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Magnetic Sensors - Linear, Compass (ICs)
Magnetic Sensors - Linear, Compass (ICs)

Magnetic Sensors - Linear, Compass (ICs) - Category Overview

Definition of Magnetic Sensors - Linear, Compass (ICs)

Magnetic Sensors - Linear, Compass (ICs) are specialized semiconductor devices designed to detect, measure, and interpret magnetic fields. These sensors convert magnetic flux into electrical signals, enabling precise linear position tracking, angular measurement (compass functionality), and motion detection. Integrated Circuit (IC) versions enhance performance with embedded signal conditioning, digital interfaces, and low-power operation, making them ideal for modern electronic systems.

Types of Magnetic Sensors in This Category

This classification includes two primary subtypes:
1. Linear Magnetic Sensors Measure the strength and direction of magnetic fields in a straight-line axis, commonly used in industrial automation, automotive (e.g., throttle control, brake systems), and robotics.
2. Compass (Magnetometer) ICs Determine orientation relative to Earth s magnetic field, essential for navigation in smartphones, drones, IoT devices, and automotive ADAS (Advanced Driver Assistance Systems).

Key technologies include:
- Hall Effect Sensors (linear/output proportional to field strength)
- AMR (Anisotropic Magnetoresistive) Sensors (high sensitivity for compass apps)
- GMR (Giant Magnetoresistive) Sensors (ultra-precision for industrial use)

Purchasing Recommendations

When selecting Magnetic Sensor ICs, consider:
1. Application Requirements Prioritize linear range (for position sensing) or angular accuracy (for compass/navigation).
2. Output Type Analog (direct voltage output) or digital (I2C/SPI interfaces) based on system integration needs.
3. Environmental Robustness Automotive-grade (AEC-Q100) or industrial-grade (wider temperature ranges) for harsh conditions.
4. Power Efficiency Critical for battery-powered devices (e.g., wearables).
5. Supplier Support Opt for vendors providing evaluation kits and reference designs (e.g., Texas Instruments, Allegro MicroSystems).

This category serves industries demanding precision motion control and spatial awareness, merging reliability with cutting-edge IC innovation.

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MLX90251LVA-FAA-000-SP

SENSOR HALL EFFECT ANALOG 4SIP


A1367LKTTN-2U-T

SENSOR HALL EFFECT ANALOG 4SIP


SS494B-T3

SOLID STATE SENSOR-HALL EFFECT


TLV493DA2BWXTMA1

XENSIV 3D MAGNETIC HALL SENSOR S


HAL856 UT-A

SENSOR HALL EFFECT PWM TO92-UT


TLE4929CX2AM38NHAMA1

SPEED & CURRENT SENSORS PG-SSO-3


HAL825UT-K

SENSOR HALL ANALOG TO92-UT


HAC3735UF-A

TO92-UF


TLE4988CXTFM28HAMA1

SPEED & CURRENT SENSORS PG-SSO-3


HAC830CVM

TO92UP


TLE4999C4S0001HALA1

PROGRAMMABLE DUAL CHANNEL LINEAR


TLE5027CIE6747HAMA1

SENSOR MAGNETORESISTIVE PWM 3SIP


A1308LLHLX-2-T

SENSOR HALL EFFECT ANALOG SOT23W


AK09915D

SENSOR HALL I2C/SPI 14WLCSP


HAL880 UT-K

SENSOR HALL ANALOG TO92-UT


TLE4998P4

TLE4998 - PROGRAMMABLE LINEAR HA


A1308LLHLT-1-T

SENSOR HALL EFFECT ANALOG SOT23W


HAL825UT-A

SENSOR HALL ANALOG TO92-UT


HAL815 UT-K

SENSOR HALL ANALOG TO92-UT


TLE5109A16DE1210XUMA1

POSITION&CURRENT SENSORS


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