Description
Product Specifications
Model: DS213
MCU: STM32F103VE
ADC: HWD9288
Number of channel: 2 analog channels+2 digital channels
Bandwidth: 15 MHz
Maximum sampling rate: 100MSa/s
Maximum memory depth: 4k
Horizontal scan speed: 100ns-1s
Vertical sensitivity: 10mV-10V
Input resistance: 1 MΩ
Coupling mode: DC/AC
Trigger type: rising edge & falling edge/positive pulse width & negative pulse width/logic trigger
Signal output: sine wave/square wave/triangle wave/sawtooth wave
Trigger mode: auto/normal/single/slow
APP capacity: 2
ROM: 8MB built-in USB drive
Operation: key, encoder
USB interface: Microusb
Battery: 1000mAh
Battery life: 2-3 h
Screen: 3 ''
Screen resolution: 400*240
Dimensions: 99.5*58.5*13.5mm
Weight: 129g
Certification: CE/FCC
Features & Details
- 4-Channel Versatility (2 Analog + 2 Digital): With 2 analog channels and 2 digital channels, you can debug complex mixed-signal systems, analyze SPI/I2C/UART serial buses, and compare waveforms simultaneously without needing multiple instruments.
- Advanced Triggering & Capturing: Capture elusive glitches and startup transients with ease. The DS213 supports Edge, Pulse Width, and Logic triggering, along with Auto, Normal, and Single capture modes. Never miss a critical spike again.
- Built-in Signal Generator: No need to carry a separate signal source. The DS213 features an integrated function generator that outputs Sine, Square, Triangle, and Sawtooth waves to stimulate and test your circuits on the spot.
- Plug-and-Play Data Export: Equipped with a built-in 8MB USB drive, simply connect the DS213 to your PC/Mac via Micro-USB. You can instantly save and export waveform screenshots (PNG/BMP) and raw CSV data files—no special drivers or software required!
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Wide Usage: Ideal for field engineers, electronics makers, technicians, and students, the oscilloscope is designed for on-the-go troubleshooting and desktop analysis of low-to-medium frequency signals. Featuring 2 analog and 2 digital channels, a built-in signal generator, and battery power, it excels at embedded system debugging (Arduino/STM32), sensor and PWM signal analysis, UART/I2C/SPI bus testing, automotive electronics diagnostic, and educational lab experiments.