What to do if Rigol Inverter screen is dark after pressing the power switch?
If your Rigol Inverter's screen remains dark after pressing the power switch, ensure the power cord is correctly connected and the power switch is actually in the 'on' position. After checking these, try restarting the instrument. If the problem persists, it is recommended to contact RIGOL.
Why Rigol DG4202 Inverter settings are correct but no waveform is generated?
If your Rigol Inverter is not generating a waveform despite correct settings, verify the following: * The BNC cable is securely connected to the appropriate channel output terminal ([Output]). * The BNC cable isn't damaged internally. * The BNC cable is tightly connected to the test instrument. * The backlight of Output1 or Output2 is on (if not, press the corresponding key). After checking, set the PowerOn option to 'Last' in the Utility ? System menu and restart the instrument. If the issue continues, contact RIGOL.
How to adjust brightness on Rigol DG4202 Inverter screen?
If the screen of your Rigol Inverter is too dark, check the screen's brightness setting. You can adjust the brightness by going to Utility ? System ? Bright and using the numeric keyboard or knob to set it to a suitable level.
What to do if my Rigol DG4202 is locked?
If your Rigol Inverter is locked, it might be in remote mode (indicated by in the status bar). Press Burst to exit remote control. Restarting the generator may also unlock it. Also, check if the front panel keys are locked and unlock them by referring to 'To Lock the Keys'.
Why Rigol DG4202 Inverter USB storage device cannot be recognized?
If your Rigol Inverter isn't recognizing the USB storage device, first, check if the USB device works normally with other instruments or a PC. Ensure you're using a FAT32 formatted flash-type USB device, as hard drive-based USB storage isn't supported. Try restarting the instrument and re-inserting the USB device. If it still fails, contact RIGOL.
Why Rigol Inverter does not pass the performance verification test?
If the Rigol Inverter fails the performance verification test, verify the following: 1. The generator is within its calibration period (1 year). 2. The generator has warmed up for at least 30 minutes. 3. The ambient temperature is within the specified range. 4. The environment isn't strongly magnetic. 5. The power supplies of the generator and test system are free from strong interference. 6. The test device meets the requirements and is within its calibration period, operating under specified conditions. 7. All connections are tight, and cables are undamaged. 8. Operations align with the performance verification guide, and error calculations are correct. 9. Understand the definition of 'typical value'.
Key safety precautions to prevent personal injury or damage to the instrument.
Defines WARNING and CAUTION notices used throughout the manual.
Explains DANGER, WARNING, and CAUTION terms as they apply to the product.
Illustrates and defines safety symbols found on the instrument.
Highlights the key functionalities and capabilities of the DG4000 series.
Identification and function of controls and indicators on the front panel.
Identification and function of connectors and interfaces on the rear panel.
Procedure for connecting the DG4000 to an AC power source.
Step-by-step instructions for safely replacing the instrument's fuse.
Overview of the display elements and their functions.
Explanation of how to set parameters using the numeric keyboard and knob.
Steps to select basic waveforms like Sine, Square, Ramp, Pulse, and Noise.
Details on setting the frequency parameter for basic waveforms.
Instructions for setting waveform amplitude using Ampl/HiLevel.
Guide to setting the DC offset voltage for waveforms.
How to set the start phase of a waveform from 0° to 360°.
Procedure to define the duty cycle as a percentage of the high level period.
Setting pulse width, leading, and trailing edge times for pulse waveforms.
Steps to enable waveform output from CH1 or CH2 connectors.
Steps to create a new arbitrary waveform with specified cycle period, levels, and points.
Editing built-in or stored arbitrary waveforms.
Setting the highest order of harmonic output from the DG4000.
Choosing between Even, Odd, All, or User-defined harmonic types.
Setting the amplitude for each order of harmonic output.
Setting the phase for each order of harmonic output.
Enabling the frequency sweep function and disabling Mod/Burst.
Setting the start and end frequency boundaries for frequency sweep.
Enabling the burst function and disabling Mod/Sweep.
Enabling the counter function and accessing the counter setting interface.
Configuring counter parameters like trigger sensitivity, level, impedance, and coupling.
Enabling and configuring statistic parameters for measurement results.
Configuring network parameters for remote communication via LAN and USB.
Configuring IP settings: DHCP, Auto IP, or Manual.
Accessing the Test/Cal interface for manual calibration.
Enabling frequency, phase, and amplitude couplings between channels.
Restoring the generator to factory default or stored states.
Connecting and installing the USB driver for remote control via USB.
Connecting to LAN and configuring network parameters for remote control.
Troubleshooting steps for unrecognized USB storage devices.
Troubleshooting steps for performance verification test failures.
General| Model | DG4202 |
|---|---|
| Category | Function/Arbitrary Waveform Generator |
| Channels | 2 |
| Output Impedance | 50 Ω |
| Waveform Types | Sine, Square, Ramp, Pulse, Noise, Arbitrary |
| Output Amplitude | 1mVpp - 10Vpp into 50Ω |
| Arbitrary Waveform Length | 16 Mpts |
| Modulation Types | AM, FM, PM, ASK, FSK, PWM |
| Sweep Modes | Linear |
| Interface | USB, LAN, GPIB |
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