What to do if Rigol Test Equipment stays black after power on?
If your Rigol Test Equipment's screen remains black after powering it on, verify that the power switch is turned on and the power cord is correctly connected. Also, check the fuse and replace it if necessary with the specified type. After these checks, restart the equipment. If the issue continues, it may require professional assistance.
Why Rigol MSO5074 Test Equipment doesn't recognize USB storage device?
If your Rigol Test Equipment is not recognizing the USB storage device, first ensure that the USB device works correctly. Confirm that the USB storage device uses FAT32-format Flash storage. The equipment does not support hardware storage types. Check that the USB storage device's capacity does not exceed 8 GB. Try restarting the instrument with the USB device inserted. If problems persist, further assistance may be needed.
What to do if touch functions don't work on Rigol MSO5074?
If the touch functions are not working correctly on your Rigol Test Equipment, first verify that the touch screen is enabled by pressing the Touch Lock switch. Ensure that the screen and your fingers are clean and free of oil or sweat. Check for any strong magnetic fields near the instrument, and if present, move the instrument away from the magnetic source. If the issue persists, further assistance may be required.
Why is the waveform display ladder-like on Rigol MSO5074 Test Equipment?
A ladder-like waveform display on your Rigol Test Equipment can occur if the horizontal time base is too low. Increasing the horizontal time base should improve the display. Also, if the display type is set to 'Vector', switch to 'Dots' by pressing the Display Type button, as the lines between sample points in 'Vector' mode can cause this effect.
Overview of essential safety precautions before operating the instrument.
Explanation of safety symbols and terms used in the manual.
Setting the voltage per division for waveform display.
Selecting the signal source for triggering the oscilloscope.
Setting the voltage level for triggering conditions.
Selecting between Auto, Normal, and Single trigger modes.
Overview of various trigger types like Edge, Pulse, and Protocol.
Performing mathematical calculations (A+B, FFT, etc.) on waveforms.
Automatic measurement of waveform parameters like period and amplitude.
Manual measurement of waveform parameters using cursors.
Decoding signals on a parallel bus interface.
Decoding serial data transmitted via RS232 protocol.
Decoding serial data transmitted via I2C protocol.
Decoding serial data transmitted via SPI protocol.
Decoding serial data transmitted via LIN protocol.
Decoding serial data transmitted via CAN protocol.
Activating or deactivating the pass/fail test function.
Defining custom masks for pass/fail criteria.
Establishing remote control connection using a USB interface.
Establishing remote control connection using a LAN interface.
Establishing remote control connection using a GPIB interface.
Troubleshooting steps for power-on issues with no display.
Steps to resolve issues where no signal waveform is shown.
General| Bandwidth | 70 MHz |
|---|---|
| Channels | 4 |
| Timebase Accuracy | ± 2 ppm |
| Operating Temperature | 0 °C to +40 °C |
| Display | 800x480 |
| Waveform Capture Rate | 500, 000 wfms/s |
| Vertical Resolution | 8 bits |
| Interfaces | USB Host, USB Device, LAN, HDMI |
| Input Impedance | 1 MΩ |
| Trigger Types | Edge, Slope, Pulse, Video, Pattern, Duration, Timeout, Window, Runt |
| Sample Rate | 8 GSa/s |
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