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General| Brand | Hantek |
|---|---|
| Model | Hantek2D82 |
| Category | Test Equipment |
| Language | English |
Essential safety measures to prevent injury and equipment damage during operation.
Information on the proper disposal and recycling of the device and its components.
Steps to check the instrument and accessories upon receipt for damage or completeness.
Instructions on how to use the device's security slot for anti-theft purposes.
Guidance on deploying or retracting the device's support bracket for optimal viewing.
Detailed description and labeling of buttons, ports, and indicators on the oscilloscope's front panel.
Explanation of the main display elements, including waveform, markers, and status indicators.
Procedure to verify the oscilloscope's basic functionality, including power and waveform display.
Steps to check probe functionality and perform manual compensation for accurate measurements.
Explanation of the device's menu structure, button functions, and navigation keys.
Description of the various connectors for signal input, output, and charging.
How to use the auto-set function to quickly acquire a stable waveform display.
Instructions on how to reset the oscilloscope to its factory default configuration.
Configuration of time base, horizontal position, and sweep modes (Y-T, X-Y, Roll, Scan).
Adjustment of vertical scale (Volts/div), position, coupling, and probe attenuation.
Setting up trigger source, slope, mode, and level for stable waveform acquisition.
How to save current waveforms and use reference waveforms for comparison.
Methods for measuring signals using graticules, cursors, and automatic measurements.
Accessing and configuring system settings like language, sound, backlight, and calibration.
List of automotive test items and corresponding recommended accessories for diagnosis.
Overview of the DMM interface and available measurement types like voltage, current, and resistance.
Procedure for measuring DC and AC voltage and current using the multimeter.
Steps for performing resistance, capacitance, and diode measurements with the DMM.
Using the buzzer function for continuity checks and the data hold feature.
Navigating the waveform generator interface and setting waveform parameters.
Step-by-step guide to generate and output a sine waveform with specified frequency and amplitude.
Procedure for creating and outputting custom arbitrary waveforms using software.
Methods for charging the oscilloscope's battery via charger or USB.
Guidelines for storing and replacing the device's lithium-ion battery.
Steps to diagnose and fix common issues like startup failure or waveform display problems.
Recommendations for protecting the device from environmental factors and physical damage.
Instructions for cleaning the oscilloscope and its probes using appropriate materials.
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