STEVAL-MKI103V1

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The STEVAL-MKI103V1 is a mounted evaluation board for permanent magnet synchro and resolver sensor that enables easy implementation, evaluation and testing of new applications. It is used in precision motion control projects, industrial automation processes, and remote sensing. With its integrated ST technology, the board is very easy to setup and optimize. By embedding the ST technology into the board, the board benefits from advanced engineering tools that enable troubleshooting, analysis and optimization, thereby significantly cutting the time needed for development.

The board features a high-accuracy, low-cost, permanent magnet synchronous and resolver sensor with low cost and a low power consumption. The integrated ST technology ensures an efficient and accurate system design that can be used in a wide variety of applications. The board is designed for industrial control applications, offering high accuracy and excellent part quality.

The STEVAL-MKI103V1 offers basic design configuration specifics to make the configuration process easier, as well as a range of features such as user interface and calibration software, along with two application programs. The board also features in-system debugging features which allow an application to be analyzed in order to detect and correct possible design faults or other issues. It also contains an analog-to-digital converter, temperature sensor, voltage reference, and real-time clock.

The STEVAL-MKI103V1 board has two basic operating modes: continuous and basic. In continuous mode, the board continuously adjusts its internal parameters to the current operating conditions while the user configures the system parameters. In basic mode, the board operates at a fixed frequency, enabling users to configure the system but not changing any parameters without manual intervention.

The working principle of STEVAL-MKI103V1 is that it recognizes changes in the magnetic field and matches it to the target position or speed. This technology is based on the principle of reluctance, in which a moving magnetic field is detected by a stator or a rotor, which acts as an electromagnet. When the field is changed, the rotor or stator changes its operating angle and speed, depending on the target position or speed. The board is then able to output an analog voltage signal, indicating the change of position or speed.

The STEVAL-MKI103V1 is a versatile board, which can be used in various industry and home applications including motion control, remote control, and medical instrumentation. The board is also compatible with digital signal controllers and therefore provides designers with great flexibility in the development and implementation of new applications.

STEVAL-MKI103V1 board is a great choice for high-accuracy solutions that require precise motion control. Its integrated ST technology ensures accurate system operation, easy setup and efficient debugging. It also provides an excellent opportunity to evaluate and develop new applications for a wide range of markets.

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