This article explains why the HANMATEK DOS1104 is an ideal oscilloscope for makers and students. It offers 110 MHz bandwidth, 1 GS/s sampling, and 4-channel capability for debugging embedded systems, power supplies, and communication buses in 2026.

HANMATEK DOS1104 is a best-value 4-channel oscilloscope in 2026. It enables 4-channel monitoring of clock, data, power and control signals with 110 MHz bandwidth, 1 GS/s sampling and compact benchtop design for embedded, repair & maker use, offering professional performance at an affordable price.

The HANMATEK DOS1102 (110 MHz, 1 GS/s) oscilloscope is a beginner-friendly oscilloscope for ripple, PWM, and power testing. AC coupling removes DC offset to show small signal changes, while DC coupling shows the full waveform.

This guide shows why the HANMATEK HO102S handheld oscilloscope is ideal for students in 2026. It offers portability, affordability, and 3-in-1 functions, with 100MHz bandwidth and 500MSa/s sampling for Arduino, STM32, and sensor testing. Compact and rechargeable for classroom and mobile use.

This guide explains how oscilloscope sampling rate affects waveform accuracy, glitch capture, and signal analysis. It also highlights the HANMATEK HO102S, a 100MHz handheld oscilloscope with 500MSa/s sampling for portable diagnostics and field troubleshooting in 2026.

The HANMATEK HO102S is a portable 100MHz handheld oscilloscope with oscilloscope, multimeter and signal generator functions in one device. Featuring dual channels, 500MSa/s sampling, a 3.5-inch display, and rechargeable battery, it’s ideal for field diagnostics, repair and mobile electronics.

HANMATEK HM310 DC Power Supply is a compact, beginner-friendly DC bench power supply for hobbyists, students, and repair work. It features adjustable output, LED display, ON/OFF switch, and USB charging. Ideal for Arduino, Raspberry Pi, LEDs, motors, and diagnostics, it offers strong value.

A mini DC power supply is ideal for testing, prototyping, and repair. It offers adjustable voltage/current, safer operation, and compact size for labs or benches. Great for Arduino, Raspberry Pi, LEDs, and diagnostics. HANMATEK HM310 adds USB charging, clear display, and easy controls.

The HANMATEK HM310T programmable DC power supply provides precise 0–30V/0–10A output with 10 mV and 1 mA resolution. Featuring a 4-digit display, six memory presets, USB connectivity, and full protections (OVP, OCP, OPP, OTP), it delivers reliable, safe power for electronics labs, repair work, and prototyping.

Fachleute verlassen sich auf die Wärmebildkamera HANMATEK Ti240 für die vorausschauende mechanische Wartung. Dank der überlegenen Auflösung von 240×240 Pixeln und der zuverlässigen Leistung werden Überhitzungs- und Reibungsprobleme frühzeitig erkannt.

Thermal imaging safely detects overheating, loose connections, and overloads in electrical panels. Tools like the Hanmatek TI240 let technicians perform non-contact inspections, capture heat signatures, and prevent failures, fires, or costly downtime in industrial and commercial systems.

Die Infrarotkamera HANMATEK TI240 lokalisiert versteckte Rohrlecks hinter Wänden, Böden und Decken. Ihre Auflösung von 240 × 240 Pixeln und die hohe Empfindlichkeit ermöglichen eine schnelle, berührungslose Lecksuche und minimieren so Wasserschäden, Reparaturkosten und Ausfallzeiten.

The HANMATEK TI260 is a handheld thermal imaging camera with a 256×192 sensor and -20°C to 550°C range. Built for electricians and maintenance work, it enables fast detection of electrical faults, heat loss, mechanical issues with real-time imaging, storage and PC analysis.

This beginner-friendly guide explains how oscilloscopes work and how to use them, covering bandwidth, sampling rate, triggering, and probe setup. It includes step-by-step instructions and recommends models like Hanmatek DOS1102 and AHO814.

Unlock the power of your projects by mastering a digital oscilloscope! This guide explores essential techniques, features, and tips for using the HANMATEK DOS1102, from basic measurements to intricate waveform analysis. Ready to elevate your troubleshooting skills?

2026 guide compares desktop and handheld oscilloscopes. Desktop (e.g., Hanmatek DOS1102) suits labs with high bandwidth and advanced analysis. Handheld (HO102S/HO52S) offers portability and field use. Includes scenarios, comparisons, and tips for performance vs. mobility.

Oscilloscope shows waveforms for timing, ripple, noise and digital signals. Multimeter checks V/A/Ω fast. For Arduino/PWM, HANMATEK DOS1102S oscilloscope offers 110MHz, 1GSa/s, 2CH, FFT, AWG.

Handoszilloskop vs. Tischoszilloskop: Handoszilloskope bieten Mobilität, Langlebigkeit und Komfort für den Außendienst und die Fehlersuche vor Ort, während Tischoszilloskope eine höhere Bandbreite, Präzision und erweiterte Analysemöglichkeiten für laborbasierte Forschung und Entwicklung sowie Tests bieten.

Selecting a benchtop oscilloscope starts with your use case—R&D, repair, education, or production. Focus on bandwidth (3–5× signal frequency), sampling rate (≥1 GSa/s), channel count (2 vs 4), memory depth, and advanced triggering. Avoid overspending on unused bandwidth or ignoring usability. A well-matched instrument delivers better results than the one with the flashiest numbers. Explore Hanmatek’s practical options for lab and workbench needs.

Benchtop oscilloscopes excel in fixed lab/R&D settings with larger displays, deeper memory, advanced triggering, and long-duration stability. Handheld models prioritize portability and battery power for field repairs, industrial sites, and on-site diagnostics. Match the form factor to your primary location and tasks, then compare specific specs like bandwidth, channels, and memory. Hanmatek provides reliable options in both categories under ISO-certified quality.

In automotive networks, ordinary edge triggering floods the display with irrelevant CAN traffic. Dedicated CAN Trigger lets the HANMATEK AHO814 lock onto specific IDs, data sequences, error frames, or protocol violations. Combined with hardware decoding, 4 channels, and high waveform rate, it speeds intermittent fault isolation and system correlation—standard feature, no paid license required—ideal for vehicle R&D, validation, and diagnostics.