MHO-5054
500MHz, 4CH, 4 G/s, 12 BIT, 500 MPTS, (16 CH OPT)
Sales price $ 7,391.00
(Excluding GST)The MHO-DHO5000 Series is a high-resolution up to 8-Channel Digital Oscilloscope designed for the vast mainstream digital oscilloscope market to meet design, debug and test requirements. It is based on RIGOL's brand new Centaurus technical platform. Its 1,000,000 wfms/s waveform capture rate (in fast capture mode), 500 Mpts memory depth, 12-bit resolution, excellent noise floor and vertical measurement accuracy can meet the test requirements for for higher accuracy.
The MHO-DHO5000 series digital oscilloscope has several models supporting AFG, digital signal analysis, bode plot and other functions. It is easy to operate and control, and can be used for various complex test scenarios.
Highlights
- Based on RIGOL's brand new self-developed Centaurus technical platform
- 12-bit resolution for all the series
- Max. 1 GHz bandwidth, up to 8 analog channels, and 1 external trigger channel
Standard configuration of 16 digital channels (required to purchase the logic analyzer probe) for the MHO models - Real-time sample rate: up to 4 GSa/s
- Max. memory depth 500 Mpts
- Vertical sensitivity up to 100 μV/div
- Maximum waveform capture rate of 1,000,000 wfms/s in fast recording mode
- Arbitrary Waveform/Function Generator (AFG), power analysis, histogram, and digital signal analysis, Bode plot, and protocol decodings
- Search and navigation function helps users quickly search for the signals with exceptions and locate them accurately.
- 256-level intensity grading display, with digital real-time fluorescence technology
- 10.1" 1280*800 high-definition touch screen
- Brand new Flex knob brings friendly user experience
- Standard configuration of USB Device, USB Host, LAN, HDMI interfaces for all the series
- Battery pack-powered, convenient to charge anytime and anywhere, providing a great feasibility for measurement
- Online upgrade
- Standard configuration of the photoelectric encoder operating knob for all the series to improve the service life of the instrument