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Essential safety precautions to avoid injury and instrument damage during operation.
Steps for initial inspection, setup, and understanding the user interface.
Adjusting vertical scale/offset and horizontal time base/position for waveform display.
Configuring data acquisition modes and trigger settings for stable signal capture.
Performing calculations and frequency spectrum analysis on waveforms.
Utilizing auto measurements, cursors, and DVM/Frequency Counter.
Analyzing serial communication protocols like RS232, I2C, and SPI.
Managing files, setups, and performing firmware upgrades on the instrument.
Configuring I/O, network, language, and self-calibration.
Methods for controlling the oscilloscope remotely via USB or LAN.
Solutions for common operational problems and errors.
Reference table for default instrument configurations.
Essential safety precautions to avoid injury and instrument damage during operation.
Steps for initial inspection, setup, and understanding the user interface.
Adjusting vertical scale/offset and horizontal time base/position for waveform display.
Configuring data acquisition modes and trigger settings for stable signal capture.
Performing calculations and frequency spectrum analysis on waveforms.
Utilizing auto measurements, cursors, and DVM/Frequency Counter.
Analyzing serial communication protocols like RS232, I2C, and SPI.
Managing files, setups, and performing firmware upgrades on the instrument.
Configuring I/O, network, language, and self-calibration.
Methods for controlling the oscilloscope remotely via USB or LAN.
Solutions for common operational problems and errors.
Reference table for default instrument configurations.
General| Brand | Rigol |
|---|---|
| Model | DHO900 |
| Category | Test Equipment |
| Language | English |
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