회사 블로그 Genuine Supply Melexis MLX90372GVS-ADE-318-RE Position Sensor: ASIL-C Grade, Resistant to Extraneous Field Interference

Mingjiada Electronics Original Supply Melexis MLX90372GVS-ADE-318-RE Position Sensor

MLX90372GVS-ADE-318-RE Product Overview
The MLX90372GVS-ADE-318-RE, supplied as original equipment by Mingjiada Electronics, is Melexis' third-generation Triaxis® position sensor processor chip. This high-performance monolithic device employs Integrated Magnetic Core (IMC) technology to non-contact, precisely sense the three spatial components (Bx, By, and Bz) of an applied magnetic field, enabling accurate measurement of rotational and linear motion. Specifically engineered for automotive and industrial applications, the MLX90372GVS-ADE-318-RE complies with ISO 26262 ASIL-C functional safety standards and exhibits exceptional immunity to stray field interference.

Core Features Of MLX90372GVS-ADE-318-RE
High safety rating and stray field immunity
ASIL-C compliance: As an ASIL-C (Automotive Safety Integrity Level C) Stand-alone Safety Object (SEooC) compliant with ISO 26262, the Melexis MLX90372GVS-ADE-318-RE is highly suitable for safety-critical automotive applications such as powertrain actuators, pedals, and shifters.
Superior stray field immunity: The MLX90372GVS-ADE-318-RE incorporates advanced stray magnetic field immunity modes, effectively suppressing stray field interference up to 5mT to ensure high-precision measurements in harsh electromagnetic environments (e.g., near electric vehicle drive systems).

Outstanding Technical Performance
Extensive operating temperature range: The Melexis MLX90372GVS-ADE-318-RE operates stably across the extreme temperature range of -40°C to +160°C, meeting the stringent environmental adaptability requirements of automotive-grade applications.
Flexible PWM Output: This Melexis MLX90372GVS-ADE-318-RE device provides programmable PWM (Pulse Width Modulation) output, facilitating communication with various host processor interfaces.
Programmable Calibration Points: The Melexis MLX90372GVS-ADE-318-RE supports up to 32 programmable calibration points, enabling precise calibration during module assembly to meet specific application requirements.
Physical Characteristics and Packaging
Compact Packaging: The Melexis MLX90372GVS-ADE-318-RE utilises a DMP-4 package, offering a compact footprint with support for through-hole mounting. This makes it suitable for space-constrained applications or direct mounting scenarios without a PCB board.
Electrical Characteristics: The Melexis MLX90372GVS-ADE-318-RE operates within a supply voltage range of 4.5V to 5.5V, with a typical operating current of 9mA, achieving a balance between high performance and low power consumption.

MLX90372GVS-ADE-318-RE Technical Specifications
Output Type: PWM
Resolution: 12-bit
Supply Voltage: 4.5V to 5.5V
Operating Current: 9 mA
Output Current: 90 mA
Operating Temperature: -40°C to +160°C
Package Type: DMP-4
Mounting Method: Through-Hole Mounting
Qualifications: AEC-Q100, ASIL-C

Application Areas
The Melexis MLX90372GVS-ADE-318-RE is ideally suited for the following applications:
Automotive powertrain systems (electronic throttle bodies, turbocharger actuators)
Chassis and safety systems (steering angle sensing, brake pedal position sensing)
Body and comfort systems (accelerator pedal position, gear selector position)

With its ASIL-C rating and robust immunity to stray fields, the Melexis MLX90372GVS-ADE-318-RE provides a reliable solution to the electromagnetic compatibility challenges posed by modern vehicle electrification.

Ordering Information
Mingjiada Electronics, as a professional authorised distributor, supplies genuine MLX90372GVS-ADE-318-RE position sensors. This product is available from stock with rapid delivery to meet urgent project requirements. For bulk procurement details regarding the MLX90372GVS-ADE-318-RE, please contact Mingjiada Electronics' sales team for professional support.

Contact: Mr Chen
Telephone: +86 13410018555
Email: sales@hkmjd.com
Website: https://www.integrated-ic.com/