DSO2512G Handheld Oscilloscope, 120MHz Bandwidth, 2 Channels, 500MSa/s Sampling Rate, Portable Digital Oscilloscope with Signal Generator, for Electronics Repair

Features:* This DSO2512G 120M bandwidth oscilloscope is powerful. It uses FPGA chips and can also output various waveforms with an amplitude of 2.5V, such as sine waves and half waves. Come and try it, you will not be disappointed.* Using FPGA chips, it provides high-speed signal acquisition and high-speed data processing, giving you a smooth user experience and rich functions.* When channel 2 is closed, bandwidth can reach 120M, and when 1 and 2 are opened at the same time, the bandwidth is 60M.* Widely used: can be used for microcontroller debugging, car maintenance, home appliance maintenance, DIY debugging, e-sports, power supply debugging, inverter, .* The bottom of the oscilloscope can output various waveforms with an amplitude of 2.5V, such as sine waves, square waves, triangle waves, half waves, single waves, . The frequency adjustment range of sine waves is 0~10MHz, and the frequency adjustment range of other waveforms is 0~2MHz, with an accuracy of up to 0.1Hz. Signal generators are widely used, such as square waves are used to calibrate new probes, drive MOS tubes, ., and sine waves can be used to test audio distortion, .* There are 14 measurement options to choose from: frequency, P-eak to P-eak, duty cycle, amplitude, RMS, average, period, + pulse width, - pulse width, maximum, minimum, top, bottom, - duty cycle comparison.* There are three trigger modes: automatic, normal, and single. Automatic triggering can update the waveform in real time without triggering. Normal triggering requires waveform triggering to update the waveform. Single triggering will sample the waveform once, and the waveform lasts for frame per frame. Press the k key to stop automatically.* Through the USB cable connection, the waveform can be exported to the computer (up to 50 at a time) for you or others to use.* Supports zooming the waveform after stopping: After stopping, you can drag the waveform from left to right to find the place you are interested in, expand to observe the details, and analyze the cause of the problem.Specifications:Part name: OscilloscopeMaterial: ABS+metalChannels: 2Coupling: AC/DCVoltage accuracy: ±2%Bandwidth 120MXY mode: SupportSampling rate: 500MScreenshot: SupportRise time: <3nsFrequency: ±0.01%Memory depth: 128KbitIndependent: SupportImpedance: 1MΩFast Fourier transform: SupportTime base: 5ns~10sWaveform output : 2.5VSensitivity: 10mV/div~10V/divOutput frequency: 10MHz (sine) 2MHz (other)Maximum voltage ±40V (x1), ±400V (x10)Trigger type: rise/fallDisplay mode: YT/rollAfterglow: none/1s/∞Battery: 1 1 lithium battery, 4000mAh (included)Color: as shownPackage size: 210*140*115mm/8.3*5.5*4.5 inchesPackage weight: 689g/1.5lbsPackage contents:1 x Oscilloscope2 x Probes1 x Video cable1 x for Gan cable1 x Storage bag1 x User manual

• High Performance with 120MHz Bandwidth & 500MSa/s: Experience precise signal capture with this dual-channel oscilloscope. It features a 120MHz bandwidth (on single channel) and a high 500MSa/s sampling rate, ensuring accurate waveform display for detailed circuit analysis and debugging.
• FPGA Technology & 14 Automated Measurements: Built with advanced FPGA chips for high-speed data acquisition and processing. It automatically calculates key parameters with 14 measurement options, including frequency, period, RMS, duty cycle, and peak-to-peak voltage, saving you time and effort.
• Built-in 2.5V Signal Generator & FFT Function: Features an integrated waveform generator outputting sine, square, triangle waves up to 10MHz. The FFT (Fast Fourier Transform) function allows for in-depth frequency domain analysis, making it perfect for audio testing and circuit design.
• Portable Design with Long Battery Life: Power your projects anywhere. This compact and lightweight oscilloscope includes a 4000mAh rechargeable battery, making it an excellent tool for on-the-go tasks like field service, automotive repair, and educational use outside the lab.
• PC Connectivity & Advanced Waveform Analysis:Connect to a computer via USB to save and export waveform data for further analysis. The deep 128Kbit memory and zoom function allow you to capture, stop, and examine complex signal details frame by frame to troubleshoot effectively.