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The Hanmatek DOS1102S is a powerful 2-in-1 desktop solution combining a 110MHz dual-channel digital oscilloscope with a built-in function/arbitrary waveform generator. Designed for electronics education, hobbyists, makerspaces, and entry-level R&D, it delivers professional-grade performance at an exceptional price. With a 1 GSa/s sampling rate, 7-inch color display, multiple trigger modes, FFT analysis, and direct output of sine, square, triangle, and other waveforms, the DOS1102S eliminates the need for separate instruments — saving both bench space and budget. Ideal for university labs, vocational training, startup prototyping, and circuit debugging.

The Hanmatek DOS1202 is a 200 MHz 2-channel oscilloscope with 1 GSa/s sampling and a 7-inch display. This December 2025 guide covers specs, applications, pros/cons, and why it offers excellent value at $185–$200 for high-speed electronics work.

The Hanmatek DOS1102S is a 2-in-1 instrument combining a 110 MHz 2-channel oscilloscope (1 GSa/s, 7-inch display) and a 10 MHz DDS waveform generator. This 2025 guide covers features, applications, pros/cons, and why it offers great value at $150–$180.

Engineers trust Hanmatek benchtop oscilloscopes for durability, stability, and intuitive use. Models like DOS1102, DOS1104, DOS1102S, and DOS1202 deliver precise, reliable performance for labs and everyday engineering tasks.

In 2025, manual testing wastes valuable R&D time. This step-by-step guide explains how to build a scalable automated test station using the affordable Hanmatek HO102S 3-in-1 handheld oscilloscope—combining scope, multimeter, and signal generator—without expensive ATE systems.

In 2025, AI is transforming everyday oscilloscope use from a manual chore into an intelligent debugging partnership. Modern AI-enhanced scopes can automatically detect rare glitches, suggest optimal triggers, perform one-click measurements, classify faults, and even generate annotated reports — cutting debug time by hours or days.

The newly released Hanmatek DOS1102 110MHz 2-channel digital oscilloscope brings these capabilities to the affordable segment with its built-in AI Assistant. Featuring 1 GSa/s sampling, 8M-point memory, and a dedicated AI button, it can spot intermittent issues (like a once-in-8,000-cycle ringing event) in seconds and recommend fixes.

With over 60% of new oscilloscopes expected to include AI by the end of 2025, tools like the DOS1102 are making advanced AI debugging accessible to engineers, startups, educators, and hobbyists alike.

Product link: https://hanmatek.com/products/hanmatek-dos1102-110mhz-2ch-oscilloscope

One-sentence takeaway: AI is no longer a premium feature — it’s now built into budget-friendly scopes like the Hanmatek DOS1102, helping you find and fix elusive bugs faster than ever.

Discover the best portable oscilloscopes of 2025. HANMATEK leads with ultra-light (<700 g), bright IPS screens, 8–10 h battery life, and pro features (100 MHz, 1 GSa/s, DMM, signal generator, decoding) at 30–50% lower prices. Top picks: HO102/HO102S, DOS1104, HO52.

Understanding the difference between a multimeter and an oscilloscope helps you pick the right tool for the job. A multimeter is best for measuring steady values like voltage, current, and resistance with high accuracy—great for quick checks, repairs, or learning basics. An oscilloscope shows how signals change over time, letting you see waveforms, spikes, and noise—perfect for labs, engineers, and troubleshooting complex circuits.

Choosing between a voltmeter and an oscilloscope can be tricky, but they’re built for different jobs. A voltmeter is perfect for quick voltage checks, while an oscilloscope lets you see signals in real time, capture fast glitches, and troubleshoot complex circuits with ease. In this post, we break down three big advantages of using an oscilloscope, explain when to pick each tool, and show why waveform visualization makes all the difference.