Draagbare 2-in-1 mini-oscilloscoop en signaalgenerator Fnirsi DSO510 — 100 MHz bandbreedte, 1 GS/s bemonsteringssnelheid

The FNIRSI DSO510 is a portable 2-in-1 oscilloscope and signal generator with a 10 MHz bandwidth that combines compact size with useful measurement and signal output functions. The handheld device includes automatic adjustment, trigger level display, image recording and an adjustable afterglow for tracking transients. A built-in generator provides 13 waveforms. The unit is powered by a 1000 mAh rechargeable battery and is charged via USB-C.

Advantages

The device supports auto-adjust, trigger-level visualization and image storage, which simplify capturing and documenting signals. It has an adjustable afterglow to follow dynamic waveforms and supports freezing, zooming and panning for detailed waveform analysis. The integrated signal generator with 13 waveform types helps with testing and learning. Compact dimensions and a foldable stand enable hands-free use in the field.

Suitable for

• Basic electronics troubleshooting and hobby projects
• Field diagnostics and measurements where portability is required
• Educational use and hands-on learning with oscilloscopes
• Measuring line voltage, pulse signals and transient waveforms

Key specifications

• Manufacturer: FNIRSI
• Model: DSO510
• Bandwidth: 10 MHz
• Sampling frequency: 48 Ms/s
• Time base range: 50 ns – 20 s
• Measuring values: 12 types
• Trigger modes: Automatic, single, normal
• Voltage measurement range: 400 V
• Calibration square wave: 1 kHz supported
• Afterglow (glow) function: supported
• Image recording: supported
• Trigger level display: supported
• Generator frequency range: 0–50 kHz
• Duty cycle: 0–100%
• Generator amplitude: 0.1–3 V
• Waveform types: 13

How to use

Power the unit using the built-in 1000 mAh battery and charge via the USB-C port. Connect the probe to the input and select the desired timebase and trigger mode. Use auto-adjust to quickly display signals, or set trigger level manually for precise capture. To analyze waveforms in detail, use the stop, zoom and shift functions. Select the built-in signal generator and choose one of the 13 waveforms when a test output is required.

Recommendations

For stable measurements, ensure proper probe grounding and use appropriate input ranges. Use the afterglow and zoom functions when inspecting transient events. Keep the device charged and update firmware via the USB-C port if updates are available.