Magnetic Angle Encoder Chip

KTH5701 is a digital output triaxial linear Hall sensor chip that can measure magnetic field components in the XYZ directions. The sensor can interact with the external master as an I2C or SPI slave, supporting various operating modes and configurations, allowing users to achieve the optimal balance between magnetic field measurement performance and chip power consumption. The integrated temperature sensor and internal temperature compensation algorithm can effectively reduce the sensitivity and temperature drift of magnetic field measurement.

Users can configure magnetic field measurements for one or multiple axes based on their specific application scenarios. After obtaining raw magnetic field data, in combination with software algorithms, this sensor can extract motion information from the object being measured (e.g., a magnet). It is suitable for applications such as joysticks, knobs, and displacement measurement. Designed for industrial and consumer applications, the sensor provides an excellent user experience.

KTH5701 is a digital output triaxial linear Hall sensor chip that can measure magnetic field components in the XYZ directions. The sensor can interact with the external master as an I2C or SPI slave, supporting various operating modes and configurations, allowing users to achieve the optimal balance between magnetic field measurement performance and chip power consumption. The integrated temperature sensor and internal temperature compensation algorithm can effectively reduce the sensitivity and temperature drift of magnetic field measurement.
Users can configure magnetic field measurements for one or multiple axes based on their specific application scenarios. After obtaining raw magnetic field data, in combination with software algorithms, this sensor can extract motion information from the object being measured (e.g., a magnet). It is suitable for applications such as joysticks, knobs, and displacement measurement. Designed for industrial and consumer applications, the sensor provides an excellent user experience.

Key Advantages
ㆍCompact QFN package, 3x3mm
ㆍFlexible operating modes and online parameter configuration to achieve the optimal balance between performance and power consumption
ㆍChoice of I2C and SPI communication modes
Parameters
Series Magnet Placement Detection Range Operating Voltage Precision Standby Current Consumption Average Current Consumption Measurement Mode
KTH57XX On-axis, off-axis 360° 2.8V~5.5V 16Bit 1.4µA 25.2µA@5Hz/
113.7µA@25Hz
Continuous Sensing Mode, Wake-up & Sleep Mode, Single Conversion Mode
Output Mode Magnetic Induction Magnetic Field Detection Range Operating Frequency Operating Temperature Package Form
I2C/SPI digital output X, Y, Z axis Typical applied magnetic field for the XY axis: ±130mT
Typical applied magnetic field for the Z axis: ±80mT
1000Hz -40 ~ +125 ℃ QFN3x3-16L
DFN2*2.5-8L
Sensing Direction

Sensing Direction

Documents
Series Type Chinese Version English Version
KTH57XX Installer
KTH57系列EVM上位机安装包.exe
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KTH5701 Evaluation Kit
KTH5701评估套件介绍.pdf
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Series Type Document
KTH57XX Installer
KTH57系列EVM上位机安装包.exe
KTH5701 Evaluation Kit
KTH5701评估套件介绍.pdf
Application Scenario Series Type Chinese Version English Version
Automotive KTH5701 Datasheet
KTH5701AQ1_DS_CN.pdf
KTH5701AQ1_DS_EN.pdf
KTH5702 Datasheet
KTH5702AQ1_DS_CN.pdf
KTH5702AQ1_DS_EN.pdf
Consumer&
Industrial
KTH5701 Datasheet
KTH5701AQ2AQ3_DS_CN.pdf
KTH5701AQ2AQ3_DS_EN.pdf
KTH5702 Datasheet
KTH5702AQ2AQ3_DS_CN.pdf
KTH5702AQ2AQ3_DS_EN.pdf
Watch KTH5762 Datasheet
KTH5762AQ3_DS_CN.pdf
KTH5762AQ3_DS_EN.pdf
KTH5763 Datasheet
KTH5763AQ3_DS_CN.pdf
KTH5763AQ3_DS_EN.pdf
Application Scenario Series Document
Automotive KTH5701
KTH5701AQ1_DS_CN.pdf
KTH5701AQ1_DS_EN.pdf
KTH5702
KTH5702AQ1_DS_CN.pdf
KTH5702AQ1_DS_EN.pdf
Consumer&
Industrial
KTH5701
KTH5701AQ2AQ3_DS_CN.pdf
KTH5701AQ2AQ3_DS_EN.pdf
KTH5702
KTH5702AQ2AQ3_DS_CN.pdf
KTH5702AQ2AQ3_DS_EN.pdf
Watch KTH5762
KTH5762AQ3_DS_CN.pdf
KTH5762AQ3_DS_EN.pdf
KTH5763
KTH5763AQ3_DS_CN.pdf
KTH5763AQ3_DS_EN.pdf
KTH57 Series Joystick Solution Introduction
An Introduction to the KTH57 Series
EVM KIT