MLX90372GVS-ACE-303-RE datasheet, PDF

Datasheet> All Categories > The sensor> Motion and position sensor> Machine interface of mobile sensors and position sensor> MLX90372GVS-ACE-303-RE

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MLX90372GVS-ACE-303-RE: DescriptionBoard mount motion sensor and position sensorTriaxis position processor with analog output for rotary or linear motion without stray field immunity (Gen III); CategoryThe sensor Motion and position sensor Machine interface of mobile sensors and position sensor; File Size3MB，84 Pages; ManufacturerMelexis; Websitehttps://www.melexis.com/zh; Environmental Compliance

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MLX90372GVS-ACE-303-RE Overview

Board mount motion sensor and position sensorTriaxis position processor with analog output for rotary or linear motion without stray field immunity (Gen III)

MLX90372GVS-ACE-303-RE Parametric

Parameter Name	Attribute value
Maker	Melexis
Product Category	Board mount motion and position sensors
Shipping restrictions	Mouser does not currently sell this product in your area.
product	Position Sensor
Output type	PWM
Working power current	9 mA
Supply voltage - min.	4.5 V
Supply voltage - max.	5.5 V
Maximum operating temperature	+ 160 C
Minimum operating temperature	- 40 C
Package/box	DMP-4
Installation style	Through Hole
Encapsulation	Reel
Output current	90 mA
resolution	12 bit
Factory packaging quantity	2500

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MLX90372 - Triaxis®Position Processor

Datasheet

Features and Benefits



Triaxis



Hall Technology

On Chip Signal Processing for Robust

Absolute Position Sensing

ISO26262 ASIL-C capable, Safety Element out

of Context (SEooC)

Programmable Measurement Range

Programmable Linear Transfer Characteristic

(4 or 8 Multi-points or 16 or 32 Piece-Wise-

Linear)

Selectable (fast) SENT or PWM Output

SAE J2716 APR2016 SENT

Enhanced serial data communication

48 bit ID Number option

Single Die - SOIC-8 Package RoHS Compliant

Dual Die (Full Redundant) - TSSOP-16 Package

RoHS Compliant

DMP-4 RoHS Compliant

Robustness against stray-field

Description

The MLX90372 is a monolithic magnetic position

processor IC. It consists of a Triaxis® Hall magnetic

front end, an analog to digital signal conditioner, a

DSP for advanced signal processing and an output

stage driver.

The MLX90372 is sensitive to the three

components of the magnetic flux density applied

to the IC (i.e. Bx, By and Bz). This allows the

MLX90372 with the correct magnetic circuit to

decode the absolute position of any moving

magnet (e.g. rotary position from 0 to 360

Degrees or linear displacement, see fig. 2). It

enables the design of non-contacting position

sensors that are frequently required for both

automotive and industrial applications.

The MLX90372 provides SENT frames encoded

according to a Secure Sensor format. The circuit

delivers enhanced serial messages providing error

codes, and user-defined values. Through

programming, the MLX90372 can also be

configured to output a PWM (Pulse Width

Modulated) signal.



SOIC-8

TSSOP-16

DMP-4

Application Examples



Absolute Rotary Position Sensor

Pedal Position Sensor

Throttle Position Sensor

Ride Height Position Sensor

Absolute Linear Position Sensor

Steering Wheel Position Sensor

Float-Level Sensor

Non-Contacting Potentiometer

REVISION 7 -

March 23, 2018

3901090372

ML90372 Triaxis® Position Processor

Datasheet

Contents

Features and Benefits ..................................................................................................................... 1

Application Examples ...................................................................................................................... 1

Description..................................................................................................................................... 1

Ordering Information ..................................................................................................................... 2

1. Functional Diagram and Application Modes ................................................................................. 8

2. Glossary of Terms ....................................................................................................................... 9

3. Pin Definitions and Descriptions ................................................................................................ 10

3.1. Pin Definition for SOIC-8 package .......................................................................................... 10

3.2. Pin Definition for TSSOP-16 ................................................................................................... 10

3.3. Pin Definition for DMP#1 - Pinout A ...................................................................................... 11

3.4. Pin Definition for DMP#2 - Pinout B ...................................................................................... 11

4. Absolute Maximum Ratings ....................................................................................................... 12

5. Isolation Specification ............................................................................................................... 12

6. General Electrical Specifications ................................................................................................ 13

7. Timing Specification .................................................................................................................. 15

7.1. General Timing Specifications ............................................................................................... 15

7.2. Timing Modes ........................................................................................................................ 15

7.3. Timing Definitions .................................................................................................................. 17

7.4. SENT timing specifications ..................................................................................................... 19

7.5. PWM timing specifications .................................................................................................... 22

8. Magnetic Field Specifications .................................................................................................... 23

8.1. Rotary Stray-field Immune Mode - Low Field Variant (-100 code) ........................................ 23

8.2. Rotary Stray-field Immune Mode - High Field Variant (-500 code) ....................................... 24

8.3. Linear Stray-field Immune Mode (-200 code) ....................................................................... 25

8.4. Standard/Legacy Mode (-300 code) ...................................................................................... 26

9. Accuracy Specifications ............................................................................................................. 28

9.1. Definitions ............................................................................................................................. 28

9.2. Rotary Stray-field Immune Mode - Low Field Variant (-100 code) ........................................ 29

9.3. Rotary Stray-field Immune Mode - High Field Variant (-500 code) ....................................... 30

9.4. Linear Stray-field Immune Mode ........................................................................................... 30

9.5. Standard/Legacy Mode .......................................................................................................... 31

10. Memory Specifications ............................................................................................................ 32

11. Digital Output Protocol ........................................................................................................... 33

REVISION 7 -

March 23, 2018

3901090372

Page 5 of 83

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