MLX90364 Sample-Pack Rotary

Sample pack for Melexis Triaxis 3D Linear & Rotary Position Sensor MLX90364 in dual-mold package
including external basic circuit for PCB-less design (4-pin, single DIE).
Pre-programmed with standard characteristics for a rotary application.
Supplied with attached wires, diametral magnet, magnet test card and documentation.

Ready for use!
The perfect solution for fast and easy implementation of the MLX90364!

Output signal preconfigured: 0...360° magnetic angle = 0.5...4.5V analog voltage

Absolute measuring linear and rotary position sensor based on Hall effect. Suitable for non-contact linear and rotary position sensing as well as 1/2 joysticks and travel levers.
The function is based on the MLX90365 Linear & Rotary Position Sensor.
A simple axial or diametral magnet is sufficient for control.

The special feature of this sensor is the integrated basic circuitry with four capacitors.
This means that the printed circuit board can be saved resp. the sensor can be wired directly or welded onto a copper carrier.

Features of the MLX90364
- Output characteristic freely configurable (0...5V)
- Linearization with up to 17 interpolation points or 16 segments
- Angle calculation options for linear, rotation or 1/2 joystick movement
- PWM or analog output selectable
- Ratiometric analog output
- Temperature range -40...+150°C (automotive)
- Operating voltage 5V (4.5~5.5V)
- Single DIE
- Chip revision:
- "ADB" = improved EMC performance
- "ADD" = additional "MEMLOCK" function
- 4-pin dual-mold package (DMP-4)
(details see data sheet)

The ICs are unprogrammed and can only be reprogrammed or adapted to the magnetic design by a Melexis Programmer PTC-04.

Supplement to the sample pack "Rotary"

MLX90364 Datasheet

Triaxis® & Hall Selection Guide (automotive)

Triaxis® & Hall Selection Guide (industrial & consumer)

Magnet Selection guide for homogenous field - Rotary only

Suitable magnets can be found here.

If you need further information on product variants and scale prices please contact us.