HMC6352-DEMO

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HMC6352 is a tilt sensor with a low angle arbitrary axis accuracy of 0.2°. Its main purpose is to measure the orientation of the sensor with respect to the local earth’s gravity. HMC6352 utilizes a three-axis array of magneto-resistive sensors based on the Anisotropic Magneto-Resistive (AMR) principle, which allow for precise angular measurement. The sensor can be used in applications such as position tracking, auto level, altitude measurement, and tilt sensing.

HMC6352-DEMO board is a novel self-test demonstration for HMC6352. Device is mainly designed to measure the tilt angle of object with respect to earth’s gravity direction. It supports a wide range of voltages from 5V to 20V. It contains a tilt tolerant three-axis magneto-resistive (AMR) sensor for detecting and measuring the tilt. It also comes with power management circuitry to enable usage in a wide range of power supply levels.

The functionality of HMC6352-DEMO board is based on the working principle of the A4000, which is a Linear Hall Sensor. It is a three-axis magneto-resistive (AMR) sensor that is designed to measure the orientation of the sensor with respect to the local earth’s gravity. The HMC6352-DEMO board is based on this principle, and uses the same type of sensor. The board allows for a wider dynamic range of tilt angle, and can measure tilt angles from -90° to +90°. This makes the device ideal for applications such as tilt sensing, auto level, position tracking and altitude measurement.

The working principle of the A4000 relies on the change in the resistance of the sensor components when exposed to a magnetic field. The A4000 consists of an array of vertical (V) anisotropic magneto-resistive (AMR) elements arranged in a three-axis matrix, with each axis forming a unique response pathway. When a magnetic field is applied perpendicular to one of the axes, the component will behave like a linear Hall effect device. This makes it possible to measure the tilt angle of any object with respect to the earth’s gravity vector.

The HMC6352-DEMO board is designed to perform a self-test procedure, which allows for accurate and repeatable measurements of tilt angles. The self-test procedure is performed by the board itself, and the results are compared against the factory calibrated settings. If the values match, then the device is deemed to be calibrated properly. This procedure ensures that the device is operating as expected, and can be used for accurate tilt sensing.

The HMC6352-DEMO board can also be used for application testing. It allows the user to quickly and accurately measure the tilt angle of any object with respect to earth’s gravity. The device can be used in applications such as position tracking, auto level, altitude measurement, and tilt sensing. It is a simple and reliable solution for any application that requires precise measurement of tilt angles.

In conclusion, the HMC6352-DEMO board is an effective and reliable solution for tilt sensing applications. Its high accuracy and repeatability make it an attractive choice for any application requiring precise angular measurements. The self-test feature allows users to quickly and accurately measure the tilt angle of any object with respect to earth’s gravity. This device is an excellent choice for applications such as position tracking, auto level, altitude measurement, and tilt sensing.

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