274
Channel.setlabelcolumn()
275
Channel.setlabelrow()
277
Createconfigscript()
278
Dataqueue.add()
279
Dataqueue.capacity
280
Dataqueue.clear()
280
Dataqueue.count
281
Dataqueue.next()
281
Delay()
283
Digio.readbit()
283
Digio.readport()
284
Digio.trigger[N].Assert()
284
Digio.trigger[N].Clear()
285
Digio.trigger[N].Event_Id
285
Digio.trigger[N].Mode
286
Digio.trigger[N].Overrun
288
Digio.trigger[N].Pulsewidth
288
Digio.trigger[N].Release()
289
Digio.trigger[N].Reset()
289
Digio.trigger[N].Wait()
292
Digio.writebit()
292
Digio.writeport()
293
Digio.writeprotect
294
Display.clear()
294
Display.getannunciators()
295
Display.getcursor()
296
Display.getlastkey()
297
Display.gettext()
298
Display.inputvalue()
299
Display.loadmenu.add()
301
Display.loadmenu.catalog()
302
Display.loadmenu.delete()
303
Display.locallockout
303
Display.menu()
304
Display.prompt()
305
Display.screen
306
Display.sendkey()
307
Display.setcursor
309
Display.settext()
310
Display.trigger.clear()
311
Display.trigger.event_Id
311
Display.waitkey()
312
Errorqueue.clear()
313
Errorqueue.count
314
Errorqueue.next()
314
Eventlog.all()
315
Eventlog.clear()
316
Eventlog.count
317
Eventlog.enable
317
Eventlog.next()
318
Eventlog.overwritemethod
319
Exit()
319
Format.asciiprecision
320
Format.byteorder
320
Format.data
321
Gettimezone()
323
Gpib.address
323
Lan.applysettings()
324
Lan.config.dns.address[N]
325
Lan.config.dns.domain
326
Lan.config.dns.dynamic
326
Lan.config.dns.hostname
327
Lan.config.dns.verify
328
Lan.config.gateway
328
Lan.config.ipaddress
329
Lan.config.method
329
Lan.config.subnetmask
330
Lan.lxidomain
331
Lan.nagle
331
Lan.reset()
332
Lan.restoredefaults()
332
Lan.status.dns.address[N]
333
Lan.status.dns.name
333
Lan.status.duplex
334
Lan.status.gateway
334
Lan.status.ipaddress
335
Lan.status.macaddress
335
Lan.status.port.dst
336
Lan.status.port.rawsocket
336
Lan.status.port.telnet
337
Lan.status.port.vxi11
337
Lan.status.speed
338
Lan.status.subnetmask
338
Lan.trigger[N].Assert()
339
Lan.trigger[N].Clear()
339
Lan.trigger[N].Connect()
340
Lan.trigger[N].Connected
340
Lan.trigger[N].Disconnect()
341
Lan.trigger[N].Event_Id
342
Lan.trigger[N].Ipaddress
342
Lan.trigger[N].Overrun
344
Lan.trigger[N].Protocol
345
Lan.trigger[N].Pseudostate
345
Lan.trigger[N].Stimulus
346
Lan.trigger[N].Wait()
348
Localnode.define
349
Localnode.description
350
Node[N].Execute()
351
Node[N].Getglobal()
351
Localnode.model
352
Localnode.password
352
Localnode.passwordmode
353
Localnode.prompts
354
Localnode.prompts4882
355
Localnode.reset()
355
Localnode.revision
356
Localnode.serialno
357
Node[N].Setglobal()
357
Localnode.showerrors
358
Makegetter()
358
Makesetter()
359
Memory.available()
360
Memory.used()
361
Opc()
362
Print()
362
Printbuffer()
365
Printnumber()
365
Reset()
366
Scan.abort()
366
Scan.add()
367
Scan.addimagestep()
369
Scan.background()
370
Scan.bypass
371
Scan.create()
372
Scan.list()
374
Scan.mode
376
Scan.reset()
377
Scan.scancount
378
Scan.state()
379
Scan.stepcount
380
Scan.trigger.arm.clear()
380
Scan.trigger.arm.set()
381
Scan.trigger.arm.stimulus
381
Scan.trigger.channel.clear()
383
Scan.trigger.channel.set()
383
Scan.trigger.channel.stimulus
383
Scan.trigger.clear()
386
Script.anonymous
386
Script.delete()
387
Script.new()
387
Script.newautorun()
389
Script.restore()
390
Script.run()
390
Script.user.catalog()
391
Scriptvar.autorun
391
Scriptvar.list()
393
Scriptvar.name
393
Scriptvar.run()
394
Scriptvar.save()
395
Scriptvar.source
396
Settime()
396
Settimezone()
397
Slot[X].Idn
399
Slot[X].Poles.four
400
Slot[X].Poles.one
401
Slot[X].Poles.two
402
Slot[X].Pseudocard
402
Status.operation
408
Tektronix KEITHLEY 708B User Manual (66 pages)
Switching System
Brand:
Tektronix
| Category:
Switch
| Size: 2 MB
Table of Contents
Safety Precautions
4
Table of Contents
6
Introduction
8
Introduction to this Manual
8
Extended Warranty
8
Contact Information
8
Additional Resources
9
General Ratings
9
Installation
10
Introduction
10
Dimensions
10
Weights
14
Fixed Rack Installation
15
Rack Preparation
15
Mainframe Installation
16
Digital I/O Port
17
Connect Cables
18
Digital I/O Lines
18
+5 V Output
18
Control Digital I/O Lines
18
Digital I/O Bit Weighting
19
Connect Line Power
20
Power-Up Sequence
21
Instrument Description
22
Front-Panel Operation
22
Model 707B Front Panel
23
Model 708B Front Panel
24
Display
24
Display During Operation
24
Crosspoint Display (Model 707B Only)
26
Select Channels from the Front Panel
28
Keys and Navigation Wheel
29
Power Switch
29
Menu Options
33
Main Menu Options
36
Rear-Panel Overview
37
Save the Present Configuration
39
Create a Configuration Script
41
Run the Configuration Script
42
Front-Panel Interface Overview
43
Introduction
43
Display
44
Specify a Channel
45
Channel Types
45
Matrix Card Channel Specifiers
45
Operate a Channel from the Front Panel
46
Crosspoint Display (Model 707B Only)
47
Select and Close Channels Using the Crosspoint Display
48
Exercise: Select and Close a Crosspoint on Slot 1
48
Exercise: Select a Crosspoint on Slot 2
49
View the Close or Open Status of a Channel
50
Channel Patterns
50
Create a Channel Pattern
50
Perform Close and Open Operations on Channel Patterns
51
Set up Row, Column, and Channel Labels
52
Exercise: Create a Row Label for Row D Using the Front Panel
53
Maintenance
54
Upgrade the Firmware
54
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Tektronix KEITHLEY 708B Quick Start Manual (21 pages)
Brand:
Tektronix
| Category:
Switch
| Size: 26 MB
Table of Contents
Power and Environmental Specifications
4
Connect the Instrument
9
Install the Instrument
13
Turn on the Instrument
14
Power-Up Sequence
15
Next Steps
19
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