This is a “5-track, 4-wave line” digital storage oscilloscope for general-purpose electronic engineering tasks and it is based on the ARM Cortex M3 core.

The oscilloscope uses FPGA to manage the external ADC’s control and data cache mode. It provides 4 application partitions for loading and upgrading up to 4 different application firmware. The built-in 8MB USB flash drive allows users to conveniently store waveforms and upgrade the system firmware.

Mini size, lightweight, portable, and handheld; Just about 1/62 of the size of a benchtop oscilloscope; All operations can be done with 4 buttons + 2 encoders.

Up to 100M Sa/s real-time sampling rate instead of the equivalent sampling rate.

4 input channels, 2 digital + 2 analog channels; 1 output channel. Each channel can be freely switched; Supports user-defined outputs like waveform, frequency, duty cycle, etc., suitable for various occasions.

The waveform data can be stored, and the waveform analysis and comparison are more efficient and intuitive; +2% voltage accuracy and +1‰ frequency accuracy; Repeatedly polish the front-end analog circuit to optimize the noise floor to ensure accurate and reliable measurement.

It is suitable for experimental teaching in schools, electronic maintenance, engineering applications, and so on.

Features : 

• Based on the ARM Cortex M3 core
• Mini size, lightweight

Applications : 

• Experimental teaching in schools
• Electronic maintenance
• Engineering applications

Specifications : 

• CPU: ARM Cortex M3
• FIFO & Control: FPGA
• ADC: HWD9288-100
• Analog Channels: 2（[CH_A] [CH_B]）
• Digital Channels: 2（[CH_C] [CH_D]）
• Operation Channel: INV [CH_A], INV [CH_B], [CH_A]+[CH_B], [CH_A]-[CH_B], [CH_C]&[CH_D], [CH_C] | [CH_D]