User Manual

ManualsBrandsSiglent Technologies ManualsElectrical Testing200 mhz Digital Oscilloscope 2 Channels, Grey

Table Of Contents

Copyright and Declaration
Safety Information
- General Safety Summary
- Safety Terms and Symbols
- Measurement Category
- Working Environment
- Ventilation Requirement
- General Care and Cleaning
L'information de sûreté
- Résumé général de sûreté
- Limites et symboles de sûreté
- Catégorie de mesure
- Environnement de fonctionnement
- Condition de ventilation
- Soin général et nettoyage
Document Overview
Quick Start
- General Inspection
- Appearance and Dimensions
- Prepare for Using
- Front Panel Overview
- Rear Panel Overview
- Front Panel Function Overview
- Help
- User Interface
- Security Lock
Vertical System
- Enable the Channel
- Adjust Scale
- Vertical Position
- Coupling
- Bandwidth Limit
- Probe
- Input Impedance
- Unit
- Deskew
- Invert
- Trace Visible/Hidden
Horizontal System
- Horizontal Scale
- Trigger Delay
- Roll Mode
- Zoom Mode
Sample System
- Run Control
- Overview
- Memory Depth
- Sampling Mode
- Interpolation Method
- Acquisition Mode
- Horizontal Format
- Sequence Mode
Trigger
- Trigger Source
- Trigger Mode
- Trigger Level
- Trigger Coupling
- Trigger Holdoff
- Noise Rejection
- Trigger Type
Serial Trigger and Decode
- I2C Trigger and Serial Decode
- SPI Trigger and Serial Decode
- UART Trigger and Serial Decode
- CAN Trigger and Serial Decode
- LIN Trigger and Serial Decode
Reference Waveform
- Save REF Waveform to Internal Memory
- Display REF Waveform
- Adjust REF Waveform
- Clear REF Waveform
Math
- Units for Math Waveforms
- Math Operators
Cursors
- X Cursors
- Y Cursors
- Make Cursor Measurements
Measure
- Type of Measurement
- Automatic Measurement
- All Measurement
- Gate Measurement
- Clear Measurement
Display
- Display Type
- Color Display
- Persistence
- Clear Display
- Grid Type
- Intensity
- Grid Brightness
- Transparence
Save and Recall
- Save Type
- Internal Save and Recall
- External save and recall
- Disk Management
Digital Channels(Option)
- Connect the Digital Probes
- Acquire Digital Waveform
- Digital Channels Height
- Digital Channels Position
- Single Digital Channel
- All Digital Channels
- Logic Threshold
- Digital Bus
- Deskew
- System Setting
- Remove Device
System Setting
- View System Status
- Do Self Cal
- Quick-Cal
- Sound
- Language
- Pass/Fail Test
  - Set and Perform Pass/Fail Test
  - Save and Recall Test Mask
- Arbitrary Waveform Generator(Option)
- IO Set
- Web Server
- Update Firmware and Configuration
- Do Self-Test
- Screen Saver
- Reference Position
- Power On Line
- Option Management
Bode Plot II
- Perform Bode Plot
- Setting
- Example
  - Simple Sweep Operation
  - Vari-level Sweep Operation
Search
- Setting
- Results
Navigate
- Time Navigate
- History Frame Navigate
- Search Event Navigate
History
Factory Setup
Troubleshooting

SDS1000X-E User Manual

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Note:

“

Average

”

and

“

Eres

”

modes use different averaging methods. The former uses

“Waveform Average” and the latter uses “Dot Average”.

Figure 23 With Random Noise, Average Mode

Eres

This mode uses a kind of ultra-sample technique to average the neighboring points of the

sample waveform to reduce the random noise on the input signal and generate much

smoother waveforms on the screen. This is generally used when the sample rate of the

digital converter is higher than the storage rate of the acquisition memory.

Eres mode can be used on both single- shot and repetitive signals and it does not slow

waveform update. This mode limits the oscilloscope's real- time bandwidth because it

effectively acts like a low- pass filter.