UPO1000CS series is a multi-function, cost-effective digital phosphor oscilloscope. It can be widely used in the fields of electronic and electrical design, debugging, education and industrial design. UPO1000CS series adopts parallel digital signal processing technology, which greatly improves the data processing speed and waveform capture rate. The original Ultra Phosphor technology can present the cumulative effect of the tested signal as a multi-layered afterglow. Compared with traditional digital storage oscilloscopes, the persistence of digital phosphor oscilloscopes can present three-dimensional waveform data of amplitude, time and signal intensity. Fast Acquire technology can accurately capture abnormal events such as video, jitter, noise and runt signals.
100MHz~200MHz
BANDWIDTH
2
ANALOG CHANNELS
1GSa/s
REAL-TIME SAMPLE RATE
56Mpts
MAX. MEMORY DEPTH
500,000wfms/s
WAVEFORM CAPTURE RATE
/
DIGITAL CHANNELS
Web Control
The oscilloscope can be connected and remotely controlled via the web page. Support PC and mobile phone dual platform operation. This eliminates the need to install local programs, saving space and time.
256 gray level display
The original Ultra Phosphor display technology is easy to obtain more waveform information and detailed observation.
Ultra Phosphor 2.0 technology
Ultra Phosphor 2.0 achieves extremely high capture rates, up to 100,000 wfms/s for normal sampling, visualizing signal trends and probability distributions without missing any signals of interest.
Memory depth 56Mpts per channel
UPO1000CS series 56M sampling points per channel. This enables the oscilloscope to maintain high sampling rate in a wider time base range, At the same time considering the whole and details of the waveform, which greatly improves the ability to capture abnormal waveforms.
Full-memory hardware real-time decoding
With 56Mpts deep memory, the decoding speed of 3 protocols (RS232/UART, I2C, SPI) reaches milliseconds, which is hundreds of times faster than the software decoding speed, and significantly improves the analyzing efficiency.
Multi-Scopes 2.0, multi-channel independent triggering
The three systems of acquisition, vertical and trigger are independent of each other, comparable to two single-channel phosphor oscilloscopes.
Stable capture of a variety of non-homologous complex signals, can also be used for real-time comparison of multi-device signals to meet the needs of multi-channel tests.
A variety of split-screen display modes, non-interference, easy to observe and compare.
1Mpts enhanced FFT
Support multi-domain view, independent spectrum view display, multi-dimensional visualization of signal characteristics. Provides 4 trace and 4 detector modes to meet different analysis needs. Support automatic trace peak measurement to quickly identify key spectral features.
Malaysia
