Rigol Technologies Inc. - DS1052D - Oscilloscope
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Matériels:
DS1052D
Date:
2008
Catégorie:
Groupe:
Sous-groupe:
Information
RIGOL DS1000E DS1000D Series Digital Oscilloscope provide
exceptional
waveform viewing and measurements in a compact, lightweight
package. The
DS1000E DS1000D Series is ideal for production test, field
service, research, design,
education and training applications involving analog/digital
circuits test and
troubleshooting, as well as education and training.
Features of DS1000E DS1000D Series Dual Channel, Bandwidth:
100MHz DS1102E DS1102D 50MHz DS1052E DS1052D Optional 16 digital channels DS1000D Series each channel
can be turned on
or off independently, or in a 8 bit group
Mono/Color TFT LCD Displays at 320× 234 resolution
USB storage and printing supports Software upgradeable via
USB connectivity
Adjustable waveform intensity, more effective waveform viewing
One-touch automatic setup for ease of use (AUTO)
Saves 10 Waveforms, 10 setups, supports CSV and bitmap format
Newly designed Delayed Scan Function, easy to give attention
to both details
and overview of a waveform
20 Automatic measurements
Automatic cursor tracking measurements
Waveform recorder, record and replay dynamic waveforms
User selectable fast offset calibration
Built-in FFT function Frequency counter Digital Filter includes LPF, HPF, BPF, BRF
Pass/Fail Function, optically isolated Pass/Fail output
Add, Subtract and Multiply Mathematic Functions
Advanced trigger types include: Edge, Video, Pulse width,
Slope, Alternative Pattern and Duration DS1000D Series Adjustable trigger sensitivity
Multiple Language User Interface Pop-up menu makes it easy to read and easy to use
Built-in Chinese and English help system
Easy-to-use file system supports Chinese & English
characters input
2 Manuels
Manuel utilisateur
Type manuel:
Manuel utilisateur
Pages:
172
Taille:
2,3 Mio
Langue:
anglais
Révision:
Manuel-ID:
UGA07107-1110
Date:
juillet 2008
Qualité:
Document électronique, pas de scan, très bien lisible.
Date de téléchargement:
13 mai 2017
MD5:
fb55a53c-7311-f740-16e8-1a92a6334da4
Information
Safety Notices
...
II
General-Purpose Oscilloscope V
Chapter 1
: Getting Started
...
1-1
The Front Panel and User Interface 1-2
To Inspect the Instrument
...1-5
To Perform a Functional Check
...1-6
To Compensate Probe 1-8
Digital Leads DS1000D Series 1-9
To Display a Signal Automatically
... 1-11
To Understand the Vertical System
... 1-12
To Understand the Horizontal System
... 1-14
To Trigger the Oscilloscope 1-16
Chapter 2
: Operating Your Oscilloscope 2-1
To Set up the Vertical System
...2-2
Settings of the Channels
...2-2
Math Functions
...
2-13
Using REF
...
2-16
Set up LA Channel DS1000D Series 2-23
Turn on/off Channels
...
2-28
Set up Vertical Position and Scale
... 2-29
To Set up the Horizontal
System...
2-30
To Set up the Trigger System
...
2-36
Settings for Edge Trigger
...
2-38
Settings for Pulse Width Trigger
... 2-39
Settings for Video Trigger
...
2-41
Slope Trigger
...
2-45
Alternative
Trigger...
2-47
Pattern Trigger DS1000D Series 2-51
Duration Trigger DS1000D Series 2-53
Trigger Setup
...
2-55
To Set up the Sampling System
...
2-61
To Set up the Display System
...
2-65
To Store and Recall
...
2-67
To Set up the Utility
...
2-75
The I/O setup
...
2-77
Preference
...
2-78
Self-Calibration
...
2-79
Pass/Fail
...
2-80
Mask Setting
...
2-81
Print Setting
...
2-85
Waveform Recorder
...
2-86
Language
...
2-91
To Measure Automatically
...
2-92
The automatic measurement of voltage parameters
... 2-96
The automatic measurement of time parameters
... 2-97
To Measure with
Cursors...
2-98
Manual Mode
...
2-99
Track Mode
...
2-102
Auto mode
...
2-104
To Use Run Control Buttons
...
2-105
Chapter 3
: Application & Examples
... 3-1
Example
1: Taking Simple Measurements
... 3-1
Example
2: View a Signal Delay Caused by a
Circuit... 3-2
Example
3: Capture a Single-Shot Signal
... 3-3
Example
4: To Reduce the Random Noise on a Signal
... 3-4
Example
5: Making Cursor Measurements
... 3-6
Example
6: The application of the X-Y operation
... 3-8
Example
7: Triggering on a Video
Signal... 3-10
Example
8: FFT Cursor measurement
... 3-12
Example
9: Pass/Fail
Test...
3-14
Example
10: Triggering on a Digital Signal
... 3-15
Chapter 4
: Prompt Messages & Troubleshooting
... 4-1
Prompting Message
...
4-1
Troubleshooting
...
4-3
Chapter 5
: Specifications
...
5-1
Specifications
...
5-2
General Specifications
...
5-6
Chapter 6
: Appendix
...
6-1
Appendix A Accessories 6-
Appendix B: Warranty
...6-2
Appendix C: Care and Cleaning
...6-3
Appendix D: Contact Rigol Technologies Inc. 6-4
Index
...
6-1
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Télécharger
rigol-technologies-inc--ds1052d--user--ID9008.pdf
Manuel utilisateur
Type manuel:
Manuel utilisateur
Pages:
172
Taille:
2,4 Mio
Langue:
anglais
Révision:
Manuel-ID:
UGA07107-1110
Date:
juillet 2008
Qualité:
Document électronique, pas de scan, très bien lisible.
Date de téléchargement:
22 janvier 2021
MD5:
8542c9fb-d9d8-503e-265c-01bd41d535f3
Information
Safety Notices ... II
General-Purpose Oscilloscope V
Chapter 1
: Getting Started ... 1-1
The Front Panel and User Interface 1-2
To Inspect the Instrument ...1-5
To Perform a Functional Check ...1-6
To Compensate Probe 1-8
Digital Leads DS1000D Series 1-9
To Display a Signal Automatically ... 1-11
To Understand the Vertical System ... 1-12
To Understand the Horizontal System ... 1-14
To Trigger the Oscilloscope 1-16
Chapter 2
: Operating Your Oscilloscope 2-1
To Set up the Vertical System ...2-2
Settings of the Channels ...2-2
Math Functions ... 2-13
Using REF ... 2-16
Set up LA Channel DS1000D Series 2-23
Turn on/off Channels ... 2-28
Set up Vertical Position and Scale ... 2-29
To Set up the Horizontal System... 2-30
To Set up the Trigger System ... 2-36
Settings for Edge Trigger ... 2-38
Settings for Pulse Width Trigger ... 2-39
Settings for Video Trigger ... 2-41
Slope Trigger ... 2-45
Alternative Trigger... 2-47
Pattern Trigger DS1000D Series 2-51
Duration Trigger DS1000D Series 2-53
Trigger Setup ... 2-55
To Set up the Sampling System ... 2-61
To Set up the Display System ... 2-65
To Store and Recall ... 2-67
To Set up the Utility ... 2-75
The I/O setup ... 2-77
Preference ... 2-78
Self-Calibration ... 2-79
Pass/Fail ... 2-80
Mask Setting ... 2-81
Print Setting ... 2-85
Waveform Recorder ... 2-86
Language ... 2-91
To Measure Automatically ... 2-92
The automatic measurement of voltage parameters ... 2-96
The automatic measurement of time parameters ... 2-97
To Measure with Cursors... 2-98
Manual Mode ... 2-99
Track Mode ... 2-102
Auto mode ... 2-104
To Use Run Control Buttons ... 2-105
Chapter 3
: Application & Examples ... 3-1
Example
1: Taking Simple Measurements ... 3-1
Example
2: View a Signal Delay Caused by a Circuit... 3-2
Example
3: Capture a Single-Shot Signal ... 3-3
Example
4: To Reduce the Random Noise on a Signal ... 3-4
Example
5: Making Cursor Measurements ... 3-6
Example
6: The application of the X-Y operation ... 3-8
Example
7: Triggering on a Video Signal... 3-10
Example
8: FFT Cursor measurement ... 3-12
Example
9: Pass/Fail Test... 3-14
Example
10: Triggering on a Digital Signal ... 3-15
Chapter 4
: Prompt Messages & Troubleshooting ... 4-1
Prompting Message ... 4-1
Troubleshooting ... 4-3
Chapter 5
: Specifications ... 5-1
Specifications ... 5-2
General Specifications ... 5-6
Chapter 6
: Appendix ... 6-1
Appendix A Accessories 6-1
Appendix B: Warranty ...6-2
Appendix C: Care and Cleaning ...6-3
Appendix D: Contact Rigol Technologies Inc. 6-4
Index ... 6-1
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