DSO Quad - Aluminum Alloy now is available at Seeed Studio. A new, rigid, elegant aluminum alloy shell makes the Quad even better. This is the coolest tool you should have on your workable!

DSO Quad is a pocket size 4 channel digital oscilloscope for common electronic engineering tasks. It's based on ARM cortex M3 (STM32F103VCT6) 32 bits platform, providing 72MS/s sampling rate with integrated FPGA and high speed ADC. Internal 2MB USB disk could be used to store waveform, user application and upgrade firmware.

Note: Due to the metal conductive shell of DSO Quad, its operating voltage should be controlled under 60V during working in case of any damage to the Quad itself or human.

Features

• Pocket size and light weight

• Two 72MS/s analog channels, plus two digital channels

• Signal Generator

• Auto Measurement

• Various Triggering Option

• Easy waveform storage

• Firmware upgrade

• User applications

• Open source

Specification

• Analog channel * 2 : [CH_A] [CH_B];

• Digital channel * 2 :  [CH_C] [CH_D];

• Vertical Scale: 20mV-10V/div (x1 probe);

• Vertical solution: 8 bit ;

• Input coupling: AC/DC ;

• Max input voltage: 80Vpp (x1 probe);

• Storage: 4K per channel

• Software trigger type: edge, pulse, level (to be added)

• Hardware trigger type: edge

• Trigger source: CH1/CH2/EXT

• Test Signal generator: 10Hz to 1Mhz

• Storage: internal 2MB USB disk

• Auto measure: Vmax, Vmin, Vpp, Vavr, Vrms, Freq, Period, Pulse, Duty

• Cursor measurement: Level, Voltage

• Display mode: CH1, CH2, EXT, CH1+CH2, CH1-CH2, CH1*CH2

• Sampling mode: real time

• Sampling rate: 1kSa/s - 72MSa/S

• Power: Lipo battery

• Dimension: 98 * 60 * 14.5

• Weight: 80g (without battery)

• Accessories within Pack: 2 mueller mcx oscilloscope probe, 2 digital probe,

Part List

• DSO Quad X1

• Battery X1

• Mueller mcx oscilloscope probe X2

• Digital probe X2

• Screwdriver X1

Documents

• Wiki page

This product is designed by Minidso, 

• For technical support, please contact with them via [email protected] 

• For user communication, please visit Minidso's forum.