RIGOL MHO954 Mixed Signal Oscilloscope, 4 Channel, 500MHz, 4GS/s, 100Mpts, 12 bit, MHO900 Series
Our Part #20019881
Condition:New
Mfr Part #MHO954
- Description
- Specifications
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MHO900 Series Digital Oscilloscopes, 12 Bit High Resolution for High Speed, High Accuracy Applications
Product Features
12-bit resolution
Max. 800 MHz analog bandwidth, 4 analog channels
16 digital channels, 200 MHz PLA2216 logic analyzer probe (optional)
Real-Time sample rate: up to 4 GSa/s
Max. memory depth of 500 Mpts (option)
Vertical sensitivity 200 µV/div to 10 V/div
Max. waveform capture rate: 1,000,000 wfms/s
Digital phosphor display with real-time 256-level intensity grading
Optional 2-channel, 50 MHz/100 MHz Function/Arbitrary Waveform Generator (Bode plot supported)
Supports histogram, digital signal analysis, etc.
Supports waveform search and navigation functions, capable of debugging the signal anomalies faster
7” (1024x600) HD touch screen
Flex knob brings user-friendly experience
Standard USB2.0 Device & Host, LAN (100M) and HDMI interfaces
Novel and delicate industrial design, easy to operate
Supports online upgrade of software version
The MHO900 series is RIGOL’s newly launched economical oscilloscope. Compact in size, it features 1,000,000 wfms/s capture rate, max. memory depth of 500 Mpts (optional), 12-bit high resolution and low noise.
The product supports 16 digital channels. One instrument can make an analysis on both the analog and digital signals to meet the embedded design and test scenarios. With an affordable price equivalent to purchasing an entry-level instrument, you can access the auto serial and parallel bus analysis, bode plot analysis, and other functions to meet the test demands in the R&D, education, and science research fields.
High Performance Rebuilds the Entry-Level Standard
800 MHz BW & 4 GSa/s sample rate enable you to address the high-speed signal acquisition challenge.
12-bit high-precision ADC, 4096 vertical digitalizing levels, not missing any weak signals.
Max. 500 Mpts memory depth enables you to record high-speed and complex events, giving you full insight into the full details of high-speed signals.
Various protocol decodings.
N-in-one Integrated Efficient Test Tool
Standard 16 digital channels allows you to capture and analyze the digital signals with the analog signals.
Optional 2-channel, 100 MHz AFG option can output up to 100 MHz pure sine wave, with Bode plot supported for signal analysis.
Model | MHO98 | MHO984 | MHO954 | MHO934 |
|---|---|---|---|---|
No. of Analog Channels | 4 | |||
Bandwidth | 1 GHz | 800 MHz | 500 MHz | 350 MHz |
Max. Memory Depth | 500 Mpts | |||
Vertical Resolution | 12 Bit | |||
Waveform Capture Rate | 1000000 wfms/s | |||
Function/Arbitrary Waveform Generator (AFG) | 2-Channel, 100 MHz, 1 GSa/s (Opt.) 2-Channel, 50 MHz, 1 GSa/s (Opt.) | |||
Bode Plot | Sweep Range: 10 Hz to 30 MHz | |||
In The Box
Power Adapter Conforming to the Standard of the Destination Country
Ground Cable
USB Cable
PVP2350 - Qty 4 Passive Probes (350 MHz) (Standard Configuration for MHO934)
FAQs: Frequently Asked Questions
1) What is the RIGOL MHO954 oscilloscope best used for?
The RIGOL MHO954 is built for users who need more speed than a 350 MHz scope, making it well suited for 500 MHz embedded design validation, signal integrity checks, and R&D lab troubleshooting.
2) Why choose the RIGOL MHO954 instead of the MHO934?
The MHO954 increases analog bandwidth to 500 MHz, giving engineers more headroom for faster edge rates, higher-frequency components, and more demanding debug work.
3) Does the RIGOL MHO954 include four analog channels?
Yes, the MHO954 includes four analog channels so users can compare clocks, power rails, serial signals, and control lines in the same acquisition window.
4) How does the RIGOL MHO954 improve waveform visibility?
Its 12-bit vertical resolution and 7-inch HD touchscreen help users see small signal details more clearly while navigating measurements, decoding, and waveform analysis faster.
5) Can the RIGOL MHO954 support mixed-signal and serial bus analysis?
Yes, the MHO954 can combine four analog channels with 16 optional digital channels using the PLA2216 logic probe, supporting mixed-signal debugging and serial bus troubleshooting.
6) What bus trigger/decode options fit the RIGOL MHO954?
Optional trigger/decode packages support I2S audio, CAN-FD automotive, FlexRay, and MIL-STD-1553 bus analysis, making the MHO954 useful for audio, automotive, and aerospace-related protocol work.
7) Can the RIGOL MHO954 add an Arb/function generator option and bandwidth upgrade?
Yes, the MHO954 can add a 2-channel 50 MHz or 100 MHz function/arbitrary waveform generator option with Bode plot support and can be upgraded from 500 MHz to 800 MHz.