Tektronix KEITHLEY 2600B Series Measure Manuals

Tektronix KEITHLEY 2600B Series Measure Manuals

Manuals and User Guides for Tektronix KEITHLEY 2600B Series Measure. We have 3 Tektronix KEITHLEY 2600B Series Measure manuals available for free PDF download: Reference Manual, User Manual

Tektronix KEITHLEY 2600B Series Reference Manual

Tektronix KEITHLEY 2600B Series Reference Manual (946 pages)

Brand: Tektronix | Category: Measuring Instruments | Size: 34 MB

Table of Contents

Section 1 Introduction

23
- Safety Precautions
  3
- Welcome
  5
- Extended Warranty
  5
- Contact Information
  5
  - Table of Contents
    23
  - In this Section
    23
  - Extended Warranty
    23
  - Contact Information
    23
- Customer Documentation
  24
  - Organization of Manual Sections
    24
- Product Software and Drivers
  24
- Capabilities and Features
  25
- General Information
  26
  - Displaying the Instrument's Serial Number
    26
  - General Ratings
    26
  - Installation
    27
  - Cooling Vents
    27
  - Starting up Your Instrument
    28
  - Turning the Instrument on and off
    28
  - Placing a Series 2600B in Standby
    29
  - Line Frequency Configuration
    29
  - Fuse Replacement
    30
  - Remote Communications Interfaces
    30
  - Supported Remote Interfaces
    30
  - Remote Interface Connections
    31
  - Usb Communications
    32
  - Communicate with the Instrument
    32
  - LAN Communications
    36
  - Lan Status Leds
    37
  - Using the LAN with Remote Operations
    38
  - Monitoring the LAN
    38
  - Supplied Software
    39
  - Instrument Driver Types
    39
  - Vxipnp Drivers
    40
  - Labview Drivers
    40
  - Getting Instrument Drivers
    41
  - Instrument Driver Examples
    41
  - IVI Shared Components
    41
  - Interchangeable Virtual Instruments (IVI) Style Drivers
    42
  - NI CVI Runtime Engine
    42
  - NI IVI Compliance Package
    42
  - Keithley I/O Layer
    43
  - NI-VISA Runtime
    43
  - Computer Requirements for the Keithley I/O Layer
    44
  - How to Install the Keithley I/O Layer
    44
  - Installation Troubleshooting
    45
  - GPIB Operation
    45
  - GPIB Standards
    45
  - Connect the GPIB Cable
    46
  - Primary Address
    47
  - General Bus Commands
    48
  - Front-Panel GPIB Operation
    51
  - Error and Status Messages
    51
  - Communication Status Indicators
    51
  - LOCAL Key
    52
  - Interface Operation
    52
  - Setting RS-232 Interface Parameters
    53
  - Remote RS-232 Parameters
    53
  - Sending and Receiving Data
    54
  - Data Bits and Parity
    54
  - Flow Control and Signal Handshaking
    54
  - System Information
    56
Section 3 Instrument Description

57
- Controls, Indicators, and Connectors
  57
- Front Panel
  57
- In this Section
  57
- Instrument Description
  57
- Power Switch, Display and Configuration Keys
  58
- SMU Setup, Performance Control, Special Operation, and Numbers
  59
- Cursor Keys
  60
- Range Keys
  60
- Display Indicators (Not Shown)
  61
- Navigation Wheel
  61
- Output Control
  61
- Rear Panel
  62
- SMU Connector
  65
- Cooling Exhaust Vents
  66
- Power Module
  67
- Menu Overview
  68
  - Menu Navigation
    68
  - Menu Trees
    68
  - Configuration Menus
    71
  - Setting Source and Compliance Values
    75
- Beeper
  76
- Display Operations
  77
  - Display Mode
    77
  - Display Functions and Attributes
    78
  - Display Features
    78
  - Display Messages
    80
  - Clearing the Display
    80
  - Cursor Position
    81
  - Displaying Text Messages
    82
  - Character Codes
    82
  - Returning a Text Message
    83
  - Input Prompting
    84
  - Parameter Value Prompting
    84
  - Local Lockout
    87
  - Load Test Menu
    87
  - Adding USER TESTS Menu Entries
    88
  - Deleting USER TESTS Menu Entries
    89
  - Running a Test from the Front Panel
    89
  - Capturing Key-Press Codes
    89
- Displayed Error and Status Messages
  77
- USB Storage Overview
  91
  - Connecting the USB Flash Drive
    91
  - File System Navigation
    92
Section 4 Sourcing and Measuring

93
- Basic Operation
  93
- Operation Overview
  93
- Sourcing and Measuring
  93
- Source-Measure Capabilities
  94
- Voltage and Current
  94
- Front-Panel Limit
  96
- Remote Limit
  96
- Setting the Limit
  96
- Sink Mode
  97
- Sink Operation
  97
- Fundamental Circuit Configurations
  98
- Setting the Sink Mode from the Remote Interface
  98
- Setting the Sink Mode Using the Front Panel
  98
- Operation Considerations for the ADC
  99
- Front-Panel Autozero
  100
- NPLC Caching
  100
- Remote Command Autozero
  100
- Step 3: Select the Measurement Function and Range
  102
- Step 5: Observe Readings on the Display
  102
- Remote Source-Measure Commands
  103
- Requesting Readings
  103
- Source-Measure Programming Example
  104
- Triggering in Local Mode
  104
- Configuring Trigger Attributes in Local Mode
  105
- Configuring for Measure-Only Tests Using the MODE Key
  106
- Front-Panel Triggering Example
  106
- V-Meter and I-Meter Measurements
  107
- Basic Ohms Measurement Procedure
  108
- Ohms Ranging
  108
- Ohms Programming Example
  109
- Remote Ohms Command
  109
- Ohms Sensing
  110
- Power Measurements
  111
- Basic Power Measurement Procedure
  112
- Power Measurements Using the Remote Interface
  112
- Power Measurement Programming Example
  113
- Remote Power Reading Command
  113
- Contact Check Measurements
  114
- Contact Check Commands
  115
- Contact Check Programming Example
  115
- Saved Setups
  116
- Saving User Setups
  116
- Recalling a Saved Setup
  117
- Saving User Setups from a Remote Interface
  117
- Start-Up Configuration
  117
- Restoring the Factory Default Setups
  118
- Start-Up (Power-On) Configuration
  118
- DUT Test Connections
  119
  - Input/Output Connectors
    119
  - Input/Output lo and Chassis Ground
    121
  - Wire Local Sensing Connections
    124
  - Wire Remote Sensing Connections
    124
  - Contact Check Connections
    126
  - Multiple SMU Connections
    126
  - Combining SMU Outputs
    129
  - Combining Channels in Series to Output Higher Voltage
    133
  - Combining Channels in Parallel to Output Higher Current
    134
  - Guarding and Shielding
    135
  - Safety Shield
    135
  - Safety Shielding and Hazardous Voltages
    135
  - Noise Shield
    139
  - Using Shielding and Guarding Together
    140
  - Test Fixture
    141
  - Floating a SMU
    142
- DUT Connection Settings
  144
  - Sense Mode Selection
    144
  - Front Panel Sense Mode Selection
    144
  - Output-Off States
    145
  - High-Impedance Output-Off Mode
    146
  - Zero Output-Off Mode
    146
  - Output-Off Function
    147
  - Selecting the Output-Off Function
    147
  - Output-Off Limits (Compliance)
    148
  - Setting Output-Off Limits
    148
  - Remote Programming Output-Off States Quick Reference
    149
- Range
  149
  - Available Ranges
    149
  - Maximum Source Values and Readings
    150
  - Measure Auto Delay
    150
  - Ranging Limitations
    150
  - Manual Ranging
    151
  - Low Range Limits
    151
  - Range Considerations
    152
  - Range Programming Example
    154
- Digits
  154
- Speed
  155
  - Setting Speed
    156
  - Front-Panel Speed Configuration
    156
  - Remote Speed Programming
    156
- Sweep Operation
  157
  - Sweep Characteristics
    158
  - Linear Staircase Sweeps
    158
  - Logarithmic Staircase Sweeps
    160
  - List Sweeps
    163
  - Pulse Mode Sweeps
    164
  - Pulse Duty Cycle
    165
  - Pulsing in the Extended Operating Area (EOA)
    165
  - Configuring and Running Sweeps
    166
  - Sweeping Using Factory Scripts
    167
  - Sweep Programming Examples
    168
  - Linear Staircase Sweep Example
    168
  - Pulse Current Sweep Example
    169
  - List Sweep Example
    169
- Relative Offset
  169
  - Defining a Relative Offset Value
    170
  - Relative Offset Programming Example
    171
- Filters
  172
  - Filter Types
    172
  - Response Time
    173
  - Configuring the Filter
    173
  - Filter Programming Example
    174
  - Understanding High-Capacitance Mode
    175
  - Understanding Source Settling Times
    176
  - Adjusting the Voltage Source
    177
  - Understanding the Capacitor
    177
  - Charging the Capacitor and Taking Readings
    177
  - Enabling High-Capacitance Mode
    178
  - Command Interface
    178
  - Measuring Current
    179
  - Script Example
    179
  - In this Section
    181
  - Front-Panel Reading Buffer Control
    181
  - Reading Buffer Options
    182
  - Configuring Reading Buffers
    183
  - Appending or Overwriting Existing Reading Buffers
    184
  - Storage Operation
    184
  - Saving Reading Buffers
    185
  - Saving the Reading Buffers to Nonvolatile Memory
    185
  - Saving the Reading Buffer to a USB Flash Drive
    185
  - Recalling Readings
    186
  - Remote Reading Buffer Programming
    187
  - Dedicated Reading Buffer Designations
    187
  - Reading Buffer Commands
    188
  - Buffer Storage Control Attributes
    189
  - Buffer Storage Control Programming Examples
    190
  - Buffer Read-Only Attribute Programming Examples
    190
  - Statistic Attributes
    191
  - Reading Buffer Attributes
    192
  - Buffer Status
    193
  - Dynamic Reading Buffers
    193
  - Dual Buffer Example
    195
  - Dynamically Allocated Buffer Example
    196
Section 6 Triggering

197
- In this Section
  197
- Remote Triggering Overview
  197
- Using the Remote Trigger Model
  199
- Configuring Source and Measure Actions
  202
- Enabling Pulse Mode Sweeps Using the End Pulse Action
  203
- SMU Event Detectors
  204
  - Clearing SMU Event Detectors
    204
  - Using the TRIG Key to Trigger a Sweep
    205
- Using Trigger Events to Start Actions on Trigger Objects
  206
  - Action Overruns
    206
- Digital I/O Port and TSP-Link Synchronization Lines
  207
  - Common Attributes
    207
  - Trigger Configuration on Hardware Lines
    208
  - Action Overruns on Hardware Lines
    209
- Timers
  209
  - Timer Attributes
    209
  - Timer Delays
    209
  - Pass-Through Mode
    210
  - Triggering a Timer
    210
  - Assigning the Stimulus Attribute
    210
  - Timer Action Overruns
    211
  - Using Timers to Perform Pulse Mode Sweeps
    211
  - Single Pulse Example Code
    213
  - Pulse Train Example Code
    215
- Event Blenders
  216
  - Event Blender Modes
    216
  - Assigning Input Trigger Events
    216
- LAN Triggering Overview
  217
- Command Interface Triggering
  218
- Interactive Triggering
  219
- Manual Triggering
  219
- Trigger Generator
  219
- Hardware Trigger Modes
  224
  - Falling Edge Trigger Mode
    224
  - Rising Edge Master Trigger Mode
    225
  - Rising Edge Acceptor Trigger Mode
    226
  - Either Edge Trigger Mode
    227
- Understanding Synchronous Triggering Modes
  228
- Digital I/O
  231
  - Port Configuration
    231
  - Digital I/O Lines
    232
  - Output Enable Line
    232
  - Interlock Line
    233
  - Digital I/O Configuration
    233
  - Controlling Digital I/O Lines
    234
  - Digital I/O Bit Weighting
    235
  - Remote Digital I/O Commands
    235
  - Digital I/O Programming Example
    236
  - Using Output Enable
    236
  - Front-Panel Control of Output Enable
    237
  - Remote Control of Output Enable
    238
  - Operation
    239
  - Connecting to the TSP-Link System
    239
  - Theory of Operation
    241
  - In this Section
    241
  - Analog-To-Digital Converter
    241
  - Source-Measure Concepts
    241
  - Overheating Protection
    242
  - Power Equations to Avoid Overheating
    242
  - General Power Equation
    243
  - Maximum Duty Cycle Equation
    243
  - Continuous Power Operating Boundaries
    244
  - Operation as a Sink
    246
  - V-Source Operating Boundaries
    246
  - Load Considerations (V-Source)
    248
  - V-Source Sink Operating Boundaries
    250
  - I-Source Operating Boundaries
    252
  - Load Considerations (I-Source)
    254
  - I-Source Sink Operating Boundaries
    257
  - Source I Measure I, Source V Measure
    260
  - Measure Only (Voltage or Current)
    261
  - Contact Check
    262
  - Guard Connections
    263
  - Measurement Settling Time Considerations
    265
  - For Controlling Settling Time Delay
    266
  - Effects of Load on Current Source Settling Time
    266
  - Creating Pulses with the Series 2600B
    267
  - Pulse Rise and Fall Times
    267
  - Range and Pulse Settling
    268
  - Load and Operating Mode
    268
  - Pulse Width
    268
  - Maintenance
    269
  - In this Section
    269
  - Line Fuse Replacement
    269
  - Front Panel Tests
    271
  - Display Patterns Test
    272
  - Upgrading the Firmware
    272
  - Introduction to TSP Operation
    275
  - Controlling the Instrument by Sending Individual Command Messages
    275
  - Information on Scripting and Programming
    277
  - About TSP Commands
    277
  - Beeper Control
    278
  - Bit Manipulation and Logic Operations
    278
  - Data Queue
    279
  - Error Queue
    280
  - Event Log
    280
  - Instrument Identification
    282
  - Parallel Script Execution
    284
  - Queries and Response Messages
    284
  - Reading Buffer
    285
  - SMU Calibration
    288
  - Running a Factory Script
    294
  - Retrieving and Modifying a Factory Script Listing
    295
  - Kisweep Factory Script
    295
  - Kipulse Factory Script
    296
  - Kihighc Factory Script
    297
  - Kiparlib Factory Script
    298
  - Kisavebuffer Factory Script
    298
Section 10 Instrument Programming

299
- Fundamentals of Scripting for TSP
  299
- In this Section
  299
- Instrument Programming
  299
- Run-Time and Nonvolatile Memory Storage of Scripts
  300
- What Is a Script
  300
- Commands that Cannot be Used in Scripts
  301
- Manage Scripts
  301
- What Can be Included in Scripts
  301
- Create a Script Using TSB Embedded
  305
- Run a Named Script
  306
- Run Scripts
  306
- Run the Anonymous Script
  306
- Autoexec Script
  308
- Autorun Scripts
  308
- Scripts that Run Automatically
  308
- Save a User Script
  309
- Working with Scripts in Nonvolatile Memory
  309
- Save the Anonymous Script as a Named Script
  310
- Delete User Scripts
  311
- Fundamentals of Programming for TSP
  314
  - What Is Lua
    314
  - Lua Basics
    314
  - Function and Variable Name Restrictions
    315
  - Values and Variable Types
    316
  - Variable Types
    317
  - Delete a Global Variable
    318
  - Create Functions Using the Function Keyword
    319
  - Create Functions Using Scripts
    320
  - Group Commands Using the Function Keyword
    321
  - Logical Operators
    322
  - String Concatenation
    322
  - Operator Precedence
    323
  - Conditional Branching
    324
  - Loop Control
    325
  - While Loops
    325
  - Repeat until Loops
    326
  - For Loops
    327
  - Standard Libraries
    330
  - Base Library Functions
    331
  - Lua Memory Management
    331
  - String Library Functions
    332
  - Math Library Functions
    333
  - Programming Example
    334
- Test Script Builder (TSB)
  334
  - Installing the TSB Software
    334
  - Installing the TSB Add-In
    335
  - Using Test Script Builder (TSB)
    335
  - Project Navigator
    337
  - Script Editor
    337
  - Outline View
    337
  - Programming Interaction
    338
- Password Management
  338
  - Password Overview
    339
  - Setting the Password from a Command Interface
    339
  - Unlocking the Remote Interface
    340
  - Resetting the Password
    340
- Working with TSB Embedded
  341
  - Sending Instrument Commands with TSB Embedded
    341
- Advanced Scripting for TSP
  342
- TSP-Link System Expansion Interface
  352
  - Master and Subordinates
    353
  - TSP-Link Nodes
    353
  - Assigning Node Numbers
    354
  - Resetting the TSP-Link Network
    355
  - Front Panel Operation
    355
  - Remote Programming
    355
  - Using the Reset Command
    357
  - Using the Abort Command
    357
  - Triggering with TSP-Link
    357
  - TSP Advanced Features
    358
  - Using Groups to Manage Nodes on TSP-Link Network
    360
  - Master Node Overview
    360
  - Group Leader Overview
    360
  - Assigning Groups
    361
  - Running Simultaneous Test Scripts
    361
  - Coordinating Overlapped Operations in Remote Groups
    361
  - Using the Data Queue for Real-Time Communication
    362
  - Copying Test Scripts Across the TSP-Link Network
    363
  - Removing Stale Values from the Reading Buffer Cache
    363
- TSP-Net
  364
  - TSP-Net Capabilities
    364
  - Using TSP-Net with any Ethernet-Enabled Instrument
    365
  - Example Script
    366
  - TSP-Net Compared to TSP-Link to Communicate with TSP-Enabled Devices
    367
  - TSP-Net Instrument Commands: General Device Control
    367
  - TSP-Net Instrument Commands: TSP-Enabled Device Control
    367
  - Example: Using Tspnet Commands
    368
  - In this Section
    369
  - TSP Command Programming Notes
    369
  - Placeholder Text
    369
  - Syntax Rules
    370
  - Time and Date Values
    370
  - Command Name and Summary Table
    372
  - Command Usage
    373
  - Command Details
    373
  - Example Section
    374
  - Related Commands and Information
    374
  - TSP Commands
    375
  - Display Screen
    446
  - Format.data
    468
  - Gpib.address
    475
  - Serial.databits
    555
  - Serial.flowcontrol
    556
  - Serial.parity
    557
- Binary Value
  712
- Bit B7 B6 B5 B4
  712
- Decimal
  712
- Weights
  712
- Example
  713
- Status.standard.exe
  714
Status.standard.enable = Standardregister

715
- Example 1
  718
  - Troubleshooting Guide
    783
  - Effects of Errors on Scripts
    784
  - Retrieving Errors
    784
  - Error Summary List
    784
  - LAN Troubleshooting Suggestions
    789
  - Frequently Asked Questions
    791
  - How Do I Display the Instrument's Serial Number
    791
  - How Do I Optimize Performance
    792
  - Disabling Autozero to Increase Speed
    792
  - How Do I Upgrade the Firmware
    792
  - How Do I Use the Digital I/O Port
    793
  - How Do I Trigger Other Instruments
    793
  - Triggering a Scanner
    793
  - Interactive Trigger Programming
    794
  - More Information about Triggering
    794
  - How Do I Generate a GPIB Service Request
    794
  - Setting up a Service Request
    794
  - Service Request Programming Example
    795
  - Polling for Srqs
    795
  - How Do I Store Measurements in Nonvolatile Memory
    795
  - When Should I Change the Output-Off State
    796
  - How Do I Make Contact Check Measurements
    796
  - How Do I Make Low-Current Measurements
    797
  - Low-Current Connections
    797
  - Low-Current Measurement Programming Example
    799
  - How Can I Change the Line Frequency or Voltage
    799
  - Where Can I Get the Labview Driver
    799
  - What Should I Do if I Get an 802 Interlock Error
    800
  - Why Is the Reading Value 9.91E37
    800
  - Next Steps
    801
  - Additional Series 2600B Information
    801
  - In this Appendix
    803
  - Verification Test Requirements
    804
  - Recommended Verification Equipment
    805
  - Restoring Factory Defaults
    806
  - Performing the Verification Test Procedures
    807
  - Test Considerations
    807
  - Setting the Source Range and Output Value
    808
  - Setting the Measurement Range
    808
  - Current Source Accuracy
    809
  - Current Measurement Accuracy
    812
  - Voltage Source Accuracy
    815
  - Voltage Measurement Accuracy
    816
  - Adjustment Considerations
    819
  - Calibration Adjustment Cycle
    820
  - Recommended Calibration Adjustment Equipment
    820
  - Calibration Adjustment Overview
    821
  - Calibration Commands Quick Reference
    823
  - Calibration Adjustment Procedure
    825
  - LAN Concepts and Settings
    839
  - In this Appendix
    839
  - Establishing a Point-To-Point Connection
    840
  - Step 1: Identify and Record the Existing IP Configuration
    841
  - Step 2: Disable DHCP to Use the Computer's Existing IP Address
    842
  - Step 3: Configure the Instrument's LAN Settings
    847
  - Step 4: Install the Crossover Cable
    848
  - Step 5: Access the Instrument's Web Page
    849
  - Connecting to the LAN
    849
  - Setting the LAN Configuration Method
    849
  - Setting the Ip Address
    850
  - Setting the Gateway
    850
  - Setting the Subnet Mask
    851
  - Configuring the Domain Name System (DNS)
    851
  - LAN Speeds
    852
  - Duplex Mode
    853
  - Viewing LAN Status Messages
    853
  - Viewing the Network Settings
    854
  - Confirming the Active Speed and Duplex Negotiation
    855
  - Confirming Port Numbers
    855
  - Selecting a LAN Interface Protocol
    856
  - Raw Socket Connection
    856
  - Dead Socket Connection
    856
  - Configuring a Telnet Connection
    857
  - Logging LAN Trigger Events in the Event Log
    860
  - Accessing the Event Log from the Command Interface
    861
  - Common Commands
    863
  - In this Appendix
    863
  - Command Summary
    863
  - Script Command Equivalents
    864
  - Identification Query: *IDN
    865
  - Operation Complete and Query: *OPC and *OPC
    865
  - Self-Test Query: *TST
    866
  - Wait-To-Continue: *WAI
    866
  - Status Model
    867
  - Status Register Set Contents
    867
  - Command Queue
    869
  - Output Queue
    869
  - Status Function Summary
    870
  - Status Model Diagrams
    871
  - Clearing Registers
    880
  - Programming and Reading Registers
    880
  - Programming Enable and Transition Registers
    880
  - Reading Registers
    881
  - Status Byte and Service Request (SRQ)
    881
  - Status Byte Register
    882
  - Service Request Enable Register
    884
  - Serial Polling and SRQ
    884
  - SPE, SPD (Serial Polling)
    885
  - Status Byte and Service Request Commands
    885
  - Enable and Transition Registers
    885
  - Controlling Node and SRQ Enable Registers
    886
  - Status Register Sets
    886
  - System Summary Registers
    886
  - Standard Event Register
    887
  - Operation Status Registers
    888
  - Questionable Status Registers
    890
  - Measurement Event Registers
    891
  - Register Programming Example
    892
  - TSP-Link System Status
    892
  - Status Model Configuration Example
    893
  - Status Configuration (Enable) Commands
    893
  - In this Appendix
    895
  - Series 2600B Display Character Codes
    895
  - Model 2400 Emulation
    901
  - Model 2400 Compatibility
    903
  - Status Word
    904
  - Logarithmic Sweep
    905
  - Digital I/O Mapping
    905
  - Model 2400 SCPI Command Support
    906
  - Model 2400 SCPI Command Compatibility
    914

Advertisement

Tektronix KEITHLEY 2600B Series Reference Manual

Tektronix KEITHLEY 2600B Series Reference Manual (834 pages)

Brand: Tektronix | Category: Measuring Instruments | Size: 15 MB

Table of Contents

Section 2 Sourcing and Measuring

26
- Basic Operation
  6
  - Table of Contents
    26
- Source-Measure Capabilities
  27
- Circuit Configurations
  27
- Operation Considerations for the ADC
  33
- Remote Source-Measure Commands
  35
- Triggering in Local Mode
  36
- Configuring Trigger Attributes in Local Mode
  37
- Configuring for Measure-Only Tests Using the MODE Key
  38
- Voltmeter and Ammeter Measurements
  39
- Ohms Measurements
  40
- Power Measurements
  44
- Contact Check Measurements
  47
- Multiple SMU Connections
  49
- Combining SMU Outputs
  52
- Output-Off Modes
  65
- Range
  69
- Digits
  74
Section 4 Triggering

119
- SMU Event Detectors
  126
- Using Trigger Events to Start Actions on Trigger Objects
  128
- Digital I/O Port and TSP-Link Synchronization Lines
  129
- Timers
  132
- Event Blenders
  140
- LAN Triggering Overview
  141
- Command Interface Triggering
  143
- Trigger Generator
  143
- Interactive Triggering
  144
- Manual Triggering
  144
- Hardware Trigger Modes
  148
- Understanding Synchronous Triggering Modes
  153
- Digital I/O
  156

Tektronix KEITHLEY 2600B Series User Manual

Tektronix KEITHLEY 2600B Series User Manual (102 pages)

Brand: Tektronix | Category: Measuring Instruments | Size: 5 MB

Table of Contents

Table of Contents
6
Introduction
9
Welcome
9
Extended Warranty
9
Contact Information
9
Customer Documentation
10
Product Software and Drivers
11
General Ratings
12
Installation
13
Introduction
13
Cooling Vents
13
Turning the Instrument on and off
14
Placing a 2600B in Standby
15
Warmup Period
15
Line Frequency Configuration
16
System Information
16
Instrument Description
17
Controls, Indicators, and Connectors
17
Front Panel
17
Rear Panel
21
Menu Overview
28
Menu Navigation
28
Menu Trees
28
Setting Values
35
Beeper
37
Displayed Error and Status Messages
37
Display Operations
38
Display Mode
38
Display Functions and Attributes
39
Display Features
40
Display Messages
41
Input Prompting
45
Indicators
47
Local Lockout
48
Load Test Menu
48
Running a Test from the Front Panel
50
Connecting the USB Flash Drive
50
Using the Web Interface
51
How to Access the Web Interface
51
Web Interface Welcome Page
52
Use the ID Button to Identify the Instrument
53
Change the IP Configuration through the Web Interface
53
Set the Instrument Password
54
Using the Virtual Front Panel
54
View Buffer Data Using the Web Interface
55
Download Reading Buffer Data Using the Web Interface
56
Using TSB Embedded
57
Send Individual Commands Using the Web Interface
57
Review Events in the LXI Event Log
57
Help
60
Operation
61
Basic Operation
61
Source-Measure Capabilities
61
Voltage and Current
62
Limits
62
Setting the Limit from the Front Panel
64
Setting the Limit from a Remote Interface
64
Sink Operation
65
Setting the Sink Mode Using the Front Panel
66
Setting the Sink Mode from a Remote Interface
66
DUT Test Connections
66
Input/Output Connectors
68
2-Wire Local Sensing Connections
72
4-Wire Remote Sensing Connections
72
Contact Check Connections
74
Guarding and Shielding
76
Interlock
83
Test Fixture
84
Floating a SMU
86
Front-Panel Source-Measure Procedure
88
Step 1: Select and Set the Source Level
88
Step 2: Set the Compliance Limit
88
Step 3: Select the Measurement Function and Range
89
Step 4: Turn the Output on
89
Step 5: Observe Readings on the Display
89
Step 6: Turn the Output off
89
Sense Mode Selection
90
Front-Panel Sense Mode Selection
90
Remote Interface Sense Mode Selection
90
Output-Off Modes
91
Normal Output-Off Mode
91
High-Impedance Output-Off Mode
91
Zero Output-Off Mode
91
Output-Off Function
92
Output-Off Limits (Compliance)
93
Remote Programming Output-Off States Quick Reference
94
Maintenance
95
Introduction
95
Line Fuse Replacement
95
Line Fuse Replacement
96
Fuse Replacement
96
Front-Panel Tests
97
Keys Test
97
Display Patterns Test
97
Upgrading the Firmware
98
Using TSB to Upgrade the Firmware
99
Displaying the Serial Number
100
Next Steps
101
Additional 2600B Information
101

Advertisement

Advertisement

Related Products

Tektronix Categories

Test Equipment Measuring Instruments Amplifier Portable Generator

Printer

More Tektronix Manuals