DS8000-R Series Digital Oscilloscope
DS8000-R series is a medium and high-end digital oscilloscope with a compact size designed on the basis of the ASIC chip (RIGOL self-owns its intellectual property right) and UltraVision II technical platform developed by RIGOL. It is compact and thin in design. It supports system integration of multiple devices, rack mount installation, and remote system operation to meet the system requirements for industrial automation test system. DS8000-R series oscilloscope has an analog bandwidth of up to 2 GHz, supporting multi-device synchronous triggering, available to be extended to 512 channels. It provides an excellent solution for users to meet their middle and high-speed requirement for the system integration test and synchronization requirement for multi-channel data acquisition.
Features
Compact design
Space-saving compact design, small size, 214 mm (width) × 43 mm (height) × 478 mm (depth), which can be placed in a narrow space.
Convenient stand-alone working mode
A single device with peripherals can meet traditional oscilloscope applications: connect the display device through the HDMI interface to view the user interface, connect the mouse through the USB Host interface to click and drag, and connect the keyboard to set numbers or strings.
Suitable for low temperature working environment
Without a LCD screen, the minimum working temperature for DS8000R is -40℃, and it can be applied to signal monitoring in special environments.
Save the rack space
Half U design helps to save the rack space. 2 units can be installed side by side in a 1U standard rack with a total of 8 channels, which efficiently utilizes valuable rack space
Scalable to 512 channels of synchronous trigger capability
Using the matching synchronous machine, it can provide a multi-machine synchronous trigger scheme, and can realize on-site calibration to ensure the requirements of multi-channel synchronous observation
Multi-channel high-speed data acquisition
For multi-channel integration, the optional multi-channel high-speed data acquisition software can meet the configuration of multi-machine and multi-channel, and provide a friendly interface to display the waveforms collected by each channel
