Product Introduction of MG610 GaAs Linear Hall Element

Location: Home News Updates Technical Articles

2026.03.18

29 次

MG610 Hall Element

Make motor control easier

深圳市钧敏科技有限公司

JUNMIN TECHNOLOGY CO., LTD

Shenzhen • China

MG610 GaAs Linear Hall Element

The MG610 is a gallium arsenide (GaAs) linear Hall element engineered for high-precision magnetic sensing applications. Boasting excellent thermal characteristics, stable electrical performance, accurate linear output and stringent reliability standards, it stands as an ideal choice for magnetic detection scenarios in industrial control, consumer electronics, precision motors and other fields. Adopting a standardized SSOT-4 package and shipped in tape-and-reel format, it is fully compatible with the mounting requirements of automated production lines. It also features outstanding electrical adaptability and environmental durability for diverse application scenarios, meeting the core requirements of industrial-grade magnetic sensing components throughout the entire process from design and production to application.

Core Product Advantages

Excellent thermal characteristics for stable operation over a wide temperature range

Crafted with a gallium arsenide (GaAs) core, it features an extremely low temperature drift coefficient for key parameters such as Hall voltage and input resistance across the entire operating temperature range of -40℃ to 125℃. It maintains stable output even under extreme high and low temperature working conditions, making it suitable for wide-temperature application scenarios including industrial equipment and automotive electronics.

High-precision linear output for accurate detection performance

The linearity deviation of the Hall voltage is only ±2%. It can achieve linear magnetic detection within the magnetic flux density range of 0.1~0.5T without obvious nonlinear distortion, providing reliable signal support for high-precision requirements such as position detection, speed measurement, and current detection.

Low offset voltage with minimal zero drift in detection

Under the operating condition of zero magnetic field (0 mT) and 5 mA input current, the offset voltage is merely ±5 mV. This effectively reduces signal error under zero magnetic field, improves the accuracy of weak magnetic field detection, and breaks through the limitations of conventional Hall elements in low magnetic field detection.

Standardized package and packaging, compatible with automated production.

It features a compact SSOT-4 package for easy integration. Supplied in tape-and-reel packaging with 4000 pieces per reel, it perfectly matches SMT automated mounting processes, significantly improving production efficiency for end products and reducing manual assembly costs.

Strict reliability standards and long service life.

Verified by professional reliability tests, the changes in Hall voltage, input/output resistance after testing are all less than 20%, and the change in offset voltage is less than ±16mV. All core electrical parameters still comply with the nominal specifications, making it suitable for long-term continuous industrial-grade operating environments.

Complete soldering and operating procedures with low application threshold.

It provides clear process parameters for manual soldering and reflow soldering, as well as requirements for ESD protection and storage. Standardized guidelines cover the entire process from production assembly to warehouse management, effectively reducing product damage caused by improper operation and ensuring application consistency.

Application Fields

With its core features of high sensitivity, high stability, wide-temperature operation and precise linear output, the MG610 can be widely used in various scenarios requiring non-contact magnetic sensing, position detection, speed detection and current detection. Its core applications include:

◆

Precision Motor Field: Rotor position detection and speed feedback for brushless DC motors and small precision stepper motors;

◆

Industrial Control Field: Position detection for industrial servo systems and valve actuators, current detection for inverters and power supply modules;

◆

Consumer Electronics Field: Paper feeding mechanism position detection for printers and scanners, non-contact keys and travel detection for smart home devices;

◆

Storage Equipment Field: Spindle motor speed detection and position positioning for DVD drives and CD-ROM drives;

◆

Sensor Modules: Core detection device for linear magnetic sensors, flux sensors and non-contact current sensors.

MG610

Based on the core advantages of gallium arsenide material, the MG610 provides an efficient and reliable solution for magnetic sensing applications in various fields through standardized parameter design, stringent performance testing, and comprehensive application specifications. Its stable electrical performance, wide-temperature operating characteristics, and design compatible with automated production not only meet the high-precision detection requirements of end products but also improve production efficiency and reduce application costs, making it the preferred Hall element for small precision electronic devices and magnetic sensing systems.