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General| Brand | DigiTech |
|---|---|
| Model | QC-1936 |
| Category | Test Equipment |
| Language | English |
Read safety precautions to avoid injury and prevent product damage.
Explanation of terms and symbols used on the product for safety.
Information on device recycling and proper disposal of materials.
Understanding the front operation panel and user interface of the oscilloscope.
Steps to perform a quick functional check of the oscilloscope.
Instructions for examining and testing the oscilloscope probes.
Procedure for optimizing the oscilloscope signal path for accuracy.
Description of the oscilloscope's menu buttons and their functions.
Explanation of the various knobs and buttons and their operational uses.
Identification and description of the oscilloscope's input/output connectors.
Overview of Autoset, saving, and recalling oscilloscope configurations.
Controls and settings for adjusting the horizontal scale and position.
Controls and settings for adjusting the vertical scale and position.
Concepts and types of triggers for stable waveform acquisition.
Procedures for saving and recalling oscilloscope setups and waveforms.
Options for configuring the oscilloscope's display settings.
Using scale and cursor for automatic and manual measurements.
Setting acquisition parameters like type, mode, and memory depth.
Accessing system utilities like firmware update and self-calibration.
Explanation of RUN/STOP and AUTOSET buttons for quick operations.
Features and operation of the built-in waveform generator.
Information on the optional power amplifier's function and specifications.
Fast measurement of frequency, period, and peak-to-peak amplitude.
Using cursors to measure time and amplitude of waveform features.
Analyzing noisy signals and reducing noise using specific modes.
Capturing aperiodic signals like pulses and glitches easily.
Viewing phase differences between two channel signals using XY mode.
Verifying pulse width consistency with theoretical values.
Monitoring video signals for normal input using video trigger.
Observing signal rise and fall times using slope trigger.
Observing long pulse signals using the overtime trigger.
Analyzing input waveforms using math functions like addition or subtraction.
Measuring propagation delay between enable and transfer data signals.
Troubleshooting common issues like no startup, no display, or distorted waveforms.
Detailed technical specifications for the oscilloscope's horizontal parameters.
Detailed technical specifications for the oscilloscope's vertical parameters.
Detailed technical specifications for the oscilloscope's trigger system.
Detailed technical specifications for the oscilloscope's acquisition modes.
Detailed technical specifications for the oscilloscope's input impedance and coupling.
Specifications related to probe attenuation factors and maximum voltage.
Specifications for cursor measurements and automatic measurement types.
Overall specifications including display, power, and environmental conditions.
Guidelines for device placement and protection from environmental factors.
Instructions for cleaning the oscilloscope and its probes safely.
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