Benutzerhandbuch für Rigol DS1052D 2-channel oscilloscope, Digital Storage oscilloscope, Bandwidth 50 MHz

Inhaltsverzeichnis

• : Getting Started

  1
• The Front Panel and User Interface

  1
• To Inspect the Instrument

  1
• To Perform a Functional Check

  1
• To Compensate Probes

  1
• Digital Leads (DS1000D Series)

  1
• To Display a Signal Automatically

  1
• To Understand the Vertical System

  1
• To Understand the Horizontal System

  1
• To Trigger the Oscilloscope

  1
• Probe compensation

  1
• Front panel

  1
• Functional check

  1
• Trigger Control

  1
• : Operating Your Oscilloscope

  2
• To Set up the Vertical System

  2
• Settings of the Channels

  2
• Math Functions

  2
• Using REF

  2
• Set up LA Channel (DS1000D Series)

  2
• Turn on/off Channels

  2
• Set up Vertical Position and Scale

  2
• To Set up the Horizontal System

  2
• To Set up the Trigger System

  2
• Settings for Edge Trigger

  2
• Settings for Pulse Width Trigger

  2
• Settings for Video Trigger

  2
• Slope Trigger

  2
• Alternative Trigger

  2
• Pattern Trigger (DS1000D Series)

  2
• Duration Trigger (DS1000D Series)

  2
• Trigger Setup

  2
• To Set up the Sampling System

  2
• To Set up the Display System

  2
• To Store and Recall

  2
• To Set up the Utility

  2
• The I/O setup

  2
• Preference

  2
• Self-Calibration

  2
• Pass/Fail

  2
• Mask Setting

  2
• Print Setting

  2
• Waveform Recorder

  2
• Language

  2
• To Measure Automatically

  2
• The automatic measurement of voltage parameters

  2
• The automatic measurement of time parameters

  2
• To Measure with Cursors

  2
• Manual Mode

  2
• Track Mode

  2
• Auto mode

  2
• To Use Run Control Buttons

  2
• Hanning Window

  2
• AC Coupling

  2
• HF Reject

  2
• AC Line

  2
• I/O setup

  2
• Acquire

  2
• Instant Execute Key

  2
• Alternative Trigger

  2
• Invert a waveform

  2
• Language

  2
• LEVEL

  2
• Auto Trigger

  2
• LF Reject

  2
• Automatic Measurement

  2
• Math

  2
• Average Acquisition

  2
• Bandwidth Limit

  2
• Normal Trigger

  2
• Blackman Window

  2
• Nyquist Frequency

  2
• Channel Coupling

  2
• Pattern Trigger

  2
• Cursor

  2
• Pretrigger

  2
• Probe Attenuation

  2
• DC Coupling

  2
• Display System

  2
• Duration Trigger

  2
• Pulse Trigger

  2
• Edge Trigger

  2
• Envelope

  2
• Realtime Sampling

  2
• Equivalent Sampling

  2
• Rectangle Window

  2
• Ext and Ext/5

  2
• REF

  2
• Factory Setup

  2
• Roll Mode Display

  2
• FFT

  2
• Sampling System

  2
• Save and Recal

  2
• Self- Calibration

  2
• GND Coupling

  2
• Single Trigger

  2
• Hamming Window

  2
• Slope Trigger

  2
• STORAGE

  2
• Sync Pulses

  2
• Vertical System

  2
• Trigger System

  2
• Video Trigger

  2
• X-Y

  2
• UTILITY

  2
• Y-T

  2
• : Application & Examples

  3
• 1: Taking Simple Measurements

  3
• 2: View a Signal Delay Caused by a Circuit

  3
• 3: Capture a Single-Shot Signal

  3
• 4: To Reduce the Random Noise on a Signal

  3
• 5: Making Cursor Measurements

  3
• 6: The application of the X-Y operation

  3
• 7: Triggering on a Video Signal

  3
• 8: FFT Cursor measurement

  3
• 9: Pass/Fail Test

  3
• 10: Triggering on a Digital Signal

  3
• Random Noise

  3
• Video Signal

  3
• : Prompt Messages & Troubleshooting

  4
• Prompting Message

  4
• Troubleshooting

  4
• Prompting messages

  4
• Troubleshooting

  4
• : Specifications

  5
• Specifications

  5
• General Specifications

  5
• Horizontal

  5
• Inputs

  5
• Acquisition

  5
• Measurements

  5
• Power

  5
• Display

  5
• Probe Compensator

  5
• Vertical

  5
• Trigger

  5
• : Appendix

  6
• Appendix A: Accessories

  6
• Appendix B: Warranty

  6
• Appendix C: Care and Cleaning

  6
• Appendix D: Contact RIGOL

  6
• Index

  6
• Appendix

  6
• Optional

  6
• Cleaning

  6