Rigol MHO934

Name: Rigol MHO934
Brand: Rigol
Availability: InStock
Rating: 5.0 (1 reviews)

Series MHO900 Oscilloscope by Rigol, Front view

Series MHO900 Oscilloscope by Rigol, Angled view

Series MHO900 Oscilloscope by Rigol, Rear view

1 Review

4 channel oscilloscope with 350 MHz Bandwidth, 4 GSa/s sample rate, 12 Bit A/D converter, 100 Mpts memory depth and a 17.8 cm touchdisplay 1024x600 pixel. Upgradable to a MSO with a 16 channel logic analyzer and 2 channel waveform generator with 100 MHz bandwidth. Serial decoders for I²C, SPI and RS232/UART, CAN and LIN are already included!

Rigol MHO934 Embedded26-Bundle
Take advantage now: When you purchase an MHO934, you’ll receive the 50 MHz AFG50 function generator option and the BAG-800 for free!
(Valid until March 13, 2026)

3 years warranty

No.: MHO934

with FREE shipping within the EU!
Shipping costs outside EU

in Stock

-10% RRP 974.61 €

737.10 € net (VAT Details)

877.15 € incl. 19% VAT

Description

The Rigol MHO934 from RIGOL impresses with its high performance, compact design, and outstanding price-performance ratio. With its 12-bit resolution, it delivers exceptionally precise and detailed signal representation. Thanks to a maximum analog bandwidth of up to 800 MHz and four analog channels, the device is perfectly suited for demanding measurement tasks in development, research, and education.

With a sampling rate of up to 4 GSa/s and a maximum memory depth of 500 Mpts, the Rigol MHO934 enables seamless acquisition even of fast signal transitions. Its vertical sensitivity from 200 µV/div to 10 V/div and a maximum waveform capture rate of 1 Mwfms/s ensure the highest precision and reliable measurement results, even for weak signals. Measurements can be intuitively controlled via the 7-inch HD touchscreen (1024 × 600 pixels), while the practical Flex Knob provides comfortable operation and fast navigation.

For comprehensive analysis tasks, an optional integrated 2-channel function/arbitrary waveform generator (up to 100 MHz) is available, which also supports Bode plot analysis. In addition, the device optionally features 16 digital channels and a 200 MHz PLA2216 logic analyzer probe, allowing simultaneous acquisition and analysis of both analog and digital signals.

Features	MHO900
Channel	4
Bandwidth	350 - 800 MHz
Sample rate	1 channel with 4 GSa/s 2 channel with each 2 GSa/s 4 channel with each 1 GSa/s
Waveform capture rate	30.000 wfms/s (1.000.000 wfms/s UltraAcquire Mode)
Memory depth	1 channel with 100 Mpts (500 Mpts optional) 2 channel with each 50 Mpts (250 Mpts optional) 4 channel with each 20 Mpts (125 Mpts optional)

MHO900	Bandwidth	Channel
MHO934	350 MHz	4
MHO954	500 MHz	4
MHO984	800 MHz	4

You will find the specifications of the MHO900 series here.

12-bit ADC

High resolution & offset. Low noise signal path. More accurate measurements.

12-bit vertical resolution with 4096 levels of quantization, 16 times the quantization levels of 8-bit, adept at handling small signal testing.

7-inch HD Touchscreen

7-inch high-definition touchscreen for more convenient human-machine interaction.

1.000.000 wfms/s acquisition rate

Find signal anomalies quickly. Smooth workflows – even with measurements, spectrum, math or long acquisitions.

1,000,000 wfms/s
Acquire, process & display signals with unrivaled speed
Detect signal faults & anomalies quickly
Increase your statistical confidence

Support Type-C Power

Designed with a Type-C power interface, the MHO900 can be powered by just a portable power source, enabling on-site testing.

Sleek Design

The MHO900 series features a compact form factor and also supports standard monitor stand usage, effectively reducing desktop footprint and providing you with more ample workspace.

Supports Bode Plot Analysis

The MHO900 series supports an additional arbitrary function generator up to 100 MHz (AFG option), digital signal analysis, and Bode diagrams.

Standard Digital Channels

The MHO900 series comes equipped with digital channels as standard, allowing digital signal analysis when paired with the PLA2216 logic analysis probe.