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General| Type | Tabletop |
|---|---|
| Product type | - |
| Certification | UL 61010-1:2004; CAN/CSA-C22.2 NO. 61010-1-2004; EN 61010-1:2001; IEC 61010-1:2001 |
| Bandwidth | 70 MHz |
| Sampling rate | - MS/s |
| Channels quantity | 4 channels |
| Minimum time base setting (per division) | 5 ns |
| Power consumption (max) | 50 W |
| Display diagonal | 7 \ |
| Non-operating altitude | 3000 - 15000 m |
| Storage temperature (T-T) | -40 - 70 °C |
| Operating temperature (T-T) | 0 - 50 °C |
Weight and Dimensions| Depth | 122.4 mm |
|---|---|
| Width | 313.1 mm |
| Height | 160.8 mm |
Important product usage and legal notices regarding RIGOL products and publications.
Essential safety precautions to prevent personal injury or instrument damage.
Explains safety notices and symbols used in the manual and on the product.
Highlights key functionalities and specifications of the oscilloscope series.
Steps to inspect the packaging, instrument, and accessories upon receipt.
Steps to adjust supporting legs and connect the power supply.
Procedures for checking the instrument after initial power-on.
Instructions for connecting passive and logic probes to the oscilloscope.
Procedures to verify basic oscilloscope functionality and probe compensation.
Steps to calibrate probes for accurate measurements.
Detailed explanation of front panel controls and their functions.
Steps to activate and configure analog input channels.
Adjusting the voltage per division for waveform display.
Calibrating channel delay to compensate for probe cable transmission delay.
Function to enlarge specific portions of a waveform horizontally.
Selecting display modes like YT, XY, and Roll.
Controls how waveform points are generated from sample points.
Setting the maximum sample rate for waveform acquisition.
Selecting the signal source (analog, digital, AC Line) for triggering.
Selecting between Auto, Normal, and Single trigger modes.
Overview of available trigger types like Edge, Pulse, Slope, etc.
Triggering based on the slope of the signal edge.
Triggering based on the width of a pulse.
Triggering on signal slope within a specified time.
Performing mathematical operations on waveforms like Add, Subtract, FFT.
Automatic measurement of waveform parameters with one-key function.
Manual measurement of waveform parameters using cursors.
Decoding parallel bus signals based on clock and data lines.
Decoding RS232 serial communication protocol.
Decoding I2C serial communication protocol.
Decoding SPI serial communication protocol.
Activating the pass/fail testing function.
Generating standard waveforms like sine, square, ramp, etc.
Selecting and outputting pre-defined waveforms.
Creating and outputting custom waveforms.
Restoring the oscilloscope to its default factory settings.
Setting up USB and LAN interfaces for remote control.
Performing internal calibration for optimal measurement accuracy.
Connecting and controlling the oscilloscope via USB.
Connecting and controlling the oscilloscope via Ethernet/LAN.
Solutions for power-on issues and no display on the screen.
Troubleshooting steps when no waveform appears on screen.
Steps to stabilize a waveform display, focusing on trigger settings.
Detailed specifications for sampling modes and rates.
Specifications for timebase, record length, and delay.
Specifications for bandwidth, resolution, scale, and offset.
Detailed specifications for trigger modes, types, and parameters.
Specifications for cursor and automatic measurement capabilities.
Specifications for waveform math functions like FFT, Filter, etc.
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