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TDS5104B
Tektronix TDS5104B Manuals
Manuals and User Guides for Tektronix TDS5104B. We have
3
Tektronix TDS5104B manuals available for free PDF download: Online Help Manual, Specification And Performance Verification Technical Reference, Quick Start User Manual
Tektronix TDS5104B Online Help Manual (420 pages)
Brand:
Tektronix
| Category:
Test Equipment
| Size: 2.56 MB
Table of Contents
Table of Contents
2
Getting Started
22
Copyright Information
22
About the TDS5000B Series Oscilloscope
23
Product Description
23
Product Software
27
User Interface Map
28
Installing Software
29
Using Online Help
30
Navigating the Online Help
30
Documentation
31
Support Information
32
Feedback
33
Standard Accessories
34
Recommended Accessories
35
Options
38
Windows Interface Guidelines
39
Analysis and Connectivity Support
40
Getting the Analysis and Connectivity Support Tools
40
VXI Plug-And-Play Instrument Driver
41
Tekvisa
41
Tekvisa Activex Control (TVC)
41
Tekvisaexcel Toolbar
41
VXI 11.2 LAN Server
41
Supported Ades
42
Tektronix Toolbar for Word
42
Report Generator
42
IVI Drivers
42
Menu Bar Mode
42
Toolbar Mode
42
Working with the TDS5000B Series Instrument
43
Using the Instrument Interface
44
Changing Control Settings
44
Moving and Docking Control Windows
45
Controlling from Within the Graticule Area
45
Access Shortcut Menus by Right-Clicking
46
Initializing the Instrument
46
Choosing and Connecting Probes
46
Creating Your Own Control Windows
47
Triggering, Timebase, and Horizontal Delay
47
Looking at Waveform Details
47
Using Fast Acquisition and DPO
48
Using Waveform Math
48
Using Spectral Analysis
49
Characterizing a Signal
49
Mask and Limit Testing
49
Application-Specific Measurements
50
Connecting to a Network
50
Printing Hard Copy
51
Using Other PC Applications
51
Using a Second Monitor
52
Connecting to Other Instruments
52
TDS5000B Series Options
53
Controls and Connections
56
Multipurpose Knobs
56
Vertical Controls
56
Horizontal Controls
57
Multiview Zoom Controls
57
Trigger Controls
58
Run Controls
58
General Purpose Controls
59
Front Panel Connectors
60
Rear Panel Connectors
60
Side Panel Connectors
61
Optional Touch Screen
63
On/Standby Switch
63
File Menu
64
Reference Waveform Controls
64
Save as Dialog Box: Waveform
64
Recall Dialog Box: Waveform
65
Save as Dialog Box: Instrument Setup
66
Recall Dialog Box: Instrument Setups
67
Delete Setups and Reference Waveforms
68
Page Setup Dialog Box
69
Print Preview Dialog Box
69
Print Dialog Box
69
Using Print Screen
70
Save as Dialog Box: Screen Capture
70
Waveform Options Dialog Box
71
Save as Dialog Box: Measurement
72
Save as Dialog Box: Histogram
72
Save as Dialog Box: Timestamp
73
Edit Menu
74
Copy Setup: Images
74
Copy Setup: Waveforms
74
Copy Setup: Measurements
75
Autoset Undo Control Window
76
Vertical Menu
77
Vertical Setup Control Window
77
Zoom Setup Control Window
77
Zoom Control Window
79
Autoscroll Control Window
80
Graticule Zoom Control Window
81
Waveform Display Control Window
81
Waveform Label Control Window
82
Position/Scale Control Window
82
Position/Scale Control Window: Position
83
Position/Scale Control Window: Scale
83
Vertical Offset Control Window
84
Termination Control Window
84
Coupling Control Window
85
Bandwidth Control Window
86
Probe Calibration Control Window
87
Probe Calibration Control Window: Probe Status
87
Probe Calibration Control Window: Probe Calibration
88
Deskew Control Window
89
Attenuation Control Window
90
Display On/Off
90
Vertical Position/Scale
91
Offset
91
Termination
92
Channel Invert
92
Coupling Setup
93
Bandwidth
93
Probe Controls
93
Channel Invert Control Window
94
Using Offset to Avoid Clipping Signals
94
High Impedance Probes
95
Low Impedance Probes
95
Active Probes
95
Probe Calibration Restrictions
95
Horizontal/Acquisition Menu
96
Horizontal/Acquisition Setup Control Window (Horizontal Tab)
96
Record Length
96
Horizontal Scale
97
Horizontal Control Window Readouts
97
Horizontal Delay and Horizontal Position
98
Horizontal Position/Scale Control Window
98
Horizontal Position/Scale Control Window: Delay Mode off
99
Horizontal Position/Scale Control Window: Position
99
Horizontal Position/Scale Control Window: Scale
99
Horizontal Position/Scale Control Window: Delay on
100
Horizontal Position/Scale Control Window: Horiz Delay
100
Horizontal Position/Scale Control Window: Scale Delay on
101
Resolution Control Window
101
Acquisition Mode Control Window
102
Horizontal/Acquisition Setup Control Window (Acquisition Tab)
104
Acquisition Mode
104
Fast Acquisitions
106
Roll Mode
107
Interactions of Roll Mode and Other Instrument Settings
108
Incompatible Acquisition Features
109
Sampling Modes
109
Fastframe Setup Control Window
111
Frame Setup
112
Frame Viewing
113
Time Stamps
114
Time Stamp Table
114
Using Fastframe Acquisitions
114
Fastframe Controls
116
Autoset
116
Trigger Menu
119
Trigger Setup Control Window
119
A Event Trigger Types
120
Sequential Triggering (Horizontal Delay On)
120
Sequential Triggering (Horizontal Delay Off)
121
B Event Trigger
121
Trigger Mode and Holdoff
122
Edge Trigger Control Window
122
Glitch Trigger Control Window
123
Width Trigger Control Window
123
Runt Trigger Control Window
124
Timeout Trigger Control Window
124
Transition Time Trigger Control Window
125
Setup and Hold Trigger Control Window
126
Logic Pattern Trigger Control Window
126
Logic State Trigger Control Window
127
Window Trigger Control Window
128
Video Trigger Control Window
128
Comm Trigger Control Window
129
Communication Trigger Codes and Standards (Option)
130
Set to 50% with Comm Triggers
132
Trigger on a Only (Horizontal Delay Off)
132
Trigger on a Only (Horizontal Delay On)
132
Trigger after Time (Horizontal Delay Off)
133
Trigger after Time (Horizontal Delay On)
133
Trigger on Nth Event (Horizontal Delay Off)
134
Trigger on Nth Event (Horizontal Delay On)
135
Trigger Holdoff Control Window
136
Trigger Mode Control Window
137
Run/Stop Control Window
137
Communication Trigger Coding
138
Comm Trigger Pulse Form
138
Display Menu
139
Display Setup Control Window (Appearance Tab)
139
Display Style
139
Display Persistence
140
Waveform Intensity
140
Display Format
141
Waveform Interpolation
142
Display Setup Control Window (Screen Text Tab)
142
Display Setup Control Window (Objects Tab)
143
Graticule Style
143
Trigger Level Marker
144
LCD Backlight Timeout
144
Display Setup Control Window (Colors Tab)
144
Color Palettes
145
Display Palette
146
Reference Color
146
Math Color
147
Text Properties Control Window
147
Display Persistence Control Window
148
Cursor Menu
150
Cursor Setup Control Window
150
Cursor Type Setup Control Window
151
Cursor Sources
152
Cursor Position Control Window
152
Horizontal Bar Cursors
153
Vertical Bar Cursors
153
Waveform Cursors
153
Screen Cursors
154
Cursor Modes
154
Cursor Style
155
Cursors Using XY Display Format
156
Measurement Menu
158
Measurement Setup Control Window
158
Measurement Tabs: Amplitude
159
Measurement Tabs: Time
159
Measurement Tabs: more
160
Measurement Tabs: Histogram
160
Measurement Tabs: Communications
161
Measurement Tabs: Communications more
161
Measurements List
162
Measurement Snapshot Control Window
162
Measurement Statistics Control Window
163
Reference Levels Control Window
164
Gating Control Window
165
Histogram Control Window
166
Delay Measurement Setup
167
Phase Measurement Setup
167
Mask Menu
169
Mask Setup Control Window
169
Mask Types and Standards (Option)
169
Mask Display Control Window
173
Mask Alignment Control Window
173
Mask Source Control Window
174
Mask Margins Control Window
174
Mask Pass/Fail Setup Control Window
175
Mask Test Pass/Fail Controls
176
Mask Pass/Fail Test Notification
176
Pass Fail Setup more
177
Mask Polarity
177
Mask Test Repeat
178
Mask Pass/Fail Results Control Window
178
Mask Test Summary
179
Mask Hits Per Segment
179
Mask Test Start or Reset
180
Mask Test Controls Control Window
180
Mask Configuration Display Control Window
181
Mask Configuration Autoset Control Window
181
Mask Autoset Vertical Controls
182
Mask Autoset Horizontal Controls
182
Mask Autoset Trigger Level Control
183
Mask Autoset Autofit Control
183
Mask Autoset Mode
183
Mask Configuration Autofit Control Window
184
User Mask Setup
185
Mask Edit Control Window
185
Recall User Mask
187
Save User Mask
188
User Mask Edit Control Window
189
Limit Test Setup Control Window
189
Create Limit Test Template
190
Compare Limit Test
191
Limit Test Options
192
Limit Test Failure Notification Control Window
193
Limit Test Reset
194
Save Limit Test Dialog Box
195
Math Menu
196
Math Setup Control Window
196
Math Waveform Properties
196
Define Edit Expression
197
Predefined Math Expressions
197
Guidelines for Working with Math Waveforms
197
Spectral Analysis
198
Predefined Spectral
198
Equation Editor Control Window
198
Time Domain Tab
199
Spectral Analysis (Freq) Tab
200
Measurement List (Meas) Tab
200
Variable List (Var Tab)
200
Edit Controls
201
Adjust Math Parameters Control Window
201
Math Variables Control Window
202
Spectral Setup Control Window
202
Create Spectrum Tab
203
Mag Scale Tab
203
Phase Scale Tab
204
Control Tracking Tab
204
Spectral Setups: Acquisition
205
Spectral Setups: Gating
205
Spectral Setups: Frequency
206
Spectral Controls: Acquisition
207
Spectral Controls: Gating
208
Spectral Controls: Frequency
209
Selecting a Spectral Window
209
Text Edit Controls
210
Myscope Menu
211
Myscope Setup Control Window
211
Using Myscope Control Windows
212
Open or Edit Myscope Dialog Box
214
Save Myscope File as Dialog Box
214
Utilities Menu
215
Set Time and Date
215
GPIB Configuration Control Window
216
LAN Server Status Control Window
216
External Signals Control Window
217
Touch Screen (Option)
217
Instrument Calibration Control Window
218
Instrument Diagnostics Control Window
218
E-Mail on Event Control Window
219
E-Mail Configuration Dialog Box
220
User Preferences: Prompt before Action
221
User Preferences: Keypad Defaults
221
User Preferences: Record Length
222
User Preferences: Readouts
222
Option Installation
224
Tek Secure Erase
224
Theory of Operation
225
Functional Model
225
Process Overview
226
Signal Connection
227
Input Conditioning
227
Probes and Signal Connection
228
Coupling
228
Scaling and Positioning
228
Vertical Acquisition Window Considerations
229
Horizontal Acquisition Window Considerations
231
Autoset Considerations
232
Horizontal Acquisition Window Interrelated Parameters
232
Independent Versus Shared Window
233
Acquisition Hardware
234
Sampling Process
234
Sampling Modes
235
Waveform Record
235
Interleaving
236
Triggering Concepts
236
Trigger Sources
237
Trigger Types
237
Trigger Modes
238
Trigger Holdoff
238
Trigger Coupling
239
Horizontal Trigger Position
239
Trigger Slope and Level
239
Delayed Trigger System
239
Advanced Triggering
240
Glitch Trigger
240
Runt Trigger
240
Width Trigger
240
Transition Time Trigger
240
Timeout Trigger
240
Pattern Trigger
241
State Trigger
242
Setup and Hold Trigger
243
Window Trigger
244
Video Trigger
244
Communication Trigger
244
Sequential Triggering
244
Triggering with Horizontal Delay off
245
Triggering with Horizontal Delay on
246
Triggering and Horizontal Delay Summary
247
Display Overview
247
Display Elements
248
Acquisition Preview
249
Waveform Display
249
Customizable Display Elements
250
Operations on the Time Base
255
Horizontal Position and the Horizontal Reference Point
255
Interpolation
255
Using the Multizoom Feature
256
Automatic Measurements
256
Cursor Measurements
257
Cursor Types
259
Histograms
260
Math Waveforms
261
Creating Math Waveforms
263
Math Waveform Sources
264
Math Waveform Expression Syntax
264
Math Waveform Differentiation
265
Offset, Position, Scale, and Math Waveforms
266
Waveform Integration
266
Defining Spectral Math Waveforms
267
Using the Spectral Math Controls
268
Using the Time Controls
268
Using the Gating Controls
269
Using the Frequency Domain Controls
270
Using the Magnitude Controls
271
Using the Phase Controls
273
Using Spectral Analyzer Windows
274
Gaussian Window
276
Rectangular Window
277
Hamming Window
278
Hanning, Kaiser-Bessel, and Blackman-Harris Windows
279
Flattop2 Window
281
Tek Exponential Window
282
Effects of Trigger Jitter
282
Recognizing Aliasing
283
Serial Mask Testing with Option SM
283
Mask Key Points
284
Levels Used in Taking Eye Measurements
285
Communication Triggering (Option)
287
Limit Testing Concepts
287
Saving and Recalling Setups
288
Saving and Recalling Waveforms
289
Saving and Copying Waveform Data
289
Spectral Analysis Overview
291
Spectral Analysis Features
291
FFT Process
291
The FFT Display
292
FFT Windows
292
FFT Window Characteristics
293
Time Domain Gating
294
Aliasing
294
Eliminating Aliasing
295
Nyquist Frequency
295
Overview Tasks
296
Setting up Signal Input
296
Setting Acquisition Modes
297
Setting up Roll Mode
297
Using Fast Acquisitions
299
Time Stamping Frames
300
Triggering from the Front Panel
302
Checking Trigger Status
303
Triggering from the Trigger Setup Window
304
Triggering on a Glitch
306
Triggering on a Runt Pulse
307
Triggering on a Pulse Width
308
Triggering on Transition Time
309
Triggering on Pulse Timeout
311
Triggering on a Pattern
312
Triggering on Logic State
313
Triggering on Setup/Hold Time Violations
314
Triggering on Window Threshold Violations
317
Triggering on a Video Signal
318
Triggering on a Sequence
319
Triggering on a Communication Signal
320
Displaying Waveforms
321
Using Multiview Zoom with Waveforms
322
Taking Automatic Measurements
323
Localizing a Measurement
326
Setting Cursor Sources
326
Starting and Resetting Histogram Counting
327
Creating a Math Waveform
329
Using Math Waveforms
330
Using a Predefined Spectral Math Waveform
332
Defining a Spectral Math Waveform
333
Setting up Mask Testing
337
Creating a User Mask from a Defined Mask (Option)
340
Editing a User Defined Mask
341
Saving a User Mask to Disk
342
Recalling a User Mask from Disk
342
Creating a New User Mask
343
Using Limit Testing
344
Sending E-Mail on Events
345
Selecting the Sound Source
346
Saving a Waveform
346
Saving a Screen Capture
348
Saving Measurements
349
Copying Waveform Data
349
Creating Myscope Control Windows
351
Editing Myscope Control Windows
352
Tasks
353
Calibrating Active Probes
353
Calibrating Passive Probes
353
Deskew
354
Signal Path Compensation
354
Signal Path Compensation Status
355
Low Frequency Probe Compensation
355
Taking Cursor Measurements
355
Creating Reference Waveforms
356
Saving Reference Waveforms Using Auto-Increment File Name
356
Recalling Reference Waveforms
357
Recalling a Template Waveform
357
Creating a Spectral Waveform
357
Setting up for Fastframe Operations
358
Taking Automatic Measurements
358
Setting up a Dual Display
359
Creating Math Waveforms Using Predefined Expressions
360
Creating Math Waveforms with the Equation Editor
360
Exiting the Instrument Application
360
Minimizing the Instrument Application
361
Shutting down the Instrument
361
Adding Software Applications to the Instrument
361
Creating an Emergency Startup Disk
362
Backing up User Files
362
Using Roll Mode
362
TDS5000B Series GPIB Programmer Online Help
363
TDS5000B Series Oscilloscope Applications Software
363
Trigger on a Event Only
363
Triggering on an Event after a Specified Delay
363
Triggering on a B Event
364
Setting up a Histogram
364
Taking Automated Measurements on Histogram Data
364
Printing the Screen to a Printer
365
Copying the Screen for Use in Other Applications
365
Copying Measurements for Use in Other Applications
365
Saving Instrument Setups
366
Recalling Instrument Setups
366
Deleting Instrument Setups
367
Choosing Color Palettes
367
Customizing Color Palettes
367
Setting the Horizontal Delay
368
Comparing Data Using Horizontal Delay
368
Using the XY Display Format
368
Using the XYZ Display Format
368
Enabling a Network Connection
369
Selected Waveform Versus Deselected Waveform
369
Probe Compensation Adjustment
369
Probe Compensation
370
Printing Banners
370
Inverting Channel Waveforms
371
Connecting Probes
371
Adjusting Display Contrast
371
Using Mask Testing with Option SM
372
Creating a User Mask with Option SM
372
Saving Masks
373
Recalling Masks
373
Editing a User Mask
373
Glossary
374
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Tektronix TDS5104B Specification And Performance Verification Technical Reference (98 pages)
Digital Phosphor Oscilloscopes
Brand:
Tektronix
| Category:
Test Equipment
| Size: 0.93 MB
Table of Contents
Table of Contents
3
General Safety Summary
7
Product and Feature Description
10
Acquisition Features
10
Table 1- 1: TDS5000B Series Models
10
Display Features
11
Measurement Features
12
Trigger Features
12
Convenience Features
12
Table 1- 2: Channel Input and Vertical Specifications
14
Specification Tables
14
Table 1- 3: Horizontal and Acquisition System Specifications
21
Table 1- 4: Trigger Specifications
22
Table 1- 5: Display Specifications
27
Table 1- 6: Input/Output Port Specifications
27
Table 1- 7: Data Storage Specifications
28
Table 1- 8: Power Source Specifications
29
Table 1- 9: Mechanical Specifications
29
Table 1- 10: Environmental Specifications
30
Table 1- 11: Certifications and Compliances
31
Conventions
34
Figure 2- 1: Toolbar and Menu Bar
35
Brief Procedures
37
Self Tests
37
Functional Tests
38
Verify All Input Channels
39
Figure 2- 2: Universal Test Hookup for Functional Tests - CH 1 Shown
39
Figure 2- 3: Channel Button Location
40
Verify the Time Base
41
Figure 2- 4: Setup for Time Base Test
41
Verify the a (Main) and B (Delayed) Trigger Systems
43
Figure 2- 5: Setup for Trigger Test
43
Verify the File System
44
Figure 2- 6: Setup for the File System Test
45
Verify the Internal Printer (Optional)
46
Figure 2- 7: Example Test Page from the Internal Printer
47
Performance Tests
49
Prerequisites
49
Table 2- 1: Test Equipment
50
Equipment Required
50
TDS5000B Series Test Record
52
Signal Acquisition System Checks
56
Check DC Voltage Measurement Accuracy
56
Figure 2- 8: Initial Test Hookup
57
Table 2- 2: DC Voltage Measurement Accuracy
58
Figure 2- 9: Measurement of DC Accuracy at Maximum Offset and Position
59
Check Analog Bandwidth
60
Figure 2- 10: Initial Test Hookup
61
Figure 2- 11: Optional Initial Test Hookup
61
Table 2- 3: Analog Bandwidth
62
Figure 2- 12: Measurement of Analog Bandwidth
64
Figure 2- 13: Initial Test Hookup
66
Figure 2- 14: Measurement of Channel Delay
68
Check Channel Isolation (Crosstalk)
69
Figure 2- 15: Initial Test Hookup
69
Figure 2- 16: Initial Test Hookup
71
Time Base System Checks
71
Figure 2- 18: Delta Time Accuracy Test Hookup
75
Table 2- 4: Delta Time Measurement
77
Check Time Accuracy for Pulse, Glitch, Timeout, and Width Triggering
78
Figure 2- 18: Initial Test Hookup
78
Figure 2- 19: Measurement of Time Accuracy for Pulse and Glitch Triggering
80
Figure 2- 20: Initial Test Hookup
82
Figure 2- 21: Measurement of Trigger Sensitivity Showing 50 Mhz Results
83
Trigger System Checks
77
Output Signal Checks
87
Check Outputs
87
Figure 2- 22: Initial Test Hookup
87
Figure 2- 23: Measurement of Main Trigger out Limits
89
Check Probe Compensation Output
90
Figure 2- 24: Initial Test Hookup
90
Figure 2- 25: Measurement of Probe Compensator Frequency
91
Figure 2- 26: Subsequent Test Hookup
92
Figure 2- 27: Measurement of Probe Compensator Amplitude
93
Figure 2- -28: Sine Wave Generator Leveling Equipment Setup (Method
94
Sine Wave Generator Leveling Procedure
94
Figure 2- -29: Sine Wave Generator Leveling Equipment Setup (Method
96
Tektronix TDS5104B Quick Start User Manual (94 pages)
Video Measurement System
Brand:
Tektronix
| Category:
Measuring Instruments
| Size: 8.02 MB
Table of Contents
Table of Contents
7
General Safety Summary
9
Preface
11
Key Features
11
Supported Products
11
Documentation
12
Software Upgrades
12
Conventions Used in this Manual
13
Installing Your Instrument
15
Standard Accessories
15
Recommended Accessories
17
Operating Requirements
18
Powering on the Instrument
18
Powering off the Instrument
19
Removing the Power
19
Connecting to a Network
19
Getting Acquainted with Your Instrument
20
Front Panel
20
Side and Rear Panels
21
Input Connection Requirements - Options SD/HD
22
Input Connection Requirements - Option VGA
22
Connecting Input Signals
23
Signal Path Compensation
34
Sync Pickoff Compensation - VM6000 and DPO7000 Series, Options SD/HD Only
34
Sync Pickoff Compensation - VM5000 and TDS5000 Series, Options SD/HD Only
35
About the Matrix Test Signal
38
Starting the VM Series System Software
40
The VM Series System Software User Interface
42
Procedure for Taking Measurements
44
Configuring the DUT - Option VGA
44
Setting the Input Signal Format - Options SD/HD
46
Setting the Input Signal Format - Option VGA
48
Selecting Measurements
51
Setting the Measurement Run Operations
52
Taking and Viewing Measurements
55
Using the Oscilloscope
56
Troubleshooting Signal Problems
58
Applications
62
Simple Color Bars Measurement - Options SD/HD
62
Simple Color Bars Measurement - Option VGA
64
Displaying Relative to Reference Color Bar Measurements
68
Displaying Color Bar Measurements with Limit Testing
73
Performing Limit Testing with Two Measurements
78
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