







| Parameter | HP-250K | Unit / Notes |
| Bandwidth | 250 kHz | Maximum frequency for precise measurements |
| Sampling Rate | 2.5 MS/s | Real-time sampling for fast signals |
| Vertical Sensitivity | 10 mV/Div - 10 V/Div | Adjustable in 1-2-5 steps |
| Timebase Range | 10 µs/Div - 50 s/Div | Adjustable in 1-2-5 steps |
| Voltage Range | X1: ±40 V (Vpp: 80 V) | With appropriate probe (X1 or X10) |
| Battery | 400 mAh Li-Ion | ~3 hours operation, USB charging (5V/1A) |
| Display | 2.8 inch TFT, 320×240 pixels | Clear waveform display |
| Trigger Modes | AUTO/Normal/Single | With edge trigger (rising/falling) |
| Dimensions | 103x73×25 mm | Compact and lightweight (100 g) |
| Calibration | 1 kHz, 50% Duty Cycle, ~3 Vpp | Easy self-calibration possible |
| PPI (Pixels Per Inch) | 320 * 240 | - |
| Color | Blue | - |
6 Key Applications & Functions
1. 🛠️ Circuit Repair & Diagnostics
Quickly troubleshoot faults with ±40V measurement range, ideal for testing resistors, capacitors, and signal generators.
2. 🎓 Education & Lab Training
Teach waveform fundamentals using the built-in 1kHz calibration signal, perfect for STEM and electronics labs.
3. 💻 Embedded System Debugging
Capture and analyze digital signals (UART, SPI, I2C) with 2.5MS/s real-time sampling for MCU projects.
4. ⚡ Power Supply Testing
Measure AC/DC ripple & noise precisely using AC coupling mode to filter out DC components.
5. 🚗 Automotive Electronics
Diagnose vehicle sensors & CAN bus signals – lightweight and portable for garage use.
6. 🔌 DIY Electronics Projects
Debug Arduino/Raspberry Pi circuits effortlessly with one-press AUTO waveform capture.
Why Choose This Oscilloscope?
✅ 250kHz Bandwidth – Reliable for basic to intermediate measurements
✅ 2.5MS/s Sampling – Clear signal visualization
✅ AUTO Setup – Instant waveform optimization
✅ Ultra-Portable – Only 100g, perfect for fieldwork
✅ 3-Hour Battery – No power worries during tests
Ideal for: Engineers, Students, Hobbyists, Automotive Technicians


