OWON 2CH 12 bits XDS2000 Series Economical Digital Oscilloscope

+ 12-bit high resolution ADC, restoring the waveform detail fully 

+ 20M record length, and 55,000 wfms/s waveform refresh rate 

+ low background noise, vertical sensitivity in 1 mV/div – 10 V/div 

+ multi- trigger, and bus decoding function

+ SCPI, and LabVIEW supported

+ ultra-thin body-design, less space accommodation

+ multi-interface integration – USB host, USB device, USB port for PictBridge, LAN, AUX, and more+ VGA port – better solution for video expansion, and teaching demonstration

+ 8 inch 800 x 600 high resolution LCD

XDS 2000 series oscilloscope is the economical branch of XDS series. Keep the decoding function as the standard pack function. With the same 8 inches large screen display and thin body. Now it’s very cost-effective to keep one with the good feature of XDS series and lower price!

 1. 12 bits high vertical resolution, 8 inch large clear TFT display

XDS series introduce 12 bits hardware ADC, the precision is 16 times against other 8 bits oscilloscope on
market. This will make the measure result more clear. If you need to check the glitch without the interference
from base noise. This also meet the demand of high accuracy measurement.

Here is an example:

Under the same original waveform, the 12 bits ADC can display more detail shape while the 8 bits ADC
waveform becomes blurry.

12 bits ADC brings accurate value measurement. In this way, the oscilloscope can detect the change of
1mV signal while normal oscilloscope in the market can only detect the 10mV change. 

2. Max 55,000 frame/sec waveform refresh rate

3. Standard SPI/I2C/RS232/CAN Decoding Function

Fabulous decoding functions including RS232, IIC, SPI and CAN are now added into standard pack.
Buy it now, you can get the decoding module with it!

4.XDS 2102A is standard with 20 Mpts record length. More wave information can be stored.

5.The base noise of XDS2102A is low, the noise occupies only 3 small divisions under 1mV/div. This makes it possible to measure the small signal.