Tektronix Keithley 4200A-SCS Manuals

Manuals and User Guides for Tektronix Keithley 4200A-SCS. We have 8 Tektronix Keithley 4200A-SCS manuals available for free PDF download: Manual, User Manual, Setup And Maintenance, Quick Start Manual

Tektronix Keithley 4200A-SCS Manual (324 pages)

Prober and External Instrument Control

Brand: Tektronix | Category: Measuring Instruments | Size: 18 MB

Table of Contents
6
Introduction

12
Using Switch Matrices

13
Configure and Use a Series 700 Switching System

47
Using a Model 590 C-V Analyzer

63
- Introduction
  63
- Capacitance Measurement Tests
  64
- Connections
  64
  - Signal Connections
    65
  - Triaxial Connectors
    65
  - GPIB Connections
    66
- Cable Compensation
  66
  - Cable Compensation User Modules
    67
- Using Kcon to Add 590 C-V Analyzer to System
  67
- Model 590 Test Examples
  68
  - Cable Compensation Example
    68
  - C-V Sweep Example
    72
- Ki590Ulib User Library
  74
Using a Keysight 4284/4980A LCR Meter

97
- Introduction
  97
  - C-V Measurement Basics
    97
  - Capacitance Measurement Tests
    98
  - Signal Connections
    99
  - GPIB Connections
    101
- Using Kcon to Add a Keysight LCR Meter to the System
  102
- Model 4284A or 4980A C-V Sweep Test Example
  102
- Hp4284Ulib User Library
  104
  - Cvsweep4284 User Module
    104
  - Cmeas4284 User Module
    107
Using a Model 82 C-V System

110
- Capacitance Measurement Tests
  110
  - C-T Measurements
    110
  - Simultaneous C-V Measurements
    112
- Cable Compensation
  113
  - Cable Compensation User Modules
    114
- Connections
  114
  - Front-Panel Connections
    114
  - Rear-Panel Connections
    115
  - Make Power and GPIB Connections
    116
- Using Kcon to Add Model 82 C-V System
  117
- Model 82 Projects
  117
  - Cable Compensation Tests
    117
  - Capacitance Tests
    121
  - Formulas for Capacitance Tests
    128
- Choosing the Right Parameters
  131
- Ki82Ulib User Library
  137
  - Abortmodule82
    137
  - Cablecompensate82 User Module
    137
  - Ctsweep82 User Module
    140
  - Displaycablecompcaps82 User Module
    143
  - Qtsweep82 User Module
    145
  - Savecablecompcaps82 User Module
    148
  - Simcvsweep82 User Module
    150
- Simultaneous C-V Analysis
  153
  - Analysis Methods
    153
  - Basic Device Parameters
    154
  - Doping Profile
    161
  - Interface Trap Density
    162
  - Mobile Ion Charge Concentration
    163
  - Generation Velocity and Generation Lifetime (Zerbst Plot)
    166
  - Constants, Symbols, and Equations Used for Analysis
    168
  - Summary of Analysis Equations
    169
  - References
    172
  - Bibliography of C-V Measurements
    172
  - Articles and Papers
    172
Using a Keysight 8110A/8111A Pulse Generator

175
- Introduction
  175
- Pulse Generator Tests
  176
- Signal Connections
  176
- GPIB Connections
  178
- Using Kcon to Add a Keysight Pulse Generator to the System
  178
- Hp8110Ulib User Library
  179
  - Pguinit8110 User Module
    179
  - Pgusetup8110 User Module
    180
  - Pgutrigger8110 User Module
    182
Set up a Probe Station

183
- Prober Control Overview
  183
- Understanding Site Coordinate Information
  187
  - Reference Site (Die)
    188
  - Probe Sites (Die)
    189
  - Chuck Movement
    189
- PRBGEN User Library
  191
  - Prinit
    192
  - Prchuck
    193
  - Prssmovnxt
    194
  - Prmovnxt
    195
- Tutorial: Control a Probe Station
  196
  - Test System Connections
    197
  - Kcon Setup
    198
  - Test Flow
    198
Using a Cascade Microtech PA200 Prober

201
- Cascade Microtech PA200 Prober Software
  201
  - Software Versions
    201
- Probe Station Configuration
  203
- Set up Communications
  203
- Set up Wafer Geometry
  211
- Create a Site Definition and Define a Probe List
  214
- Load, Align, and Contact the Wafer
  216
  - Aligning the Wafer
    218
  - Start the Alignment Wizard
    218
  - Verify Wafer Alignment
    219
  - Set the Chuck Heights
    220
- Clarius Probesubsites Project Example
  222
  - Set the Wafer Map
    225
  - Use Kcon to Add a Prober
    227
  - Running Projects
    228
  - Clarius
    229
- Commands and Error Symbols
  230
Using a Micromanipulator 8860 Prober

231
- Micromanipulator 8860 Prober Software
  231
  - Software Versions
    231
- Probe Station Configuration
  232
  - Set up Communications
    232
  - Set up Wafer Geometry
    236
  - Create a Site Definition and Define a Probe List
    238
  - Load, Align, and Contact the Wafer
    239
- Probesites Clarius Project Example
  248
  - Set Spline Pattern (Optional)
    249
  - Use Kcon to Add a Prober
    251
  - Clarius
    252
- Probesubsites Clarius Project Example
  253
  - Use Kcon to Add a Prober
    255
  - Clarius
    256
- Commands and Error Symbols
  258
Using a Manual or Fake Prober

259
- Using a Manual or Fake Prober Software
  259
- Manual Prober Overview
  259
- Fake Prober Overview
  260
- Modifying the Prober Configuration File
  261
- Probesites Clarius Project Example
  263
  - Use Kcon to Add a Prober
    263
  - Clarius
    264
- Probesubsites Clarius Project Example
  265
  - Use Kcon to Add a Prober
    265
  - Clarius
    267
Using a Cascade Summit-12000 Prober

268
- Cascade Summit 12000 Prober Software
  268
  - Software Version
    268
- Probe Station Configuration
  268
  - Set up Communications
    269
  - Set up Wafer Geometry
    275
  - Create a Site Definition and Define a Probe List
    279
  - Load, Align, and Contact the Wafer
    282
- Probesites Clarius Project Example
  287
  - Use Kcon to Add a Prober
    287
  - Clarius
    289
- Probesubsites Clarius Project Example
  290
  - Nucleus UI Prober Control Software
    290
  - Use Kcon to Add a Prober
    293
  - Clarius
    294
- Commands and Error Symbols
  295
Using a Signatone CM500 Prober

296
- Signatone CM500 Prober Software
  296
  - Software Versions
    296
- Probe Station Configuration
  296
  - Set up Communications
    297
  - Modify the Prober Configuration File
    298
  - Set up Wafer Geometry
    299
  - Load, Align, and Contact the Wafer
    301
  - Set up Programmed Sites Without a Subsite
    305
  - Set up Programmed Sites with a Subsite
    307
- Clarius Project Example for Probe Sites
  309
  - Cm500
    309
  - Use Kcon to Add a Prober
    309
  - Probe Station Configuration
    309
- Clarius Project Example
  310
- Probesites Clarius Project Example
  313
- Probesubsites Clarius Project Example
  314
- Commands and Error Symbols
  315
Using an MPI Probe Station

316
- MPI Prober Software
  316
  - Software Version
    316
- Probe Station Configuration
  317
  - Set up Communications
    317
  - Load, Align, and Contact the Wafer
    319
  - Set up Wafer Geometry
    319
  - Create a Site Definition and Define a Probe List
    319
- Clarius Probesites and Probesubsites Project Example
  319
  - MPI Sentio Setup
    319
  - Use Kcon to Add a Prober
    319
  - Clarius
    321
- Commands and Error Symbols
  323

Tektronix Keithley 4200A-SCS User Manual (187 pages)

Pulse Card (PGU and PMU)

Brand: Tektronix | Category: Computer Hardware | Size: 26 MB

Table of Contents
6
Introduction
10
Models 4220-PGU and 4225-PMU
10
Connections
12
Introduction
12
Connection Guidelines
12
PMU Common Connections
13
Shield Connections
13
Cable Length
14
High Frequency Connections
14
Prober Chuck Connections
15
PGU and PMU Connectors
15
Model 4225-RPM
16
RPM Input, Output, and Top Panels
16
Connecting the RPM to the PMU
17
Mounting the RPM
19
RPM Diagrams for Local and Remote Sensing
19
Using the RPM as a Switch
20
Two-Terminal Device Connections
21
Three-Terminal Device Connections
23
Four-Terminal Device Connections
24
Pulse Source-Measure Connections
26
Pulse Generator Connections
26
Using an Adapter Cable to Connect Pulse Card to DUT
27
Connections to Prober or Test Fixture Bulkhead Connectors
27
RPM Connections to DUT
28
Two-Terminal Test Connections
28
Remote Sensing Using RPM Connections to a Prober
29
PMU Connection Compensation
31
Short Compensation
31
Offset Current Compensation
32
Perform Connection Compensation
32
Enabling Connection Compensation
33
Load-Line Effect Compensation (LLEC) for the PMU
35
Methods to Compensate for Load-Line Effect
36
How LLEC Adjusts Pulse Output to the Target Levels
36
Coping with the Load-Line Effect
38
LLEC Maintains Even Voltage Spacing
38
Test Considerations
39
LPT Functions Used to Configure LLEC
40
Enable LLEC
40
Disable LLEC and Set the Output Impedance
41
Setting up Pmus and Pgus in Clarius
42
Introduction
42
Configure the PGU, PMU, and RPM Using Tests
42
Create a PMU Project
43
Configure the Tests
44
PMU Operation Modes
46
PMU - All Terminal Parameters
47
Start (PMU Amplitude Sweep)
47
Stop (PMU Amplitude Sweep)
47
Step (Pulse Amplitude Sweep)
48
Points
48
Base
48
Amplitude
48
Dual Sweep (Pulse)
49
Force Range (PMU)
49
Disable Outputs at Completion
49
Current Spot Mean High
50
Current Spot Mean Low
50
Measure Current Range (PMU)
50
Low Range
51
Current Sample Waveform
51
Voltage Spot Mean High
52
Voltage Spot Mean Low
52
Voltage Sample Waveform
52
Report Timestamps
52
Report Status (PMU)
53
PMU Measurement Status
53
Compensation Short Connection
56
Load Line Effect Compensation
56
DUT Resistance (R DUT)
56
Max Voltage Estimator
56
Threshold Current
56
Threshold Voltage
57
Threshold Power
57
PMU Test Settings
57
Pulse Settings
57
Timing Parameters
61
PMU Advanced Test Settings
63
PMU Capacitive Charging/Discharging Effects
76
PMU and RPM Measure Ranges Are Not Source Ranges
78
4220-PGU and 4225-PMU Output Limitations
79
Configure the PGU, PMU, and RPM Using Tests
79
Step or Sweep Multiple Device Terminals in the same Test
80
Basic Troubleshooting Procedure
82
Step 1. Verify Prober Connections from the PMU or RPM to the DUT
82
Step 2. Verify the Pulse Shape
83
Step 3. Is the Pulse Level Correct for each Channel
84
Step 4. Is the Pulse I-V Curve Suspect
84
Pulse Card Concepts
90
Models 4220-PGU and 4225-PMU
90
PMU Block Diagram
91
Pulse Modes
92
Pulse Measurement Types (PMU)
92
Measure Modes
93
4200A-SCS Power Supply Limitations
94
Pulse Source-Measure Concepts
97
Ultra-Fast I-V Tests
97
Sample Rate
99
Segment Arb Waveform
100
Pulse Waveforms for Nonvolatile Memory Testing
105
Waveform Capture
106
DUT Resistance Determines Pulse Voltage Across DUT
106
Triggering
111
Measurement Types
114
Spot Mean Measurements
115
Spot Mean Discrete Readings
115
Spot Mean Average Readings
116
Waveform Measurements
116
Waveform Discrete Readings
117
Waveform Average Readings
118
Measurement Timing
119
Kpulse (for Keithley Pulse Cards)
122
Keithley Pulse Application
122
Starting Kpulse
122
Kpulse Setup and Help
123
Triggering
124
Standard Pulse Waveforms
125
Segment Arb Waveforms
127
Exporting Segment Arb Waveform Files
129
Custom File Arb Waveforms (Full Arb)
130
Custom Arb File Operation: Select and Configure Waveforms
131
Custom Arb File Operation: Copy Waveforms into Sequencer
132
Custom Arb File Operation: Load Waveform and Turn on Output
133
Waveform Types
134
Use the RPM to Switch the SMU, CVU, and PMU
142
Introduction
142
Included Accessories
143
Equipment Required
144
Update the RPM Configuration in Kcon
144
Device Connections
145
Connection Schematic
145
Connect the 4200A-SCS to the DUT
146
Set up the Measurements in Clarius
147
Create a New Project
147
Add a Device
148
Search for and Select Existing Tests in the Test Library
149
Configure the Vfd Test
150
Configure the CV-Diode Test
152
Configure the Pulse-Diode Test
154
Run the Test
156
View and Analyze the Test Results
156
PMU for Pulsed I-V Measurements on a MOSFET
158
Introduction
158
Equipment Required
159
Device Connections
159
Connection Schematic
160
Set up the Measurements in Clarius
161
Create a New Project
162
Search for and Select an Existing Test
162
Configure the Test
163
Run the Test and Analyze the Results
165
Testing Flash Memory
168
Flash Connection Guidelines
168
Programming and Erasing Flash Memory
169
Endurance Testing
174
Connections for Endurance Testing - no Switching Matrix
175
Connections for Endurance Testing - Switching Matrix
177
Disturb Testing
178
Connections for Disturb Testing
178
Using a Switching Matrix
180
Use Kpulse to Create and Export Segment Arb Waveforms
180
Enter Segment Arb Values into UTM Array Parameters
182
Direct Connections to Single DUT
183
Direct Connections to Array DUT for Disturb Testing
185

Tektronix Keithley 4200A-SCS User Manual (130 pages)

Source-Measure Unit

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

Table of Contents
6
Introduction

10
- Source-Measure Unit (SMU)
  10
- Preamplifier
  11
- Ground Unit (GNDU)
  11
Connections and Configuration

12
- Basic Source-Measure Connections
  12
- Test Fixture and Device under Test (DUT) Connections
  31
Setting up Smus in Clarius

34
- Introduction
  34
- Set up a Simple Project
  34
  - Select Project Components
    34
  - Add a Device and Test to the Project
    35
- Configure a Simple Test
  36
  - Set the Key Parameters
    38
  - Set the Test Parameters
    39
- Run a Simple Test
  41
- Operation Mode (SMU)
  42
- SMU - All Terminal Parameters
  49
  - Base Current
    49
  - Base Voltage
    49
  - Bias
    49
  - Column Name (Measure Current)
    50
  - Column Name (Measure Voltage)
    50
  - Compliance
    50
  - Dual Sweep
    51
  - Force Range (Source Range)
    52
  - List Values
    52
  - Low Range
    52
  - Measure Current
    52
  - Off Time
    52
  - On Time
    53
  - Overvoltage Protection
    53
  - Points (List or Segment Sweep)
    53
  - Points (Log Sweep)
    53
  - Points
    54
  - Power on Delay
    54
  - Pulse Mode
    54
  - Range (Measure Current)
    56
  - Report Status (SMU)
    57
  - Report Value (Measure Current or Report Current)
    57
  - Report Value (Report Voltage or Measure Voltage)
    57
  - Segments
    57
  - Start (Step)
    58
  - Start (Sweep)
    58
  - Step (Step)
    58
  - Step (Voltage Sweep)
    59
  - Stop (Step)
    60
  - Stop (Sweep)
    60
  - Voltage (Report Voltage)
    60
  - Voltage Range
    60
- SMU Test Settings
  60
  - Speed
    60
  - Report Timestamps
    61
  - Delay Factor
    62
  - Filter Factor
    63
  - Auto A/D Aperture
    64
  - A/D Aperture Time
    64
  - Test Mode
    64
  - Sweep Delay
    65
  - Interval
    65
  - Number of Samples
    65
  - Hold Time - SMU
    65
  - SMU Power on Sequence
    65
  - Disable Outputs at Completion - SMU
    66
  - Output Values
    66
  - Compliance Exit-Condition Options
    67
Source-Measure Hardware

68
- Source-Measure Units
  68
- Source-Measure Hardware Overview
  68
- Basic SMU Circuit Configuration
  69
- Source-Measure Hardware Overview
  69
- SMU Terminals and Connectors
  70
  - SENSE lo Terminal
    71
  - SENSE Terminal
    72
  - FORCE Terminal
    72
  - PA CNTRL Connector
    72
- Source-Measure Unit (SMU) with 4200-PA Overview
  72
- Ground Unit (GNDU) Overview
  79
  - Basic Characteristics
    79
  - Ground Unit Connections
    80
  - Ground Unit DUT Connections
    81
  - Ground Unit Terminals and Connectors
    82
  - FORCE Terminal
    82
  - SENSE Terminal
    83
  - COMMON Terminal
    83
Source-Measure Concepts

84
- Guarding
  84
  - Guard Connections
    85
  - Source-Measure Concepts
    85
  - Guarding Concepts
    86
  - Test Fixture Guarding
    87
- Local and Remote Sensing
  88
  - Local Sensing
    90
  - Remote Sensing
    91
- Source or Sink
  91
- Source-Measure Considerations
  95
  - Source I, Measure V or I
    95
  - Source V, Measure I or V
    96
  - Measure Only (V or I)
    97
  - I-Source Operating Boundaries
    98
  - I-Source Operation Examples
    99
  - V-Source Operating Boundaries
    100
  - V-Source Operation Examples
    101
  - Source I Measure I and Source V Measure V
    102
- Sweep Concepts
  102
  - Source-Delay-Measure Cycle
    103
  - Sweep Waveforms
    103
- Operation Mode Timing
  105
  - Sampling Mode Timing
    106
Optimizing SMU Measurements

108
- Introduction
  108
- Making Stable Measurements with Smus
  108
- Low-Current Measurements
  111
  - Leakage Currents
    112
  - Generated Currents
    112
  - Voltage Burden
    115
  - Noise and Source Impedance
    116
  - Cable Capacitance
    117
  - Test System Performance
    117
- Interference
  118
Make I-V Measurements on a Solar Cell

120
- Introduction
  120
- Equipment Required
  120
- Device Connections
  121
  - Device Connection Schematic
    121
  - Connect the 4200A-SCS to the DUT
    122
- Setting up Measurements in the Clarius Software
  123
  - Create a New Project
    123
  - Search for and Select a Test
    124
  - Configure the Test
    125
  - Run the Test
    127
  - Analyze the Test Results
    128
  - Additional Tests
    129

Tektronix Keithley 4200A-SCS User Manual (128 pages)

Parameter Analyzer

Brand: Tektronix | Category: Measuring Instruments | Size: 7 MB

Table of Contents
6
Introduction
9
Welcome
9
Introduction to this Manual
9
Extended Warranty
10
Contact Information
10
Organization of Manual Sections
10
Application Examples
11
General Ratings
12
Getting Started
13
Front Panel Overview
13
Touch Screen Basics
14
Connect a Keyboard and Mouse
15
Rear Panel Overview
16
Connect an External Monitor
17
Installation
17
Locating the System
18
Basic System Connections
18
SMU Connections
22
Powering the 4200A-SCS
27
Create a New Project and Test
29
Introduction
29
Equipment Required
29
Device Connections
30
Connection Schematic
30
Connect the 4200A-SCS to the DUT
31
Set up the Measurements in Clarius
31
Select and Rename a New Project
32
Add a Device
33
Select a Custom Test
34
Configure the Test
35
Execute the Test
37
View and Analyze the Test Results
37
Use the RPM to Switch the SMU, CVU, and PMU
39
Introduction
39
Equipment Required
40
Update the RPM Configuration in Kcon
40
Device Connections
41
Connection Schematic
42
Connect the 4200A-SCS to the DUT
43
Set up the Measurements in Clarius
43
Create a New Project
44
Add a Device
45
Search for and Select Existing Tests in the Test Library
46
Configure the Vfd Test
47
Configure the CV-Diode Test
50
Configure the Pulse-Diode Test
53
Run the Test
56
View and Analyze the Test Results
56
Configure and Use a Series 700 Switching System
58
Introduction
58
Equipment Required
59
Device Connections
59
Connect the 7072 to the DUT
60
Connect the 4200A-SCS to the 7072
61
Update the Switch Configuration in Kcon
63
Set up the Measurements in Clarius
68
Create a New Project
68
Add a Device
69
Add the Connectpins Action
69
Configure the Connectpins Action
70
Search for and Add Existing Tests from the Test Library
73
Run the Project and View the Tests
74
Make I-V Measurements on a Solar Cell
75
Introduction
75
Equipment Required
75
Device Connections
76
Device Connection Schematic
76
Connect the 4200A-SCS to the DUT
77
Setting up Measurements in the Clarius Software
78
Create a New Project
78
Search for and Select a Test
79
Configure the Test
80
Run the Test
83
Analyze the Test Results
83
Additional Tests
84
Make C-V Measurements on a MOSCAP
85
Introduction
85
Equipment Required
85
Device Connections
86
Connect the 4200A-SCS to the DUT
87
Set up the Measurements in Clarius
88
Search for and Select a Project
88
Configure the Test
89
Perform Offset Compensation
94
Run the Test
97
View and Analyze the Test Results
97
Use the 4200A-CVIV Multi-Switch
99
Introduction
99
Equipment Required
99
Device Connections
100
Connection Schematic
101
Set up the Measurements in Clarius
102
Create and Rename a Project for I-V and C-V Measurements with Compensation
103
Add an Action to Perform CVU Compensation
104
Configure the Action
104
Add a Device
107
Add an Action for Switching the Smus to the Device
107
Configure the Action
108
Add a Test for Making I-V Measurements
109
Add an Action for Switching the CVU to the Output Terminals of the 4200A-CVIV
110
Configure the Action
111
Add a Test for Making C-V Measurements
112
Run the Project and Review the Results
115
PMU for Pulsed I-V Measurements on a MOSFET
116
Introduction
116
Equipment Required
117
Device Connections
117
Connection Schematic
118
Set up the Measurements in Clarius
119
Create a New Project
120
Search for and Select an Existing Test
121
Configure the Test
122
Run the Test and Analyze the Results
124
Next Steps
126
Additional Information
126

Tektronix Keithley 4200A-SCS User Manual (138 pages)

Parameter Analyzer

Brand: Tektronix | Category: Measuring Instruments | Size: 7 MB

Table of Contents
8
Introduction

12
- Welcome
  12
- Introduction to this Manual
  12
- Extended Warranty
  13
- Contact Information
  13
- Organization of Manual Sections
  13
- Application Examples
  14
- General Ratings
  14
Getting Started

16
- Front Panel Overview
  16
  - Touchscreen Basics
    17
  - Connect a Keyboard and Mouse
    18
- Rear Panel Overview
  19
  - Connect an External Monitor
    20
- Installation
  21
  - Locating the System
    21
  - Basic System Connections
    22
  - SMU Connections
    26
  - Powering the 4200A-SCS
    31
Create a New Project and Test

34
- Introduction
  34
- Equipment Required
  34
- Device Connections
  35
  - Connection Schematic
    35
  - Connect the 4200A-SCS to the DUT
    36
- Set up the Measurements in Clarius
  36
  - Select and Rename a New Project
    37
  - Add a Device
    38
  - Select a Custom Test
    39
  - Configure the Test
    39
  - Execute the Test
    42
  - View and Analyze the Test Results
    42
Use the RPM to Switch the SMU, CVU, and PMU

44
- Introduction
  44
- Equipment Required
  45
- Update the RPM Configuration in Kcon
  45
- Device Connections
  46
  - Connection Schematic
    47
  - Connect the 4200A-SCS to the DUT
    48
- Set up the Measurements in Clarius
  48
  - Create a New Project
    49
  - Add a Device
    50
  - Search for and Select Existing Tests in the Test Library
    51
  - Configure the Vfd Test
    52
  - Configure the CV-Diode Test
    55
  - Configure the Pulse-Diode Test
    58
  - Run the Test
    61
  - View and Analyze the Test Results
    61
Configure and Use a Series 700 Switching System

64
Make I-V Measurements on a Solar Cell

82
- Introduction
  82
- Equipment Required
  82
- Device Connections
  83
  - Device Connection Schematic
    83
  - Connect the 4200A-SCS to the DUT
    84
- Setting up Measurements in the Clarius Software
  85
  - Create a New Project
    85
  - Search for and Select a Test
    86
  - Configure the Test
    87
  - Run the Test
    90
  - Analyze the Test Results
    90
  - Additional Tests
    91
Make C-V Measurements on a MOSCAP

92
- Introduction
  92
- Equipment Required
  92
- Device Connections
  93
  - Connect the 4200A-SCS to the DUT
    94
- Set up the Measurements in Clarius
  95
  - Search for and Select a Project
    95
  - Configure the Test
    96
  - Perform Offset Compensation
    101
  - Run the Test
    105

Tektronix Keithley 4200A-SCS Setup And Maintenance (76 pages)

Brand: Tektronix | Category: Measuring Instruments | Size: 3 MB

Table of Contents
6
Introduction

10
- 4200A-SCS System Overview
  11
  - Source-Measure Unit (SMU)
    12
  - Preamplifier
    12
  - Ground Unit (GNDU)
    12
  - Capacitance-Voltage Unit (CVU)
    13
  - Pulse Source-Measure Hardware
    13
  - Software Features
    14
- Front-Panel Overview
  15
  - Touchscreen Basics
    16
  - Connect a Keyboard and Mouse
    16
- Rear-Panel Overview
  17
  - Connect an External Monitor
    18
- Extended Warranty
  18
- Contact Information
  18
- Embedded Computer Policy
  18
- General Ratings
  19
Installation

20
- Introduction
  20
- Locating the System
  21
- Basic System Connections
  22
- GPIB Connections
  27
  - Configuring IEEE-488 Controller Operation
    27
  - Configuring IEEE-488 Subordinate Operation
    27
- Preamplifier Mounting
  28
  - Mounting a Preamplifier in a Remote Location
    29
  - Mounting a Preamplifier to the Rear Panel
    30
- Connections to the Device under Test
  30
- Powering the 4200A-SCS
  31
- Powering off the 4200A-SCS
  32
- Configuring the System
  33
Keithley Configuration Utility (Kcon)

34
- Kcon Main Window
  35
- System Configuration
  36
- Add an External Instrument
  37
- Remove an External Instrument
  42
- Validate
  43
- Update the Configuration
  43
- Save
  44
- Summary
  45
- System Configuration Properties
  45
  - KI 4200A SCS Properties
    45
  - Instrument Properties and Connections
    47
- KXCI Settings
  50
- Tools
  55
  - Formulator Constants
    55
  - Generate Technical Support Files
    56
  - About Kcon
    57
- Kcon Learning Center
  57
Maintenance

58
- Introduction
  58
- Line Fuses
  58
- Front-Panel Display
  59
  - Cleaning the Front-Panel Display
    59
  - Adjusting the Display
    59
- Fan Operation
  59
- Air Intake Ventilation Screens
  60
- Solid-State Hard Drive Maintenance
  61
- Repacking for Shipment
  61
- Firmware Upgrade
  61
- Accessing the Release Notes
  62
- Reset the Hardware
  62
- Lithium Battery
  62
- Calibrate the System
  62
System Administration

64
Next Steps

75
- Additional Information
  75

Tektronix Keithley 4200A-SCS Quick Start Manual (36 pages)

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

Safety Precautions
2
Power and Environmental Specifi Cations
4
Unpack and Inspect the Instrument
6
Connect the Instrument
8
Install the Instrument
9
Wiring the Interlock
9
Test Connections
11
Next Steps
35

Tektronix Keithley 4200A-SCS Quick Start Manual (16 pages)

Parameter Analyzer

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

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Tektronix Keithley 4200A-SCS Manuals

Table of Contents

Introduction

Using Switch Matrices

Configure and Use a Series 700 Switching System

Using a Model 590 C-V Analyzer

Using a Keysight 4284/4980A LCR Meter

Using a Model 82 C-V System

Using a Keysight 8110A/8111A Pulse Generator

Set up a Probe Station

Using a Cascade Microtech PA200 Prober

Using a Micromanipulator 8860 Prober

Using a Manual or Fake Prober

Using a Cascade Summit-12000 Prober

Using a Signatone CM500 Prober

Using an MPI Probe Station

Table of Contents

Table of Contents

Introduction

Connections and Configuration

Setting up Smus in Clarius

Source-Measure Hardware

Source-Measure Concepts

Optimizing SMU Measurements

Make I-V Measurements on a Solar Cell

Table of Contents

Table of Contents

Introduction

Getting Started

Create a New Project and Test

Use the RPM to Switch the SMU, CVU, and PMU

Configure and Use a Series 700 Switching System

Make I-V Measurements on a Solar Cell

Make C-V Measurements on a MOSCAP

Table of Contents

Introduction

Installation

Keithley Configuration Utility (Kcon)

Maintenance

System Administration

Next Steps

Table of Contents

Table of Contents

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