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Brand: SainSmart

Micsig 12-bit High Resolution Tablet Oscilloscope MHO1, 100MHz Bandwidth, ≤3.5ns Rise Time, 4 Channels, Integrated 4 5/6 Digit Multimeter, 1GSa/s, 8” HD Touch Screen & 16000mAh Battery

Micsig 12-bit High Resolution Tablet Oscilloscope MHO1, 100MHz Bandwidth, ≤3.5ns Rise Time, 4 Channels, Integrated 4 5/6 Digit Multimeter, 1GSa/s, 8” HD Touch Screen & 16000mAh Battery

SKU:  101-90-MHO1-100A-D
Regular price $759.99
-Liquid error (snippets/price line 166): divided by 0 Regular price Sale price $759.99
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  • 101-90-MHO1-100A-D

100MHz High-Precision Performance
Featuring a 100MHz bandwidth and a ≤3.5ns rise time, the MHO1 is optimized for capturing standard digital signals and analog waveforms with absolute accuracy. Ideal for general electronics debugging, automotive diagnostics, and power supply testing

12-bit High-Res & 110Mpts Depth
Experience unmatched signal clarity with a 12-bit ADC. Combined with a 1GSa/s real-time sampling rate and a massive 110Mpts memory depth, it allows you to zoom into long captures to see subtle ripples and details that traditional 8-bit scopes miss

Integrated 4 5/6 Digit Multimeter
More than just an oscilloscope, this model features a built-in 4 5/6 digit multimeter. Effortlessly switch between waveform analysis and precise voltage, current, resistance, or capacitance measurements, reducing the need for carrying multiple heavy tools

8-Inch HD Touch Screen & Physical Keys
The 1280*800 anti-glare display offers a smartphone-smooth interface. Customize your workflow with full touch control, dedicated physical buttons, or a hybrid mode, all powered by the intuitive, engineer-designed Sig Test UI for maximum efficiency

Massive Battery & Professional Build
The 16000mAh lithium battery provides 4+ hours of continuous use and supports convenient USB-C power bank charging. Wrapped in a protective soft rubber casing, it is rugged enough for industrial field work yet slim enough (3.1cm) to fit easily in your backpack

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2-in-1 Versatility: Oscilloscope & Multimeter

Choose the Right Bandwidth for Your Needs

Ultra-Slim Oscilloscope

8-Inch Full HD Display

Capture Every Detail

Your Test Solution

Smart Remote Control

 

100MHz Bandwidth Micsig 12-bit High Resolution Tablet Oscilloscope MHO1  | SainSmart

Protective & Foldable Design

Soft rubber protection with a hidden foldable stand for safe, versatile use
100MHz Bandwidth Micsig 12-bit High Resolution Tablet Oscilloscope MHO1  | SainSmart

Versatile Trigger Functions

Supports edge, pulse width, logic, N-edge, undershoot, slope, timeout, video, and serial triggers for precise waveform capture
100MHz Bandwidth Micsig 12-bit High Resolution Tablet Oscilloscope MHO1  | SainSmart

Smart Signal Conditioning

Reduces noise while preserving signal integrity for accurate measurements
100MHz Bandwidth Micsig 12-bit High Resolution Tablet Oscilloscope MHO1  | SainSmart

Embedded Development, Made Easy

Master bus protocols with precision. Supports RS-232/422/485/UART, CAN/CAN FD, LIN, SPI, and I²C for efficient serial bus analysis.

What's in the box

Micsig 12-bit High Resolution Tablet Oscilloscope MHO1

FAQs

Q: What is the main difference between the 100MHz and 200MHz models?

A: The primary difference is the Bandwidth and Rise Time. The 200MHz model features a fast ≤1.75ns rise time, making it ideal for high-speed digital signals. The 100MHz model has a ≤3.5ns rise time, which is perfect for standard embedded systems and general electronics.

Q: Do both models feature the integrated 4 5/6 digit multimeter?

A: Yes. Both the 100MHz and 200MHz MHO1 models are 2-in-1 instruments. They integrate a high-precision 4 5/6 digit multimeter alongside the oscilloscope, allowing you to measure voltage, current, resistance, capacitance, and more in one compact device.

Q: Why is 12-bit resolution better than standard 8-bit oscilloscopes?

A: A 12-bit ADC provides 16 times the vertical resolution of traditional 8-bit scopes. This allows both MHO1 models to capture tiny signal fluctuations and ripples with much higher precision, which is critical for power supply testing and sensitive analog circuit analysis.

Q: Which model should I choose for my application?

A: Choose the 100MHz model (≤3.5ns) for general-purpose lab work, automotive sensors, and audio equipment. Upgrade to the 200MHz model (≤1.75ns) if you are working with faster communication protocols or need to capture rapid transient edges and high-frequency noise.