XDS Series LOW Base Noise Digital Oscilloscope
Super Performance + 8-bit, 12-bit or 14-bit high resolution ADC, restoring the waveform detail fully + 40M record length, and 75,000 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 Creative New Look + 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 + optional multi-touch screen, more user-friendly operation experience n-in-1 functions as data logger, and multimeter with data logging function, and dual-channel 25MHz / 50MHz arbitrary waveform generator, furthermore, battery pack, and WiFi module supportedSend InquiryChat Now
XDS Series Low Base Noise Digital Oscilloscope
1. 12 / 14-bits ADC and original magnifier function
XDS series introduce 12 / 14 bits hardware ADC, the precision is 16/64 times against other oscilloscope on market. Equipping with OWON’s original magnifier function, it can observe the signal low down to 31.25μV/div.
How to use the oscilloscope to measure the maximum value of one modulated waveform, which carrier frequency is dozens of KHz, and the frequency of the modulated wave is power frequency ?
The power frequency may be low frequency, say 50Hz/60Hz, and carrier wave is dozens of KHz, the period of one power frequency is about 20ms, if to observe a signal with period of 20ms, then the duration of oscilloscope acquisition window at least should be 2ms/div x 10div, and at the same time determine the sample rate of oscilloscope according to the carrier wave. At last, acquisition memory length which is required can be estimated, and judge whether it could meet the testing requirement.
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