This DSO311 DIY digital mini oscilloscope kit adopts STM32 chip, ARM Cortex-M3 processor and with 2.4-inch TFT screen and protective case. It's easy and reliable for circuit operation. It can display waveform parameters, such as frequency, period, pulse width, duty ratio. This mini oscilloscope is designed for electronic hobbyists to learn about electronics, soldering, programming and STM32.
Can freeze waveform display at any time(HOLD function).
Waveform storage function: will not lose the waveform after power off.
Short-circuit and open-circuit detection: can help the user find out the soldering error.
The SMD has been soldered, more suitable for electronic beginner.Great DIY kit and fun to make your own oscilloscope.
Notice: When you receive this DIY kit, please don't solder it before connecting with DC 9V 200mA power supply to test the circuit board(no more than 10V, or it may be burned).
Material: FR-4 Epoxy Board
Type: DIY Kit / Assembled Finished Product (Optional)
Display: 24" TFT Color Display
Input impedance: 1M?
Analog Bandwidth: 0-200KHz
Maximum Input Voltage: 50Vpp (1: 1 probe), 400Vpp (10: 1 probe)
Maximum Real-time Sampling Rate: 1Msps
Comes 1Hz /3.3V square wave test signal source.
Sampling Buffer Depth: 1024 bytes
Vertical Sensitivity Range: 5mV/Div – 20V/Div (1-2-5 progressive manner)
Coupling Modes: DC / AC / GND
Horizontal Time Base Range: 10?s / Div - 50s / Div (1-2-5 progressive manner)
With automatic, regular and one-shot mode, easy to capture the moment waveform.
Power Supply: DC 8V-10V, recommend DC 9V, no more than 10V
1 * DSO311 Digital Oscilloscope/DIY Kit,1 * Alligator Clip Probe,1 * DIY Case,1 * User Manual
Adopt ARM Cortex-M3 processor (STM32 chip) and it runs faster than DSO138 and a good handle of data.
Used for secondary development on the basis of this kit, for example, it can be changed to Millivoltmeter, data loggers.
With Auto/Normal/Single trigger modes, easy to capture the moment waveform.
Available rising or falling edge trigger and with adjustable trigger level position and instructions.
Observable previous waveform before trigger(negative delay).