Melexis Triaxis Linear & Rotary Position Sensor Gen.III
ASIL-B, Analog/PWM, Multipoint characteristic curve, Temperature -40...+160°C (Automotive)
Melexis Triaxis 3D Linear & Rotary Position Sensor MLX90371 Gen.III
Immune to stray fields | ASIL-B | optionally with analog or PWM output | +160°C
ASIL-B capable, absolute measuring linear and rotary position sensor with
Melexis Triaxis technology and IMC-disk (Integrated Magnetic Concentrator)
based on the Hall effect. Suitable for non-contact linear and rotary
position sensing as well as 1/2 joysticks or travel levers.
Depending on the version, the sensors are immune to stray fields
(Stray Field Immune) or behave like Triaxis sensors of the previous
generation (Standard/Legacy).
The standard/legacy versions are function- and pin-compatible with the
previous generation.
A simple axial or diametral magnet is sufficient for control of the
standard/legacy variant.
If stray field robustness of a rotating application is needed, a
four-pole-pair disk or ring magnet is required in combination with a
Rotary Stray Field Immune variant.
Features
- Analog or PWM output
- Immune to stray fields (Stray-Field Immune Mode Version)
- ASIL-B Ready according to ISO26262/SEooC
(safety manual available upon request)
- Pin and function compatible with previous generation
(standard/legacy mode version)
- Output characteristic freely configurable (0...5V)
- Multi-point linearisation with 4 or 8 interpolation points
- Multi-segment linearisation with 16 or 32 segments
- Angle calculation options for linear, rotary or 1/2 joystick movement
- Temperature range -40...+160°C (automotive)
- Operating voltage 5V (4.5~5.5V)
- Single-DIE (SOIC-8), Dual-DIE (TSSOP-16) or PCB-Less (DMP-4)
- Chip revision "BCC“
(see data sheet for details)
The ICs are unprogrammed and can only be reprogrammed or adapted to the magnetic design by a Melexis Programmer PTC-04 with Daughterboard PTC04-DB-HALL06.
Suitable magnets can be found here.
If you need further information on product variants and scale prices please contact us.