DSO2512G Mini Oscilloscope 2 Channel Oscilloscope 120M Bandwidth 500M Sampling + Signal Generator

DSO2512G Mini Oscilloscope 2 Channel Oscilloscope 120M Bandwidth 500M Sampling + Signal Generator

Features:
- 2-in-1: It is a 2-channel oscilloscope and signal generator.
- Only the size of a palm and it does not take up too much space.
- It is convenient to carry in your hand.
- More powerful functions, higher bandwidth and lower price.
- Powerful and stable performance and high precision. It is resistant to burning and durable.
- Solution for ARM+FPGA+ADC is used.
- With high bandwidth and rich functions, it can be used for circuit debugging, automotive maintenance, etc.
- Two-chip data processing: Using chips for ARM and FPGA, it provides high-speed signal acquisition and high-speed data processing to achieve smooth user experience and rich functions.
- 120M analog bandwidth: Using the Soviet analog oscilloscope front-end solution, it supports 120M bandwidth for CH1 and 60M bandwidth for CH1 and CH2. It can easily handle measurement and testing in various fields, such as MCU debugging, car maintenance, home appliance repair, personal DIY debugging, electronic competition, power supply debugging and frequency converters. It can also be used as a portable tool, which is convenient for users to go out for on-site commissioning.
- 10MHz signal generator: The bottom of the oscilloscope can output waveforms with an amplitude of 2.5V. Among them, the sine wave frequency adjustment range is 0~10MHz, and the other waveform frequency range is 0~2MHz. Its accuracy is up to 0.1Hz. The signal generator can be used widely, such as square waves for new probe calibration, driving MOSFETs and the like. Sine waves can be used to test for acoustic distortion, etc. It is suitable for beginners to learn to use oscilloscopes, eliminating the cost of expensive signal generators.
- Manual cursor measurement: Cursor measurement is a very important tool in oscilloscopes. For some special signals such as non-periodic signals, noisy signals, or narrow pulses, automatic measurement cannot meet the measurement needs of users, so it is necessary to manually adjust the cursor to measure.
- FFT spectrum analysis: FFT is a tool for converting waveforms in the time domain to the frequency domain. It can be widely used in harmonic analysis and other fields. It adopts the base-4 butterfly algorithm, which is N times faster than the traditional base-2 algorithm. It supports three display modes, including logarithmic, linear and music spectrum modes.
- Rich trigger functions: It supports automatic trigger, normal trigger and single trigger. 1. Automatic triggering: Real-time waveform updates without triggering. 2. Normal triggering must have a waveform trigger to update the waveform. 3. A single trigger samples a frame of waveform after pressing a button and stops automatically.
- Supports scaling waveforms after stopping. After stopping, users can drag the waveform left and right, find the place you are interested in, expand it, observe the details, and analyze the problem. Thanks to chips for ARM and FPGA, this function is enabled.
- Save/preview waveforms: Store screen waveforms with one click. After entering the waveform preview page, users can click the thumbnail to observe it in full screen. It can store up to 250 waveform charts. Users can delete unwanted waveforms.
- Export the waveform chart to your computer: By connecting via a USB cable, user-stored waveform graphs can be exported to a computer (up to 50 at a time). Copy the waveform pictures to your computer. These waveform pictures can be used in papers or related copy-writing, or sent to others to analyze problems.
- Support video output: Its screen can be projected to a TV or projector via a single video cable (as long as the display device supports AV interface). Users can view waveforms on a larger screen.
- It measures 14 parameters. It is designed with a 2.8-inch HD screen.

Specifications:
- Model: DSO2512G
- Number of channels: 2
- Screen size: 2.8 inches
- Screen resolution: 320*240
- Analog bandwidth: 120M (for CH1) and 60M (for CH1+CH2)
- Sampling rate: 500M
- Rise time: <3ns
- Storage depth: 128Kb
- Input impedance: 1MΩ
- Time base range: 5ns-10s
- Vertical sensitivity: 10mV/div-100V/div
- Maximum measurement voltage: ±40V (probe 1x gear); ±400V (probe 10x gear)
- Trigger mode: Automatic/Normal
- Trigger type: Rising edge/Falling edge
- Display mode: YT/XY/scrolling
- Afterglow time: none/1s/∞
- Channel coupling: AC/DC
- One-click automatic mode: Support
- Waveform measurement: 14 types
- Measurement accuracy: ±2%
- XY mode: Support
- Waveform saving: Support
- Frequency accuracy: ±0.01%
- Single trigger: Support
- FFT: Support
- Signal source amplitude: 2.5V
- Signal source frequency: sinusoidal 0-10M and 0-2M for others
- Dimensions: 82 x 137 x 38mm/3.2 x 5.4 x 1.5"
- Language: Chinese/English
- Battery capacity: 3000mA
- Charging socket: Type-c 5V
- Charging equipment: computer, mobile phone charging plug, etc.

Package Included:
- 1 x Oscilloscope Signal Generator
- 2 x P6100 Probes
- 1 x Type-C Data Cable
- 1 x Video Output Cable
- 1 x Pair of Alligator Clip Cables
- 1 x Storage Bag
- 1 x User Manual