User Manuals: Keithley 2002 8.5 Digit Multimeter

Manuals and User Guides for Keithley 2002 8.5 Digit Multimeter. We have 4 Keithley 2002 8.5 Digit Multimeter manuals available for free PDF download: User Manual, Repair Manual, Calibration Manual, Getting Started Manual

Keithley 2002 User Manual (366 pages)

Brand: Keithley | Category: Multimeter | Size: 1 MB

Safety Precautions
3
Table of Contents
5
1 General Information

14
- Introduction
  14
- Features
  14
- Warranty Information
  15
- Manual Addenda
  15
- Safety Symbols and Terms
  15
- Specifications
  15
- Inspection
  15
- Options and Accessories
  15
2 Front Panel Operation

18
- Introduction
  18
- Power-Up
  18
- Line Power Connections
  18
- Line Fuse Replacement
  19
- Power-Up Sequence
  19
  - Table 2-1 Data Checked on Power-Up
    20
  - Table 2-2 Power-Up Error Messages
    20
- IEEE-488 Primary Address
  21
- Zero-Centered Bar Graph Multiple Display
  23
  - Figure 2-2 Zero-Centered Bar Graph Multiple Display
    23
  - Figure 2-3 Maximum and Minimum Multiple Display
    24
- Information Messages
  24
- Status and Error Messages
  24
  - Figure
    24
  - Maximum and Minimum Multiple Display
    24
- Front Panel Operation
  
  24
  - Table
    24
  - Status and Error Messages
    25
  - DC and AC Voltage
    26
  - Navigating Menus
    26
  - Table
    26
    
    CONFIGURE DCV Menu Structure
    27
  - Table 2-5 EXIT Key Actions
    26
  - Table
    27
    
    CONFIGURE ACV Menu Structure
    28
  - Table
    28
    
    DCV and ACV Integration Times Set-By-Resolution
    29
  - Table
    29
    
    DCV and ACV Auto Filter
    30
  - Table
    30
    
    DCV and ACV Auto Resolution
    30
    
    Table 2-10 DCV and ACV Auto Resolution
    30
    
    Figure 2-4 Positive and Negative Peak Spikes
    32
    
    Figure 2-5 DC Voltage Multifunction Multiple Displays
    33
    
    Figure 2-6 AC Voltage Multifunction Multiple Displays
    37
  - DC and AC Current
    40
  - CONFIGURE DCI Menu Structure
    41
  - Table
    41
    
    CONFIGURE ACI Menu Structure
    41
    
    Table 2-12 CONFIGURE ACI Menu Structure
    41
  - DCI and ACI Integration Time Set-By-Resolution
    42
  - Table
    42
    
    DCI and ACI Auto Filter
    42
    
    Figure 2-7 DC In-Circuit Current Measurements
    43
  - DCI and ACI Auto Resolution
    43
  - Table
    43
  - Figure 2-8 AC Current Multifunction Multiple Displays
    45
  - Two and Four-Wire Resistance
    45
    
    CONFIGURE OHMS-2W Menu Structure
    46
  - Table
    46
    
    CONFIGURE OHMS-4W Menu Structure
    46
    
    And 4 Integration Time Set-By-Resolution
    47
  - Table
    47
    
    And 4 Auto Filter
    47
    
    Table 2-20 2 and 4 Auto Resolution
    48
  - Table
    49
    
    Table 2-21 Trigger Level Range and Increments
    49
    
    CONFIGURE FREQUENCY Menu Structure
    50
  - Trigger Level Range and Increments
    49
  - Table
    50
    
    Table 2-22 CONFIGURE FREQUENCY Menu Structure
    50
    
    Figure 2-9 3-Wire RTD Temperature Measurements
    51
    
    Figure 2-10 2-Wire RTD Temperature Measurements
    52
    
    CONFIG TEMPERATURE Menu Structure
    53
  - Table
    53
    
    Figure 2-11 Temperature Equations
    55
    
    Temperature Integration Time Set-By-Resolution
    56
  - Table
    56
    
    Table 2-25 Temperature Auto Resolution
    56
    
    Temperature Auto Resolution
    56
  - Autoranging
    57
  - Display Resolution
    57
  - Maximum Readings
    57
  - Configuring Rel
    58
  - Enabling Rel
    58
  - Multiple Display of Rel
    58
  - Table 2-26 Allowable Rel Values
    58
  - Trigger Model
    58
  - Triggers
    58
  - CONFIGURE TRIGGER Menu Structure
    59
  - Table
    59
  - Figure 2-12 Trigger Model (Front Panel Operation)
    61
  - Configuring the Measure Layer
    63
  - Configuring the Scan Layer
    65
  - Configuring the Arm Layer
    66
  - External Triggering
    67
  - Figure 2-13 External Triggering Connectors (BNC)
    67
  - Halting Triggers
    67
  - Figure 2-16 DUT Test System
    68
  - Figure 2-17 External Trigger Connectors
    69
  - Figure 2-18 Trigger Link Connectors
    70
  - Trigger Link
    70
    
    Figure 2-19 DUT Test System
    71
    
    Figure 2-20 Trigger Link Connections (Asynchronous Example #1)
    71
    
    Figure 2-21 Operation Model for Asynchronous Trigger Link Example #1
    73
    
    Figure 2-22 Connections Using Trigger Link Adapter
    74
    
    Figure 2-23 DUT Test System (Asynchronous Example #2)
    74
    
    Figure 2-24 Trigger Link Connections (Asynchronous Example #2)
    75
    
    Figure 2-25 Operation Model for Asynchronous Trigger Link Example #2
    77
    
    Figure 2-27 Typical Semi-Synchronous Mode Connections
    78
    
    Figure 2-28 Trigger Link Connections (Semi-Synchronous Example)
    79
    
    Figure 2-29 Operation Mode for Semi-Synchronous Trigger Link Example
    80
  - Buffer
    81
    
    Reading Storage Options
    81
  - Table
    81
    
    Table 2-28 Reading Storage Options
    81
    
    CONFIGURE DATA STORE Menu Structure
    82
  - Table
    82
  - Burst Mode
    83
    
    Available Functions in Burst Mode
    83
  - Table
    83
  - Configuring Data Storage
    84
    
    Burst Mode Sequence
    84
  - Table
    84
  - Storing and Recalling Readings
    86
  - Table 2-32 Fill-And-Stop Sequence
    86
  - Buffer Multiple Displays
    87
    
    Continuous Sequence
    87
  - Table
    87
    
    Pretrigger Sequence
    87
    
    Table 2-33 Continuous Sequence
    87
    
    Table 2-34 Pretrigger Sequence
    87
  - Filter
    88
  - Filter Modes
    88
  - Filter Types
    88
  - Front Panel Operation
    89
  - Auto Filtering
    90
  - Response Time
    90
  - Auto Filters
    91
  - Configuring the Filters
    91
  - Table
    91
    
    CONFIGURE FILTER Menu Structure
    91
    
    Table 2-36 CONFIGURE FILTER Menu Structure
    91
  - Math
    92
  - Polynomial
    92
  - CONFIGURE MATH Menu Structure
    93
  - Percent
    93
  - Percent Deviation
    93
  - Selecting and Configuring Math
    93
  - Table
    93
  - Table 2-37 CONFIGURE MATH Menu Structure
    93
  - Calculate Multiple Display
    94
  - Front Panel Scanner Controls
    94
  - Scanning
    94
  - Scanning Overview
    94
  - Table
    95
  - Using CHAN Key to Close and Open Internal Channels
    95
    
    CHANNEL SELECTION Menu Structure
    95
  - Table
    96
  - Using CONFIGURE CHAN to Configure Channels
    96
    
    CONFIGURE CHANNELS Menu Structure
    96
  - Using CONFIG-SCAN to Configure Scanning
    97
  - Table
    98
  - Using SCAN to Configure Scan Parameters
    98
    
    SCAN OPERATION Menu Structure
    98
  - Figure 2-32 SCAN Key Menu Structure
    99
  - Figure 2-33 SCAN Key Menu Structure for Ratio and Delta
    100
  - Scanner Operation Examples
    100
  - Starting and Stopping Scanning
    100
  - Menu
    104
  - Table 2-41 Main Menu Structure
    105
  - Savesetup
    107
    
    Factory Default Conditions
    108
  - Calibration
    113
  - Gpib
    113
  - Limits
    114
  - Test
    114
  - Figure 2-34 Limits Bar Graph Example
    115
  - General
    116
  - Status-Msg
    116
    
    Figure 2-36 Digital I/O Port
    117
    
    Figure 2-38 Sample Externally Powered Relay Sample
    119
    
    Figure 2-39 Line Cycle Synchronization
    121
3 IEEE-488 Reference

124
- Introduction
  124
- IEEE-488 Bus Connections
  124
- Primary Address Selection
  125
- Figure 3-1 IEEE-488 Connector
  125
- Figure 3-2 IEEE-488 Connections
  125
- IEEE-488 Connector Location
  125
- Quickbasic 4.5 Programming
  126
- General Bus Commands
  127
- Table 3-1 General Bus Commands and Associated Statements
  127
- REN (Remote Enable)
  127
- IFC (Interface Clear)
  127
- LLO (Local Lockout)
  127
- Table
  127
  - General Bus Commands and Associated Statements
    127
- GTL (Go to Local)
  128
- DCL (Device Clear)
  128
- SDC (Selective Device Clear)
  128
- GET (Group Execute Trigger)
  128
- SPE, SPD (Serial Polling)
  128
- Front Panel Aspects of IEEE-488 Operation
  128
- Error and Status Message
  128
- IEEE-488 Status Indicators
  128
- LOCAL Key
  129
- Status Structure
  129
- Model 2002 Status Register Structure
  130
- Condition Registers
  131
- Transition Filters
  131
- Event Registers
  131
- Enable Registers
  131
- Figure 3-5 Standard Event Status
  132
- Operation Event Status
  133
- Figure 3-7 Arm Event Status
  134
- Figure 3-8 Sequence Event Status
  135
- Figure 3-9 Trigger Event Status
  136
- Figure 3-10 Measurement Event Status
  137
- Questionable Event Status
  138
- Queues
  139
- Status Byte and Service Request (SRQ)
  139
- Status Byte and Service Request (SRQ)
  140
- Figure
  140
- Figure
  141
- Trigger Model (IEEE-488 Operation)
  141
  - Trigger Model (IEEE-488 Bus Operation)
    142
  - Figure
    142
- Programming Syntax
  146
- Common Commands
  152
- CLS - Clear Status
  152
- Table
  152
  - IEEE-488.2 Common Commands and Queries
    152
  - Table 3-2 IEEE-488.2 Common Commands and Queries
    152
- ESE <Nrf> - Event Enable
  153
  - ESE? - Event Enable Query
    153
- ESR? - Event Status Register Query
  154
- Standard Event Enable Register
  154
- IDN? - Identification Query
  155
- Standard Event Status Register
  155
- OPC - Operation Complete
  156
- OPC? - Operation Complete Query
  157
- OPT? - Option Identification Query
  158
- RCL -Recall
  158
- RST - Reset
  159
- SAV - Save
  159
- SRE <Nrf> - Service Request Enable
  159
  - SRE? - Service Request Enable Query
    159
  - Service Request Enable Register
    160
- STB? - Status Byte Query
  161
- TRG - Trigger
  162
- TST? - Self-Test Query
  162
- Figure 3-17 Status Byte Register
  162
- WAI - Wait-To-Continue
  163
- Signal Oriented Measurement Commands
  164
- Table
  164
  - Signal Oriented Measurement Command Summary
    164
  - Table 3-3 Signal Oriented Measurement Command Summary
    164
- Table
  169
  - Calculate Command Summary
    169
  - Table 3-4 Calculate Command Summary
    169
- Table
  171
  - Display Command Summary
    171
- Format Command Summary
  171
  - Table 3-5 Display Command Summary
    171
  - Table 3-6 Format Command Summary
    171
- Table
  172
  - Input Command Summary
    172
- Output Command Summary
  172
  - Table 3-7 Input Command Summary
    172
  - Table 3-8 Output Command Summary
    172
- Table
  173
  - Route Command Summary
    173
  - Table 3-9 Route Command Summary
    173
  - Table 3-10 Sense Command Summary
    173
- Source Command Summary
  182
- Table
  182
  - Status Command Summary
    183
- Table
  183
  - System Command Summary
    185
- Table
  185
  - Table 3-14 Trace Command Summary
    186
  - Trigger Command Summary
    186
- Table
  186
- Table 3-16 UNIT Command Summary
  189
- Table
  189
- Calculate Subsystem
  190
- Calculate[1]
  190
- Data Commands
  191
- Calculate2
  192
- Calculate3
  194
- Display Subsystem
  199
- Format Subsystem
  202
- Figure 3-18 ASCII Data Format
  202
- IEEE754 Single Precision Data Format (32 Data Bits)
  203
- IEEE754 Double Precision Data Format (64 Data Bits)
  204
- Input Subsystem
  207
- Output Subsystem
  208
- Route Subsystem
  209
- Close <List
  209
- OPEN <List
  209
- Open:all
  210
- SCAN Commands
  210
- Sense Subsystems
  214
- Sense[1]] Subsystem
  214
- Alternate[1] Commands
  214
- Function <Name
  214
- DATA Commands
  215
- Aperture <N
  216
- Nplcycles <N
  217
- Coupling AC|DC
  219
- Range Commands
  219
- Reference <N
  222
- Digits <N
  224
- Average Commands
  225
  - Count <N
    226
- FUNCTION] <Name
  228
- Pwindow <N
  229
- Method <Name
  229
- Source <Name
  229
- Threshold Commands
  230
- Transducer <Name
  231
- RTD Commands
  232
- Tcouple:type <Name
  234
- Rjunctionx Commands
  235
- Ocompensated <B
  237
- Dtcouple Commands
  237
- Sense2 Subsystem
  238
- Source Subsystem
  239
- Status Subsystem
  240
- Event]
  240
- Measurement Event Register
  241
- Questionable Event Register
  242
- Operation Event Register
  243
- Trigger Event Register
  243
- Figure 3-25 Arm Event Register
  244
- Figure 3-26 Sequence Event Register
  244
- Enable <Nrf
  245
- Measurement Event Enable Register
  246
- Questionable Event Enable Register
  246
- Figure 3-31 Arm Event Enable Register
  247
- Trigger Event Enable Register
  247
- Ptransition <Nrf
  248
- Sequence Event Enable Register
  248
- Measurement Transition Filter
  249
- Questionable Transition Filter
  250
- Operation Transition Filter
  251
- Trigger Transition Filter
  252
- Figure 3-37 Arm Transition Filter
  253
- Sequence Transition Filter
  254
- Ntransition <Nrf
  255
- Condition
  257
- Preset
  257
- Queue Commands
  258
- System Subsystem
  260
- Preset
  260
- Posetup <Name
  260
- Frswitch
  260
- Version
  261
- Error
  261
- Azero Commands
  261
- Amethod <Name
  262
- Table 3-17 Minimum Delay Times for Stream Mode
  265
- Lsync:state <B
  266
- KEY <Nrf
  266
- Figure 3-39 Key-Press Codes
  267
- Clear
  268
- Lfrequency
  268
- DATE <Yr>, <Mo>, <Day
  268
- TIME <Hr>, <Min>, <Sec
  268
- Tstamp Commands
  269
- Rnumber:reset
  269
- Trace Subsystem
  270
- Clear
  270
- Free
  270
- Egroup <Name
  270
- Points <N
  271
- FEED <Name
  271
- Source <Name
  273
- Data
  274
- Tstamp:format <Name
  274
- Trigger Subsystem
  275
  - Initiate Commands
    275
  - Abort
    275
  - Immediate
    275
    
    Count <N>
    276
    
    Delay <N>
    276
    
    Source <Name>
    277
    
    Timer <N>
    277
    
    Signal
    278
  - Rtclock Commands
    280
- UNIT Subsystem
  282
- Table D-5 IEEE Command Groups
  310
- IEEE-488 Conformance Information
  
  311
  - Table
    311
    
    IEEE-488 Documentation Requirements
    311
    
    Table E-1 IEEE-488 Documentation Requirements
    311
  - Table E-2 Coupled Commands
    313
500 D IEEE-488 Bus Overview

317

Keithley 2002 Repair Manual (148 pages)

Multimeter

Brand: Keithley | Category: Measuring Instruments | Size: 1 MB

Table of Contents
7
1 Routine Maintenance

11
- Introduction
  11
- Line Fuse Replacement
  11
- Table 1-1 Power Line Fuse
  11
- Current Fuse Replacement
  12
- Front AMPS Input Fuse
  12
  - Routine Maintenance
    12
- Table 1-2 Power Line Fuse
  12
- Rear AMPS Input Fuse
  13
- Fan Filter Cleaning
  13
- Firmware Updates
  13
2 Troubleshooting

14
- Introduction
  14
- Repair Considerations
  15
- Power-On Test
  15
- Front Panel Tests
  15
- KEYS Test
  15
- DISPLAY PATTERNS Test
  15
- Character Set Test
  16
- Diagnostics
  16
- Control Register Bit Patterns
  16
- Control Register Ics
  16
- Normal Operation Bit Patterns
  16
- Table 2-2 R1_STB Register Control Bits
  17
- Display Board Checks
  18
  - Troubleshooting
    18
- Principles of Operation
  19
- Block Diagrams
  19
- Display Board Circuit Theory
  24
- Power Supply Circuit Theory
  24
- Built-In Test Overview
  25
  - Table
    25
- Using Built-In Test
  28
- AUTOMATIC Testing
  28
- MANUAL Testing
  28
- Built-In Test Documentation
  30
- Memory Element Tests
  31
- Digital I/O Tests
  32
- IEEE-488 Bus Tests
  33
- Triggers Tests
  34
- A/D Converter Tests
  36
- Integration Tests
  40
- A/D Multiplexer Tests
  62
- Temperature Sensor Test
  64
- A/D Converter Ground Multiplexer Tests
  65
- Input Buffer Tests
  68
- Open-Circuit Ohms Tests
  69
- Range Multiplexer Tests
  71
- Ohms Tests
  74
- 100:1 Input Divider Test
  76
- Overload Tests
  77
- Calibration/Frequency Compensation DAC Tests
  80
- Regulator and Switching Tests
  83
- Absolute Value Circuit X1 Gain Tests
  85
- Absolute Value Circuit, X10 Gain Tests
  88
- Sample and Hold Tests
  93
- Front End X1, /100, /500 Tests
  97
- 200 Frequency Compensation Tests
  99
- 750 Frequency Compensation Tests
  103
- True RMS Converter and Filter Tests
  107
- Frequency Tests
  109
- Amps/Low Ohms Tests
  115
- Amps Protection Tests
  120
- ACA Switch Test
  122
- Ohms Sense Tests
  123
3 Disassembly

126
- Introduction
  126
- Handling and Cleaning Precautions
  126
- PC-Board Handling
  126
- Solder Repairs
  126
- Special Handling of Static-Sensitive Devices
  127
- Case Cover and Shield Removal
  127
- Case Cover Removal
  127
- Analog Board Top Shield Removal
  127
- PC-Board Removal
  128
- Digital Board
  128
- A/D Converter Board
  128
- Analog Board
  128
- Front Panel Disassembly
  129
- Cooling Fan Removal
  130
- Main CPU Firmware Replacement
  130
- Instrument Re-Assembly
  131
- Assembly Drawings
  131
4 Replaceable Parts

132
- Introduction
  132
- Parts Lists
  132
- Ordering Information
  132
- Factory Service
  132
- Component Layouts
  132
Speciﬁcations

145

Keithley 2002 Calibration Manual (114 pages)

Brand: Keithley | Category: Multimeter | Size: 0 MB

Table of Contents
6
Performance Verification
12
Introduction
12
Environmental Conditions
12
Warm-Up Period
12
Line Power
13
Recommended Test Equipment
13
Verification Limits
13
Reading Limit Calculation Example
13
Additional Derating Factors
13
Restoring Default Conditions
13
Verification Procedures
15
DC Volts Verification
15
AC Volts Verification
17
DC Current Verification
22
AC Current Verification
23
Resistance Verification
24
Frequency Accuracy Verification
26
Calibration
30
Introduction
30
Environmental Conditions
31
Warm-Up Period
31
Line Power
31
Calibration Lock
31
Comprehensive Calibration Lock
31
Low-Level Calibration Lock
31
IEEE-488 Bus Calibration Lock Status
31
IEEE-488 Bus Calibration Commands
31
Calibration Errors
33
Front Panel Error Reporting
33
IEEE-488 Bus Error Reporting
33
Comprehensive Calibration
33
Recommended Equipment for Comprehensive Calibration
33
Front Panel Comprehensive Calibration
33
AC Self-Calibration
41
Front Panel AC Calibration
41
IEEE-488 Bus AC Self-Calibration
42
Low-Level Calibration
42
Low-Level Calibration Summary
42
Front Panel Low-Level Calibration Procedure
45
Single-Point Calibration
53
Front Panel Single-Point Calibration
53
IEEE-488 Bus Single-Point Calibration
53
Introduction
56
Commands
56
Calibration:protected Subsystem
58
Init
58
Lock
58
Switch
59
Save
59
Data
59
Date
60
Ndue
60
Llevel
66
Calibration:unprotected Subsystem
68
Accompensation
68
Bus Error Reporting
68
Calibration Error Summary
68
Detecting Calibration Errors
68
Detecting Calibration Step Completion
69
Using the *OPC? Query
69
Using the *OPC Command
69
Generating an SRQ on Calibration Complete
69
A Specifications
70
Calibration Programs
84
Calibration Messages
102
Calibration Command Summary
108

Keithley 2002 Getting Started Manual (95 pages)

Brand: Keithley | Category: Multimeter | Size: 1 MB

Safety Precautions
5
Table of Contents
7
1 Front Panel Operation

8
- Product Overview
  9
- Range Keys
  11
- Operation Keys
  12
- External Trigger Input
  13
- Power Line Input
  14
- Display
  15
- Power-Up
  15
- Bench Defaults
  16
- Voltage Measurements
  17
- Current Measurements
  18
- Two and Four-Wire Resistance Measurements
  19
- Frequency Measurements
  21
- Trigger Level
  22
- Temperature Measurements
  23
2 Measurement Options

26
- Multiple Displays
  27
- Menus
  31
- Relative
  35
- Trigger
  36
- Control Source
  37
- Device Action
  38
- Output Trigger
  38
- Speed
  39
- Resolution
  40
- Filter
  41
- Buffer (Data Store)
  43
- Burst Mode
  44
- Math
  45
- Internal Scanning
  47
- External Scanning
  51
3 IEEE-488 Bus Operation

55
- Software Support
  56
- IEEE-488 Bus Standards
  57
- IEEE-488 Bus Connections
  57
- Primary Address Selection
  58
- Common Commands
  59
- SCPI Commands
  60
- SCPI Command Syntax
  61
- Query Commands
  63
- Command Syntax
  64
- SCPI Signal Oriented Commands
  65
- SCPI Subsystem Commands
  66
- Fresh Readings
  66
- Data Store (Buffer)
  69
  - Trigger Model
    70
  - Status Register
    71
- Program Examples
  72
4 Specs and Accessories

84
- Frequency Counter
  88
- Digital I/O
  89
- Accessories Available
  91

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User Manuals: Keithley 2002 8.5 Digit Multimeter

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