Rigol MHO2034 Oscilloscope, 350 MHz, 4 Analog + 16 Digital, 2 GSa/s, 500 Mpts, 10.1-inch Touchscreen

The Rigol MHO2034 oscilloscope is a 350 MHz, four-channel scope from the MHO2000 family, with up to 2 GSa/s, deep memory and a 10.1-inch touchscreen. Lost in HCM lists it for rental and sale.

SKU: LIH-MHO2034
Category:

Description

Some faults show up once an hour, and a short capture misses them. The Rigol MHO2034 oscilloscope pairs 350 MHz of bandwidth with up to 500 Mpts of memory, so one record can span a long event and still hold fine detail. Lost in HCM lists it for rental and sale, and it arranges service on request.

Rigol MHO2034 oscilloscope, front view with a large touchscreen showing green digital bus traces, side control knobs and four colored analog inputs

MHO2034 specification summary

Series MHO2000
Analog bandwidth 350 MHz
Input channels 4 analog + external trigger + 16 digital (PLA3204 probes required)
Maximum sample rate Up to 2 GSa/s
Memory depth 500 Mpts half-channel; 250 Mpts full-channel
Waveform capture rate Up to 200,000 wfms/s vector mode; 1,000,000 wfms/s record mode
Vertical resolution 12 bit native; up to 16 bit in high-resolution mode
Display 10.1-inch 1280 x 800 capacitive touchscreen

Long captures without losing detail

Memory depth sets how long you can record at a given sample rate. For example, a deep record lets you capture a slow brownout and then zoom into a single switching edge. Because the Rigol MHO2034 oscilloscope offers 500 Mpts at half-channel use, it suits intermittent faults better than a shallow-memory scope. Full-channel use gives 250 Mpts, so plan your channel count first.

A larger screen for crowded traces

Four analog traces plus digital lines fill a screen fast. The 10.1-inch capacitive touchscreen gives them room. Also, the 12-bit native resolution gives finer vertical steps than an 8-bit scope, which helps when a small ripple rides on a larger signal.

Mixed-signal work needs the right probes

The 16 digital inputs are not loose connections. The listing says PLA3204 probes are required, so add them to your request. In addition, the unit has an external trigger input beside the four analog channels. Confirm all of this before delivery.

Why choose the Rigol MHO2034 oscilloscope

Embedded debugging, laboratory measurements and waveform inspection all fit this class. A lab that chases rare glitches gains most from the deep memory. However, a simple two-channel task rarely needs it. Lost in HCM can quote a rental for a project or a purchase for a permanent bench.

Request a quote

Give Lost in HCM your dates, the probes you need and the delivery site. Then request a quote from Lost in HCM. You can also browse the oscilloscope listings, visit Rigol or contact SMK Vietnam.

MHO2034 questions

How much memory can I use on four channels?

Full-channel use gives 250 Mpts, while half-channel use gives 500 Mpts.

Do the digital channels come ready to use?

No. They need PLA3204 probes, so request them with the scope.

Is the photo my exact unit?

The photo shows the MHO2000 family, so the front-panel marking may differ. Lost in HCM confirms your unit in the quote.

Additional information

Brand

Rigol

Supplied by

Lost in HCM (lostinhcm.com)

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