STEVAL-MKI133V1

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When it comes to sensors, evaluation boards are essential pieces of equipment that enable researchers to build prototypes and perform testing on the devices they are working on. STEVAL-MKI133V1 is one such evaluation board, which is used for sensors in the automotive and medical industries. This board has the capability to detect and measure a wide range of physical parameters with great accuracy. In this article we will explore the application field and working principle of the STEVAL-MKI133V1.

The STEVAL-MKI133V1 is an automotive evaluation board which is capable of two-axis gyroscope, accelerometer, Ultraviolet Index (UVI) sensor, and temperature sensing. It also features an integrated circuit and a high-performance MEMS accelerometer. It can accurately measure the linear acceleration or tilt angle of any object on two-axis for use in the automotive or medical industries. It also has an onboard temperature-sensor to detect temperature changes in the environment. The UVI sensor detects the UV radiation that is present in the environment to provide a real-time reading of the ambient light for safety concerns.

When it comes to the working principle of the STEVAL-MKI133V1, it uses a highly sensitive accelerometer to detect linear accelerations in two-axis and a gyroscope to measure the tilt angle in two-axis. It also incorporates a UVI sensor and a temperature sensor. The accelerometer works on a triple-layer principle. The first layer is an array of micromachined piezoresistive sensors (PRS) that detect the linear acceleration and is divided into two-axis (X and Y). The second layer is a MEMS gyroscope, which excels at detecting angular rate or tilt-angle in two-axis. The third layer is a UVI sensor, which detects the UV radiation present in the environment at any given point of time. The temperature sensor works by detecting the changes in temperature, which is then used to set the thresholds for the sensor.

The STEVAL-MKI133V1 evaluation board is in demand in the automotive industry, as it enables researchers to develop a prototype and conduct experiments in a safe and efficient way. It can be used to measure the linear acceleration and tilt angle of a vehicle in two-axis, which can be used to determine the orientation of the vehicle and its location. This board can also be used in the medical industry to monitor any changes in temperature or the environment, which can help in monitoring patient health and providing preventive care. Additionally, the board can be used to detect the intensity of UV radiation in the environment, which is essential for safety, especially for people who might have to go outdoors frequently.

In conclusion, the STEVAL-MKI133V1 evaluation board is a sensor device with a wide range of application fields. It features an integrated circuit and high-performance MEMS accelerometer and gyroscope to accurately measure the linear acceleration and tilt angle of a vehicle in two-axis. Furthermore, it is also equipped with a UVI sensor and temperature sensor. This evaluation board is very useful for researchers in the automotive and medical industries, as it enables them to develop prototypes and to conduct experiments in a safe and efficient manner.

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