SDS800X HD series high-resolution digital oscilloscope

SDS800X HD series high-resolution digital oscilloscope SDS800X HD series high-resolution digital oscilloscope

The SDS800X HD series high-resolution digital oscilloscope has the highest 12 bit vertical resolution, excellent background noise performance, and vertical measurement accuracy, which can meet higher precision measurement requirements. The maximum bandwidth of SDS800X HD

Wide 200 MHz, with a maximum sampling rate of 2 GSa/s, equipped with 2/4 analog channels and 16 digital channels, and a storage depth of up to 100 Mpts. The SDS800X HD adopts SPO technology with a waveform capture rate of up to

500000 frames per second, with 256 levels of brightness and color temperature display; Innovative digital triggering system with high triggering sensitivity and low triggering jitter; Support rich intelligent triggering, serial bus triggering, and decoding; support history

Advanced analysis modes such as History mode, Sequence mode, template testing, search, navigation, Bode plot, and power analysis; It has rich measurement and mathematical operation functions. SDS800X HD adopts 7

The inch capacitive touch screen supports multiple gestures to perform common operations on waveforms and menus. Combined with multiple one key operation buttons on the front panel, it greatly optimizes the efficiency of operating the oscilloscope and enhances the user experience.

The SDS800X HD series oscilloscope is designed for high-performance testing applications, providing a bandwidth range of 70 MHz to 200 MHz, suitable for testing and debugging various precision electronic devices. This series also supports 2 to 4 analog channels and can be optionally expanded to meet diverse testing needs. Its sampling rate of up to 2 GSa/s and waveform capture rate of 500000 wfm/s ensure fast capture of transient signals. The 12 bit vertical resolution combined with a storage depth of 100 Mpts provides users with clear and detailed waveform data, making it a powerful assistant for engineers in circuit design and troubleshooting.