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General| Channels | 2 |
|---|---|
| Type | Digital Oscilloscope |
| Display | 7 inch TFT LCD, WVGA (800x480) |
| Timebase Range | 5ns/div ~ 50s/div |
| Trigger Types | Edge, Pulse, Alternative |
| Interface | USB Host |
| Input Impedance | 1MΩ |
| Power Supply | 100-240VAC |
Details copyright, trademarks, and document version information.
Essential safety measures for operation to prevent injury and damage.
Explains safety terms (Danger, Warning, Note) and symbols.
Steps for initial inspection, accessories check, and basic function verification.
Identifies and describes front and rear panel controls and connectors.
Explains display elements and how to use automatic waveform display settings.
Introduces controls and functions for vertical and horizontal signal adjustments.
Introduces trigger controls, level adjustment, and menu functions.
Details settings like coupling, bandwidth limit, Volts/Div, and waveform inversion.
How to set AC, DC, and GND coupling for input channels.
Adjusting bandwidth limit and setting probe attenuation coefficient.
Adjusting vertical scale (Volts/Div) and inverting waveform display.
Setting units and performing mathematical operations on waveforms.
Using FFT for signal frequency domain analysis.
Applying digital filters like low pass, high pass, band pass.
Controls for horizontal scale/position and functions accessed via HORI MENU.
How to use window extension for detailed waveform viewing.
Using XY mode to measure phase difference between signals.
Overview of trigger controls and types like Edge, Pulse Width, Video, Slope.
Configuration for Edge and Pulse Width trigger modes.
Settings for Slope trigger, including conditions and time.
How to use Video and Alternating trigger modes.
Configuration options for Alternating trigger.
How to use trigger holdoff for complex waveforms.
Detailed settings for trigger holdoff.
Definitions of trigger source, mode, coupling, and pretrigger.
Details about acquisition modes like Peak Value, High Resolution, and Average.
Explains sampling modes and acquisition modes.
Settings for display types, persistence, brightness, and grid.
How to set up automatic measurements and select parameters.
Definitions of voltage parameters like Vpp, Vamp, Vmax, Vmin.
Definitions of time parameters and other measurements.
Settings for cursor measurement type and mode.
How to perform voltage and time measurements using cursors.
How to store and load instrument setups and waveforms.
How to store data files in CSV and screen bitmaps in BMP format.
Overview of utility functions and system setup options.
How to configure and execute Pass/Fail tests.
How to record and replay waveforms.
Settings to customize the AUTO function behavior.
Details on AUTO setting applicability and the RUN/STOP button function.
Accessing help information and performing USB firmware upgrades.
Example of displaying and measuring signal frequency and peak-to-peak value.
Example of measuring channel delay.
Example of capturing single events like glitches.
Techniques to reduce noise for clearer signal observation.
Using cursors to measure step voltage.
Definitions of common system prompts and messages.
Solutions for common problems like no waveform, unstable trigger.
Technical specs for sampling and acquisition modes.
Specs for input coupling, impedance, and voltage.
Specs for horizontal and vertical system parameters.
Specs for trigger system and measurement functions.
Specs for display, interface, power, and environment.
Lists accessories and provides maintenance guidelines.
Details warranty terms and contact information.
