Friday, December 5, 2025

Magnetic Angle Sensor For Power Steering Application

The Alps Alpine sensors are designed for enhancing the safety of vehicles and can be used in vehicle power steering.

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To boost the adoption of electric vehicles and support the ongoing electrification of vehicles, Alps Alpine has released two new products to its magnetic sensor line-up. A single die and a dual-die1 model. Both models are angle sensors that achieve redundancy by providing two output signals from a single product. These sensors provide resistance to outside magnetic disturbance making the sensing more accurate. These sensors are applicable for “non-contact” switch, linear position/angle, and rotation speed/direction detection.

“Redundancy design is increasingly a requirement for automobile driving systems,” according to the company. “The use of multiple sensors was once the typical way of realising redundancy, to ensure that systems function safely even when a fault occurs. In recent years, however, smaller systems mean greater demand for angle sensors that achieve redundancy by providing two output signals from a single product.”

The magnetic sensors feature a built-in amp to support size reductions and fulfil redundancy design needs with a single-ended high output of 3Vpp. The sensors come in a small package, measuring just 5 x 6.4 x 1.1mm TSSOP16.

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According to the company, the sensors are capable of operating at high-temperature of up to 150°C, moreover, these sensors have a strong magnetic field resistance of 120mT through the application of original thin-film technology. The sensor has a low power consumption of 10mA and meets the AEC-Q100 automotive for reliability.
“They perform well in environments up to 150°C, while also achieving magnetic field resistance of 120mT through the application of original thin-film technology,” it said.

Specification 

  • Package specifications: TSSOP16 type
  • Type: Angle (Sin/Cos, Surface mount)
  • Size: 5.0×6.4×1.1mm
  • Operating magnetic field: 10 to 120mT
  • Drive voltage: 5.5V max.
  • Bridge resistance: 3.5kΩ
  • Operating temperature range: -40℃ to +150℃
  • Supply voltage (VDD): max.=5.5V
  • Operating temperature range :-40℃ to +150℃
  • Magnetic field strength (Hext): 200mT (160kA/m)
  • Meets AEC-Q100 automotive reliability standard

Sharad Bhowmick
Sharad Bhowmick
Sharad is an Electrical Engineer with a Master’s in Renewable Energy Systems from the University of Leeds. Specializing in energy storage and power electronics. With experience in automotive hardware and a published paper on EV motor efficiency, he is passionate about driving innovation in clean energy and automation.

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