702S 2 n 1 oscilloscope multimeter, 10MHz Bandwidth, 48MSa/s Sampling, 2.8" IPS Display, USB Type-C Rechargeable, 9999 Counts T-RMS for Voltage and Waveform Testing

The ZOYI 702S Digital Oscilloscope Multimeter is an advanced 2-in-1 tool designed to meet the needs of both professionals and electronics enthusiasts. This versatile device combines a 10MHz bandwidth oscilloscope and a 9999-count multimeter, allowing you to efficiently measure voltage, current, frequency, and waveforms with high precision. The 2.8-inch IPS color screen ensures that all data, including waveforms and measurements, are easily visible, even in low light conditions. With a real-time sampling rate of 48MSa/s, the zotek 702S captures accurate and reliable measurements across a wide range of applications, including AC and DC testing, automotive repairs, and electrical diagnostics. Built for safety and durability, the Zoyi 702S comes with dual ceramic fuses to prevent combustion during high-current testing. Its USB Type-C rechargeable battery provides long-lasting power, making it perfect for extended work sessions without the hassle of frequent recharges. Compact, portable, and easy to operate, the Zoyi 702S is the ideal tool for any professional looking for accuracy and convenience in one package.

• 2-in-1 Functionality: Combines a 10MHz bandwidth oscilloscope and a 9999-count T-RMS multimeter, providing comprehensive testing solutions in one compact device.
• High Sampling Rate: Offers 48MSa/s real-time sampling rate, ensuring accurate waveform capture and voltage measurements for both DC and AC signals up to 400V.
• 2.8" IPS Color Screen: Equipped with a 2.8-inch IPS display, offering clear, full-view visuals for easy reading of waveforms, voltage, and frequency data in any lighting condition.
• Rechargeable via USB Type-C: Built-in long-lasting lithium battery supports Type-C charging, offering convenience and prolonged usage time without frequent battery replacements.
• Durable & Safe: Features dual ceramic fuses (200mA and 10A) for enhanced protection, preventing damage from overloads and ensuring user safety during complex electrical tasks.