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MLX90365KGO-ACD-000-RE

Board Mount Motion & Position Sensors Triaxis Programmable Rotary and Linear Position Sensor

Part No:

MLX90365KGO-ACD-000-RE

Mfr:

Melexis

Description:

Board Mount Motion & Position Sensors Triaxis Programmable Rotary and Linear Position Sensor

Product Attribute	Attribute Value	Select
Manufacturer	Melexis
Product Category	Board Mount Motion & Position Sensors
Shipping Restrictions	This product may require additional documentation to export from the United States.
RoHS	Details
Product	Position Sensors
Output Type	Analog
Operating Supply Current	6 mA
Supply Voltage - Min	4.5 V
Supply Voltage - Max	5.5 V
Maximum Operating Temperature	+ 125 C
Minimum Operating Temperature	- 40 C
Package / Case	TSSOP-16
Mounting Style	SMD/SMT
Qualification	AEC-Q100
Measures	Position
Packaging	Reel
Brand	Melexis
Moisture Sensitive	Yes
Operating Angle	360 deg
Output Current	18 mA
Product Type	Board Mount Motion & Position Sensors
Series	MLX90365
Factory Pack Quantity: Factory Pack Quantity	4500
Subcategory	Sensors
Tradename	Triaxis
Unit Weight	0.077802 oz

USHTS	8542310075
CAHTS	8542310000
ECCN	3A001.a.2

MLX90365 Triaxis® Position Sensor ICs

Melexis MLX90365 Triaxis® Position Sensor ICs decode a moving magnet's absolute rotary position from 0° to 360° or linear displacement, stroke. The monolithic sensor ICs are attuned to the flux density, applied orthogonally, and parallel to the IC surface, enabling the continued development of non-contact position sensors. The MLX90365 series provides a digital pulse width modulation (PWM) output characteristic and a programmable ratiometric analog output signal compatible with any resistive potentiometer or linear Hall sensor. These Melexis AEC-Q100 qualified position sensor ICs are ideal for both automotive and industrial applications.

IMC Technology Sensors & Switches

Melexis IMC Technology Sensors and Switches measure up to three magnetic flux components in a single integrated circuit. IMC Technology identifies the three basic components of the magnetic field and creates a highly accurate and stable picture of where the corresponding magnetic source is in 3D space. This technology can be used to determine the rotary angle, linear distance, joystick position, proximity sensing, and current sensing.

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