MT6816CT-ACD

As a leading domestic magnetic sensor enterprise, MagneChip specializes in the R&D of core products including magnetic switches, magnetic current/linear Hall sensors, and magnetic encoding chips & modules. With more than 2,100 salable product models, it holds a leading market position in the magnetic encoding and magnetic switch segments.Its core team is sourced from industry leaders such as Honeywell, with accumulated key technologies including planar Hall effect and magnetoresistive effect, laying a solid foundation for product performance. Key product highlights: The angle sensor chip MT6521 supports 3D detection and multi-plane sensing, complying with AEC-Q100 automotive-grade standards and ISO 26262 functional safety requirements. The closed-loop stepper motor encoder MT6835 achieves 21-bit high precision, 2–10 μs low latency, and operates at up to 120,000 RPM with an angle accuracy of ±0.07°. The current sensor MT9522 features 4800 Vrms isolation voltage, 250 kHz high bandwidth, nonlinearity below ±0.3%, and integrated temperature compensation for stable performance in complex environments. MagneChip’s products widely serve three core sectors: new energy vehicles, industrial automation, and consumer electronics.In automotive applications, they are adapted to gear shifters, OBCs and other components, with 10 complete solutions. In industrial scenarios, they empower motor control, PLC systems and other automation equipment. In consumer electronics, they support smart toothbrushes, smart home devices and more. Mature applications also extend to general energy scenarios such as PV tracking and smart water management. With high reliability and anti-interference performance, the products help automotive customers reduce energy consumption by 5% and boost PV power station efficiency by 15%. Combined with customized calibration, multi-interface output and fast technical support, they shorten customer deployment cycles by 50%. A wide operating temperature range of -40°C to 150°C and IP66 protection fully meet the requirements of harsh environments.