MLX90517
ASIL-C | Analog Sin/Cos | Stray Field Immune | Temperature -40...+160°C (Automotive)
Accurate inductive high-speed resolver interface for absolute rotary motion and position sensing - immune to stray fields by design. Suitable for non-contact rotor motion position sensing in automotive, medical or industrial applications - end-of-shaft, side-of-shaft or through-shaft. The sensor is ASIL-C capable, features raw differential sine/cosine analog outputs and can be operated at ambient temperatures from -40°C up to +160°.
Features
- Differential Sine & Cosine analog outputs for robust absolute position sensing
- High-speed operational up to 660'000 e-RPM
- High accuracy: Maximum ±0.36° electrical
- Programmable on-chip input signal offset compensation
- Supports rotary target End-of-Shaft, Side-of-Shaft or Through-Shaft
- Immune to magnetic stray fields by design (ISO 11452-8)
- ASIL-C compliant according to ISO26262/SEooC
- Overvoltage and reverse-polarity protection: -24 V to +24 V maximum
- Ambient Operating Temperature Range -40...+160°C (automotive)
- Operating voltage 5V (4.5~5.5V)
- TSSOP-16 Package RoHS Compliant
(see data sheet for details)
The ICs are unprogrammed and can only be reprogrammed or adapted to the mechanical design by a Melexis Programmer PTC-04 fitted with Daughterboard HALL06 .
If you need further information on product variants and scale prices please contact us.
Video about the inductive sensor interface IC MLX90510
Video of the inductive sensor demonstrator with the MLX90510
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