MX8682RTR

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Introduction

The MX8682RTR is a magnetic sensor IC that provides reliable, multi-axis sensing and real-time navigation accuracy in a single package. The integrated application field can be used in a variety of applications including mobile phones, GPS, automotive, automotive related, and consumer electronics. Designed with the most advanced signal processing techniques, the MX8682RTR provides accurate positioning, detection, and sensing in both linear and compass applications. This advanced sensing solution can be used in any application requiring detection of a magnetic field or application specific linear and compass sensing.

Working Principle

The MX8682RTR is a low power BiCMOS Hall Effect based magnetic sensor IC. The device incorporates two Hall effect switches with built-in temperature compensation, integrated logic and signal conditioning, on-chip Sleep mode function, and two ESD-protected external sensing inductors. Additionally, the device has an external resistive network to adjust the gain, settling time, and temperature coefficient. The MX8682RTR utilizes the analog Hall Effect principle of the field to determine the direction of the field with the highest level of accuracy.

The external sensing inductors of the MX8682RTR capture the magnetic field, and the two Hall Effect switches measure the direction of the field. The direction of the field is indicated by a digital signal output, which can be used to identify compass heading, linear motion, and linear acceleration. Additionally, the device features an ESD-protected power supply and an integrated sleep mode for improved power efficiency.

Applications

The MX8682RTR magnetic sensor IC is ideal for a variety of applications. In mobile phones, the device can be integrated into the navigation system, providing users with a reliable and accurate source of navigation data. In automotive applications, the device can be used to detect and detect changes in the direction of magnetic field in an area, allowing the system to be triggered whenever an obstruction is encountered.

In consumer electronics, the device can be incorporated into a GPS unit, providing precise navigation information. In addition, it can be used to detect motion, acceleration, and changes in the magnetic field. Finally, it can also be used in robotics applications, allowing robots to detect and respond to the environment in a more effective manner.

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