⚡ FNIRSI DST-210 3-in-1 Digital Multimeter – 10MHz Oscilloscope & Signal Generator

Three Powerful Testing Functions in One Compact Device! 🔧

Upgrade your electronics testing experience with the FNIRSI DST-210 3-in-1 Multifunctional Tester. Combining a 4½-digit digital multimeter, a 10MHz bandwidth oscilloscope, and a signal generator in one portable device, it offers versatile testing and analysis capabilities for electronic circuits and electrical equipment. Featuring a clear color display and convenient control interface, it's an excellent tool for technicians, engineers, electronics enthusiasts, and DIY projects.

⭐ Main Features
🔧 3-in-1 Multifunctional Design: Combines a digital multimeter, oscilloscope, and signal generator in one convenient device, helping reduce the need for multiple separate testing instruments.

📊 4½-Digit Digital Multimeter: Provides detailed digital measurement readings for greater precision when testing electrical and electronic circuits.

〰️ 10MHz Bandwidth Oscilloscope: Supports waveform observation and signal analysis up to its specified 10MHz bandwidth, helping users inspect electronic signal behavior.

🎛️ Convenient Operation: Features a rotary selector and control buttons for switching between functions and adjusting measurement settings.

🧰 Versatile Testing Accessories: Supports different testing applications with compatible probes and connection leads.

🎒 Portable Handheld Design: Compact and practical for carrying between laboratories, workshops, classrooms, and repair locations.

📌 Ideal For

• Electronic circuit testing and debugging

• Electrical measurement and troubleshooting

• Oscilloscope waveform analysis

• Signal generation and circuit experiments

• Electronics repair workshops

• Engineering students, technicians, and hobbyists

Size:177.43*87.47*34.5mm

Type: DST-210,DST-201

Battery: 3000mAh

Screen Material: 2.8-inch TFT color display

Notes:

• Check the manufacturer's specifications for measurement ranges, oscilloscope sampling rate, signal generator frequency range, and output waveform types.

• The 10MHz figure refers to oscilloscope bandwidth, not necessarily the signal generator's output frequency.

• Use the correct input terminals and accessories for each measurement function.

• Never exceed the device's rated voltage or current limits.

• Follow the manufacturer's safety instructions when testing electrical circuits, especially live circuits.