Mini DSO203 Digital Oscilloscope With 4 channel Sainsmart Arm Mini DSO203 Handheld Pocket-Sized Digital Storage Oscilloscope with Aluminum Meter Case

SainSmart Mini DSO DSO203 USB ARM Nano Pocket-sized Mini Portable Handheld Digital Storage Oscilloscope, 4 Channels, 8MHz Analog Bandwidth,72 MSps Sample Rate

Features: Mini DSO203 Digital Oscilloscope Firmware can upgrade

Mini DSO203 Digital Oscilloscope User Manual:

http://www.elechouse.com/elechouse/images/product/DS203/DS203_Manual.pdf

V2.6 Mini DSO203 Digital Oscilloscope Download:

http://s3.amazonaws.com/s3.image.smart/download/101-10-101/101-10-101.rar

Mini DSO203 Digital Oscilloscope features:

Two 72Mhz analog channels and two digital channels
AD9288-40 dual A/D converter analogue channels from 36MS/s to 72MS/s.
Signal Generator,Auto Measurement,Various Triggering Option
Easy waveform storage,Firmware upgrade,User applications,Open source
Built-in 8M USB disk

Mini DSO203 Digital Oscilloscope With 4 channel Functions:

Pocket size and light weight
Two 72Ms/s sample rate channels and two digital channels
8Mhz analog bandwidth
Signal Generator
Auto Measurement

Various Triggering Option
Easy waveform storage
Firmware upgrade
User applications
Open source

Sainsmart Arm Mini DSO203 Handheld Pocket-Sized Digital Storage Oscilloscope Description:

Mini DSO203 Digital Oscilloscope is a pocket size 4-channel digital storage oscilloscope for common electronic engineering tasks. Its CPU based on an ARM Cortex M3, STM32VCT6, with an AD9288-40 dual A/D converter sampling at 72 MHz, and a customer FPGA to manage the ADC and data buffering. A built-in 8MB USB disk enables you to store waveforms and to upgrade firmware. It also provides 4 application areas, convenient for users to load and upgrade at most 4 different application firmware. Schematics and source files are open-sourced to encourage improvements and innovations, Mini DSO203 Digital Oscilloscope providing 8Mhz analog bandwidth with integrated FPGA and high speed ADC. Internal 2MB USB disk could be used to store waveform, user application and upgrade firmware.
 
Digital Oscilloscope Series Mini DSO201 VS Mini DSO202 VS Mini DSO203:

Mini DSO203 Digital Oscilloscope Specification :

Case material : Aluminum/ Plastic send randomly~
Analog channel x 2 : [CH_A]  [CH_B];
Digital channel x 2 :    [CH_C]  [CH_D];
Vertical Scale : 20mV-10V/div (x1 probe);
Vertical solution : 8 bit ;
Input coupling : AC/DC ;
Max input voltage : 80Vpp (x10 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 generater : 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 : 1200mAH Lipo battery
Dimension : 98 x 60 x 14.5

Mini DSO203 Digital Oscilloscope Circuit principle diagram :


 
Mini DSO203 Digital Oscilloscope Package included :

1 x DS203 Digital Oscilloscope
1 x 1200mAH Lipo battery
1 x X10 Probe
1 x X1 Probe
1 x USB Cable
1 x Screw driver
1 x Cover Bag
1 x Mini DSO203 User Manual
















This pocket Mini DSO203 Digital Oscilloscope is largely employed for programs inside following circumstances:

  Repair popular electronic devices outside (Air conditioning or Industrial frequency inverter power supply, AC / DC switching electrical power supply or inverter, elevator and constructing fire safety products, industrial control circuit)
  Hardware preservation or software program debugging RS232, RS485, I2C, CAN along with other communications interface circuits, LED show and keyboard scan driver circuit, brushless motor drive circuit
  Audio devices and circuits, electronic toys and remote handle designs, car or truck repair electronic circuits
  College after-school teaching practice and college student advancement of electronic modest manufacturing
  Should sluggish signal adjustments observed applications (such as: relay and change contacts jitter, battery cost and discharge curves on the load transient response strength provide, temperature sensor attributes measurement)
  The relevant provide electronic circuit (SCR voltage regulator, strength component correction, electronic vitality saving lamps, dysprosium lamp mercury lamp sodium lamp xenon lights drive circuit), As for other problems this sort of as: CPU clock, RAM entry, bus and USB or Ethernet signal measurement, high frequency plus the video circuitry plus the must use FFT for signal analysis and so on event.

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