LeCroy WAVERUNNER 6000 SERIES Manuals

Manuals and User Guides for LeCroy WAVERUNNER 6000 SERIES. We have 2 LeCroy WAVERUNNER 6000 SERIES manuals available for free PDF download: Operator's Manual, Service Manual

LeCroy WAVERUNNER 6000 SERIES Operator's Manual (409 pages)

WAVERUNNER

Brand: LeCroy | Category: Test Equipment | Size: 5 MB

Table of Contents
3
Introduction

16
- How to Use On-Line Help
  16
  - Type Styles
    16
  - Instrument Help
    16
- Windows Help
  17
- Returning a Product for Service or Repair
  17
- Technical Support
  17
- Staying Up-To-Date
  18
- Specifications
  19
- Horizontal System
  20
- Acquisition System
  21
- Acquisition Modes
  21
- Acquisition Processing
  22
- Triggering System
  22
- Basic Triggers
  22
- SMART Triggers
  22
- SMART Triggers with Exclusion Technology
  23
- Automatic Setup
  23
- Probes
  23
- Color Waveform Display
  23
- Analog Persistence Display
  24
- Zoom Expansion Traces
  24
- Rapid Signal Processing
  24
- Internal Waveform Memory
  24
- Setup Storage
  24
- Interface
  24
- Auxiliary Input
  24
- Auxiliary Output
  25
- Math Tools (Standard)
  25
- Measure Tools (Standard)
  26
- Pass/Fail Testing
  26
- Master Analysis Package (XMAP)
  26
- Advanced Math Package (XMATH)
  27
- Advanced Customization Package (XDEV)
  27
- Intermediate Math Package (XWAV)
  27
- Jitter and Timing Analysis Package (JTA2)
  28
- Value Analysis Package (XVAP)
  28
- Disk Drive Measurement Package (DDM2)
  29
- General
  29
Operator's Manual

30
- Warranty and Service
  30
- Environmental Characteristics
  30
  - Temperature
    30
  - Humidity
    30
  - Altitude
    30
  - Random Vibration
    30
  - Shock
    30
    
    Certifications
    31
  - CE Declaration of Conformity
    31
    
    Warning
    31
- Warranty
  32
- Copyright
  33
- Safety Requirements
  41
  - Safety Symbols and Terms
    41
- Operating Environment
  42
- Cooling Requirements
  43
- AC Power Source
  43
- Power and Ground Connections
  43
- On/Standby Switch
  44
- Calibration
  44
- Cleaning
  44
- Abnormal Conditions
  45
- Front Panel Controls
  45
  - Front Panel Buttons and Knobs
    45
  - Trigger Knobs
    47
  - Trigger Buttons
    47
  - Horizontal Knobs
    47
  - Vertical Knobs
    48
  - Channel Buttons
    48
  - Wavepilot Control Knobs
    48
  - Special Features Buttons
    48
  - General Control Buttons
    48
- On-Screen Toolbars, Icons, and Dialog Boxes
  49
- Dialog Boxes
  50
- Alternate Access Methods
  50
  - Mouse and Keyboard Operation
    50
  - Tool Bar Buttons
    51
- Trace Descriptors
  52
- Trace Annotation
  52
  - To Annotate a Waveform
    53
- To Turn on a Channel Trace Label
  54
- Screen Layout
  55
Installation

57
- Hardware
  57
- External Monitor
  57
  - Writable CD Drive Option
    58
- Software
  61
  - Checking the Scope Status
    61
- Default Settings
  62
  - Wavemaster and Wavepro 7000 Series Dsos
    62
- DDA, SDA, and Waverunner Dsos
  62
- Adding a New Option
  63
- Restoring Software
  64
  - Restarting the Application
    64
  - Restarting the Operating System
    64
- Removable Hard Drive
  64
- External Monitor
  66
Connecting to a Signal

68
- Probus Interface
  68
- Auxiliary Output Signals
  69
- To Set up Auxiliary Output
  69
Sampling Modes

70
- To Select a Sampling Mode
  70
- Single-Shot Sampling Mode
  70
  - Basic Capture Technique
    70
- Sequence Sampling Mode Working with Segments
  71
  - To Set up Sequence Mode
    72
  - Sequence Display Modes
    73
  - To Display Individual Segments
    74
  - To View Time Stamps
    74
- Ris Sampling Mode -- for Higher Sample Rates
  75
- Roll Mode
  76
Vertical Settings and Channel Controls

77
- Adjusting Sensitivity and Position
  77
  - To Adjust Sensitivity
    77
  - To Adjust the Waveform's Position
    77
- Coupling
  77
  - Overload Protection
    77
  - To Set Coupling
    78
Operator's Manual

78
- Probe Attenuation
  78
  - To Set Probe Attenuation
    78
- Bandwidth Limit
  78
  - To Set Bandwidth Limiting
    78
- Linear and (Sinx)/X Interpolation
  79
  - To Set up Interpolation
    79
  - Inverting Waveforms
    79
- Quickzoom
  79
  - To Turn on a Zoom
    79
- Finding Scale
  79
  - To Use Find Scale
    79
- Variable Gain
  79
  - To Enable Variable Gain
    80
- Channel Deskew
  80
  - To Set up Channel Deskew
    80
Timebase and Acquisition System

81
- Timebase Setup and Control
  81
- Dual Channel Acquisition
  81
  - Combining of Channels
    81
  - To Combine Channels
    81
- Autosetup
  82
Triggering

83
- Trigger Setup Considerations
  83
  - Trigger Modes
    83
  - Trigger Types
    83
- Determining Trigger Level, Slope, Source, and Coupling
  84
- Trigger Source
  85
- Level
  85
- Holdoff by Time or Events
  86
  - Hold off by Time
    86
  - Hold off by Events
    87
- Simple Triggers
  87
- Smart Triggers
  91
  - Width Trigger
    91
  - Glitch Trigger
    92
  - Interval Trigger
    94
  - Qualified Trigger
    98
  - State Trigger
    101
  - Dropout Trigger
    102
  - Logic Trigger
    103
Display Formats

106
- Display Setup
  106
  - Sequence Mode Display
    106
- Persistence Setup
  107
  - Saturation Level
    107
  - 3-Dimensional Persistence
    108
- Show Last Trace
  109
- Persistence Time
  110
- Locking of Traces
  110
- To Set up Persistence
  110
- Screen Saver
  111
- Moving Traces from Grid to Grid
  111
- Zooming Waveforms
  112
  - To Zoom a Single Channel
    113
  - To Zoom by Touch-And-Drag
    113
  - To Zoom Multiple Waveforms Quickly
    114
  - Multi-Zoom
    114
- Xy Display
  116
  - To Set up XY Displays
    116
Save and Recall

117
- Saving and Recalling Scope Settings
  117
  - To Save Scope Settings
    117
  - To Recall Scope Settings
    117
  - To Recall Default Settings
    117
- Saving Screen Images
  118
- Saving and Recalling Waveforms
  118
  - Saving Waveforms
    118
  - Recalling Waveforms
    120
- Disk Utilities
  120
  - To Delete a Single File
    120
  - To Delete All Files in a Folder
    121
  - To Create a Folder
    121
Printing and File Management

122
- Print, Plot, or Copy
  122
- Printing
  122
  - To Set up the Printer
    122
  - To Print
    122
  - Adding Printers and Drivers
    122
  - Changing the Default Printer
    123
- Managing Files
  123
  - Hard Disk Partitions
    123
Operator's Manual

124
100Base-T Ethernet Connection

124
- Connecting to a Network
  124
- Communicating over the Network
  125
  - Windows Setups
    125
  - Windows Repair Disk
    125
Track Views

126
- Creating and Viewing a Trend
  126
- Creating a Track View
  127
Histograms

128
- Creating and Viewing a Histogram
  128
  - To Set up a Single Parameter Histogram
    128
  - To View Thumbnail Histograms
    129
  - Persistence Histogram
    129
  - Persistence Trace Range
    130
  - Persistence Sigma
    130
- Histogram Parameters
  130
- Histogram Theory of Operation
  145
  - DSO Process
    146
  - Parameter Buffer
    147
  - Capture of Parameter Events
    147
- Histogram Parameters (XMAP and JTA2 Options)
  148
- Histogram Peaks
  149
- Binning and Measurement Accuracy
  149
Waveform Measurements

151
- Measuring with Cursors
  151
  - Cursor Measurement Icons
    151
- Cursors Setup
  151
  - Quick Display
    151
  - Full Setup
    152
- Overview of Parameters
  152
- Statistics
  155
- To Apply a Measure Mode
  156
- Measure Modes
  156
  - Standard Vertical Parameters
    156
  - Standard Horizontal Parameters
    157
  - My Measure
    157
- Parameter Math (XMATH or XMAP Option Required)
  157
  - Logarithmic Parameters
    157
  - Excluded Parameters
    158
  - Parameter Script Parameter Math
    158
  - Param Script Vs. P Script
    159
  - To Set up Parameter Math
    160
  - To Set up Parameter Script Math
    160
- Measure Gate
  161
  - To Set up Measure Gate
    163
- Help Markers
  164
  - To Set up Help Markers
    165
  - To Turn off Help Markers
    166
- To Customize a Parameter
  166
  - From the Measure Dialog
    166
  - From a Vertical Setup Dialog
    166
  - From a Math Setup Dialog
    167
- Parameter Calculations
  168
  - Parameters and How They Work
    168
  - Determining Time Parameters
    170
  - Determining Differential Time Measurements
    171
  - Level and Slope
    171
- List of Parameters
  172
Waveform Math

196
- Introduction to Math Traces and Functions
  196
- Math Made Easy
  196
  - To Set up a Math Function
    196
- Resampling to Deskew
  197
  - To Resample
    197
- Rescaling and Assigning Units
  198
  - To Set up Rescaling
    198
- Averaging Waveforms
  198
  - Summed Vs. Continuous Averaging
    198
  - To Set up Continuous Averaging
    200
  - To Set up Summed Averaging
    200
- Enhanced Resolution
  201
  - How the Instrument Enhances Resolution
    201
- To Set up Enhanced Resolution (ERES)
  203
- Waveform Copy
  204
- Waveform Sparser
  204
  - To Set up Waveform Sparser
    204
- Interpolation
  205
  - To Set up Interpolation
    205
- Fft
  205
  - Why Use Fft
    205
Operator's Manual

208
- Improving Dynamic Range
  208
- Record Length
  209
  - Fft Algorithms
    209
  - Glossary
    211
  - Fft Setup
    214
Analysis

216
- Pass/Fail Testing
  216
  - Comparing Parameters
    216
  - Mask Tests
    217
  - Actions
    217
- Setting up Pass/Fail Testing
  218
  - Initial Setup
    218
  - Comparing a Single Parameter
    219
  - Comparing Dual Parameters
    220
  - Mask Testing
    221
Utilities

223
- Status
  223
  - To Access Status Dialog
    223
- Remote Communication
  223
  - To Set up Remote Communication
    223
  - To Configure the Remote Control Assistant Event Log
    224
- Hardcopy
  224
  - Printing
    224
  - Clipboard
    224
  - File
    224
  - E-Mail
    225
- Aux Output
  226
- Date & Time
  226
- Options
  227
- Preferences
  227
  - Audible Feedback
    227
  - Auto-Calibration
    228
  - Offset Control
    228
  - Delay Control
    228
  - Performance Optimization
    228
  - E-Mail
    229
- Acquisition Status
  229
- Service
  230
- Show Windows Desktop
  230
- Touch Screen Calibration
  230
Customization

231
- Customizing Your Instrument
  231
  - Introduction
    231
  - Solutions
    231
  - Examples
    232
  - What Is Excel
    237
  - What Is Mathcad
    237
  - What Is MATLAB
    237
  - What Is VBS
    237
  - What Can You Do with a Customized Instrument
    239
- Calling Excel from Your Instrument
  240
  - Calling Excel Directly from the Instrument
    240
- How to Select a Math Function Call
  241
- How to Select a Parameter Function Call
  241
- The Excel Control Dialog
  241
- Entering a File Name
  241
- Organizing Excel Sheets
  243
- Setting the Vertical Scale
  244
- Trace Descriptors
  244
- Multiple Inputs and Outputs
  245
  - Simple Excel Example 1
    245
  - Simple Excel Example 2
    249
- Examples of Excel Parameter Functions
  252
- Examples of Excel Waveform Functions
  253
- Exponential Decay Time Constant Excel Parameter (Excel Example 1)
  253
- Gated Parameter Using Excel (Excel Example 2)
  255
  - How Does this Work
    256
- Correlation Excel Waveform Function (Excel Example 3)
  257
- Multiple Traces on One Grid (Excel Example 4)
  259
- Using a Surface Plot (Excel Example 5)
  262
- Writing Vb Scripts
  264
  - Types of Scripts in VBS
    264
  - Loading and Saving Vbscripts
    264
  - The Default Parameter Function Script: Explanatory Notes
    268
  - Scripting with Vbscript
    269
  - Variable Types
    270
- Variable Names
  270
- Arithmetic Operators
  272
- VBS Controls
  274
  - Summary of if
    276
  - Select Case
    277
  - Summary of Select Case
    278
  - While
    279
  - For
    279
Operator's Manual

278
- VBS Keywords and Functions
  280
  - Other VBS Words
    282
- Functions
  282
- Hints and Tips for Vbscripting
  283
- Errors
  285
- Error Handling
  287
- Speed of Execution
  287
- Scripting Ideas
  288
- Example Waveform Script
  288
- Example Parameter Scripts
  289
- Debugging Scripts
  289
- Horizontal Control Variables
  289
- Vertical Control Variables
  290
- List of Variables Available to Scripts
  290
- Communicating with Excel from a Vbscript
  292
- Calling Matlab from the Instrument
  293
  - Calling MATLAB
    293
- How to Select a Waveform Function Call
  294
- The MATLAB Waveform Control Panel
  295
- MATLAB Waveform Function Editor -- Example
  295
- MATLAB Example Waveform Plot
  299
- How to Select a MATLAB Parameter Call
  300
- The MATLAB Parameter Control Panel
  301
- The MATLAB Parameter Editor
  302
- MATLAB Example Parameter Panel
  303
- Further Examples of MATLAB Waveform Functions
  305
- Creating Your Own MATLAB Function
  308
Customdso

309
- Introduction - What Is Customdso
  309
- Invoking Customdso
  309
- Customdso Basic Mode
  310
- Editing a Customdso Setup File
  310
- Creating a Customdso Setup File
  312
- Customdso Plugin Mode
  312
- Creating a Customdso Plugin
  312
- Properties of the Control and Its Objects
  314
- Removing a Plugin
  318
- First Example Plugin - Exchanging Two Traces on the Grids
  318
- Second Example Plugin - Log-Log FFT Plot
  321
- Control Variables in Customdso
  324
Jta2 Option

325
- Accessing Jta2
  325
- Timing Functions
  325
- Timing Parameters
  326
  - Statistical Tools
    326
- How Jittertrack Works
  326
- Using "Clock" or "Data
  326
- When to Use Jittertrack
  329
  - Jittertrack or Trend
    329
- Clock or Data
  331
- Setting up Jitter Measurements
  333
  - Jitter Math Setup
    333
  - Jitter Parameters Setup
    333
- When to Use Persistence Histograms
  333
- Setting up Persistence Histograms
  334
  - Selecting the Math Function
    334
  - Setting up the Histogram
    335
- How to Trace Persistence
  336
  - An Innovative Visual and Processing Tool
    336
- To Set up Trace Persistence
  337
- Choosing a Timing Parameter
  339
- How to Use the Trend Tool
  339
  - The Basic Idea
    339
  - To Set up and Configure Trend
    340
  - Math Setup
    343
- Histogram and Trend Calculation
  343
  - Acquisition Sequence
    343
  - Parameter Buffer
    344
  - Parameter Events Capture
    344
- Zoom Traces and Segmented Waveforms
  345
  - Histogram Peaks
    345
  - Example
    345
  - Binning and Measurement Accuracy
    346
Dfp2 Option

349
- Introduction
  349
  - The Need
    349
  - The Solution
    349
- Enhanced Solutions
  350
- Kinds of Filters
  351
- Communications Channel Filters
  353
Operator's Manual

355
- IIR Filters
  355
- Filter Setup
  356
  - To Set up a DFP Filter
    356
- Multirate Filters
  357
  - Description
    357
- Custom Filters
  358
- Specifications
  361
Pma2 Option

362
- Introduction to Pma2
  362
  - The Tools and What They Do
    362
  - Equipment Required
    362
- Deskewing Voltage and Current
  363
  - Matching the Time Delay in Your Measurement System
    363
  - Initial Setup
    365
  - Clearing the Deskew Setup
    369
- Using Power Device Analysis
  370
- Effects of Probe Compensation on Saturation Voltage Measurements
  381
  - Example
    382
- Clearing the Power Device Analysis Setup
  384
- Measuring Device DV/Dt
  384
  - To Access DV/Dt
    385
- Using Modulation Analysis
  386
  - How Modulation Analysis Works
    386
- The Modulation Analysis Display
  389
- Configuration for Modulation Analysis
  389
- Setup for Modulation Analysis Measurements
  390
- Modulation Analysis Controls
  393
- Optimizing the Display
  394
- Clearing the Modulation Analysis Setup
  394
- Using Line Power Analysis
  395
  - Line Power Analysis Overview
    395
  - EN 61000-3-2, Harmonic Current Emissions
    395
- Configuration for Line Power Analysis
  396
- Setting up the Line Voltage and Current Signals
  398
  - Activating the Line Power Analysis Menu
    399
- Line Harmonics Measurement
  400
- Using Non-Probus Probes
  403
  - PMA2 Dialog Overview
    403
  - Current Input Setup Menus
    404
  - Voltage Input Setup Menus
    405
Processing Web

406
- To Use the Web Editor
  406

LeCroy WAVERUNNER 6000 SERIES Service Manual (325 pages)

Color Digital Oscilloscopes

Brand: LeCroy | Category: Test Equipment | Size: 16 MB

Table of Contents
3
Read this First
11
Warranty
11
Warranty and Product Support
11
Product Assistance
11
Maintenance Agreements
11
Staying up to Date
12
Service and Repair
12
How to Return a Product
12
What Comes with Your Scope
12
General Information
13
Product Assistance
13
Installation for Safe and Efficient Operation
13
Operating Environment
13
Safety Symbols
13
Power Requirements
15
Cleaning and Maintenance
15
Specifications
17
Vertical System
17
Horizontal System
17
Acquisition System
18
Acquisition Processing
18
Triggering System
18
Basic Triggers
19
SMART Triggers
19
SMART Triggers with Exclusion Technology
19
Probes
19
Color Waveform Display
20
Analog Persistence Display
20
Zoom Expansion Traces
20
Cpu
20
Internal Waveform Memory
20
Setup Storage
20
Interface
20
Auxiliary Input
21
General
21
Environmental
21
Physical Dimensions
21
Certifications
21
Warranty and Service
21
Theory of Operation
23
System Block Diagram
23
Computer
24
Operating System
24
Memory
24
Interfaces
24
Storage Devices
24
CMOS Settings
24
PCI Card
25
Display and Touch Screen
26
Touch Screen
26
Acquisition System
27
Main Card
28
JTAG Chains
29
Serial Chains
29
Controller FPGA
30
Microcontroller
30
Timebase & Trigger
31
Htb645
31
Trigger Bandwidth
31
Trigger Signal I/O
31
Tdc
31
Timebase
31
Miscellaneous Clocks
32
MST429A - Smart Trigger IC
32
Signal I/O
32
Trigger Functions
32
Main Trigger Delay
32
Qualifier Selection
32
Polarity
32
Analog Time Measure
32
Digital Time Measure
32
Trigger Frequency
33
ADC & Memory
33
Had639
33
Signal I/O
33
Adc's
33
Calibration
33
Control
34
Mam439
34
Signal I/O
34
Decimation
34
Front End
36
Hfe653
36
Power off State
37
Path
38
1MΩ /1 Path DC Coupled
39
1MΩ /10 Path DC Coupled
39
1MΩ /100 Path DC Coupled
40
1MΩ /1 Path AC Coupled
40
Other Sub Systems
41
Power Supply
41
NCO (Numerically Controlled Osc.)
41
10Ghz Clock
41
Performance Verification
43
Introduction
43
List of Tested Characteristics
43
Calibration Cycle
43
Test Equipment Required
44
Test Records
44
Turn on
44
Input Impedance
45
Channel Input Impedance
45
External Trigger Input Impedance
48
Leakage Current
49
Channel Leakage Current
49
External Trigger Leakage Current
52
Peak-Peak Noise Level
54
Gs/S 50 Ohm
54
Gs/S Channel Mode (WR6100 & WR6200 Only)
56
DC Accuracy
59
Positive 50Ω DC Accuracy
59
Negative 50Ω DC Accuracy
62
Positive 1MΩ DC Accuracy
63
Negative 1MΩ DC Accuracy
65
Offset Accuracy
67
Positive 50Ω Offset Accuracy
67
Negative 50Ω Offset Accuracy
69
Positive 1MΩ Offset Accuracy
70
Negative 1MΩ Offset Accuracy
72
Bandwidth
73
Description
73
Trigger Level
78
Description
78
Channel Trigger at 0 Division Threshold
78
Channel Trigger at +2.5 Divisions Threshold
80
Time Base Accuracy
83
Description
83
10 Ghz Clock Verification Procedure
83
Maintenance
97
Introduction
97
Safety Precautions
97
Anti-Static Precautions
97
Disassembly and Assembly Procedure
98
Disassembly Procedure
98
Removal of the Upper Cover Assembly
98
Opening of the Front Bezel
98
Removal of the Acquisition System Assembly
99
Removal of the PCI Board
100
Removal of the AGP-DVO Interface Board
100
Removal of the Processor Board
100
Removal of the Hard Disk Drive
101
Removal of the CD ROM Drive
101
Removal of the Power Supply
101
Removal of the Front Frame Assembly
102
Removal of the Front Panel Encoder Board
103
Removal of the USB Hub Board
103
Removal of the Display Inverter Board
104
Removal of the Display and Touchscreen
104
Replacing the Battery
105
Assembly Procedure
106
Installing Hardware Options
107
Software Update Procedure
107
Installing New X-Stream DSO Application Software
107
Software End User License Agreement
107
Installing Device Drivers
113
Upgrading Microcode
114
Verifying Microcode
115
Restoring the Operating System
115
Software Options
117
Changing Software Option Key
117
Scope ID, Scope Serial Number
117
Entering Option Key in the DSO
117
Board Exchange Procedure
118
Processor Board Exchange Procedure
118
Hard Drive Replacement Procedure
118
Equipment and Spare Parts Recommended for Service
119
Test Equipment Required
119
Waverunner Spare Parts
119
Service Menu
120
Accessing Service Menu
120
Mainframe Tests
121
Front Panel Test
121
Critical File Backup
123
Acquisition System Tests
124
Critical Acquisition System Component Temperatures
124
Automatic Calibrations
125
Calibration Procedures
126
System Power Supply Calibration Procedure
126
Touch Screen Calibration Procedure
130
Troubleshooting and Flow Charts
133
Introduction
133
Repair Level
133
Initial Troubleshooting
134
Power Supply Problem
136
No Display (Internal or External)
139
Internal Display Problem
140
Boot up Sequence
141
Front Panel Controls Do Not Operate
142
Touch Screen Problems
143
Timebase Problem
145
Remote Control Problem
146
CD-ROM Problem
147
Vertical Accuracy Problem
148

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LeCroy WAVERUNNER 6000 SERIES Manuals

LeCroy WAVERUNNER 6000 SERIES Operator's Manual (409 pages)

Table of Contents

Introduction

Operator's Manual

Installation

Connecting to a Signal

Sampling Modes

Vertical Settings and Channel Controls

Operator's Manual

Timebase and Acquisition System

Triggering

Display Formats

Save and Recall

Printing and File Management

Operator's Manual

100Base-T Ethernet Connection

Track Views

Histograms

Waveform Measurements

Waveform Math

Operator's Manual

Analysis

Utilities

Customization

Operator's Manual

Customdso

Jta2 Option

Dfp2 Option

Operator's Manual

Pma2 Option

Processing Web

LeCroy WAVERUNNER 6000 SERIES Service Manual (325 pages)

Table of Contents

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