MIKROE-924

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MIKROKED-924 is an evaluation board designed for measuring the speed and voltage of DC motors. It functions as an expansion board or daughter card, for carrying out complex tasks without the need for designing a completely new system. The board is specifically useful for developers working on projects that require high-speed, precision control of motor performance. It works on the basis of the principle of using pulse-width modulation (PWM) and sensing techniques to measure the speed and voltage of the motor.

The MIKROKED-924 board has two operating modes: PWM and voltage mode. In PWM mode, two input signals are used to generate a variable frequency and voltage to control the speed and torque of the motor. In voltage mode, an analog input is used to measure the voltage of the motor in order to determine the speed and torque. The board also includes a temperature sensor for obtaining an idea of the motor’s temperature.

The MIKROKED-924 is mainly used for applications such as controlling the speed of electric motors, or for measuring the current, voltage, and temperature of the motor. It is also suitable for regulating H-bridge or DC brush motors. The board is ready to be plugged directly into a breadboard or into a 5V DC motor power supply. To use the board\'s PWM mode, the user needs to connect the two input signals to a digital source such as an Arduino or a Raspberry Pi.

The MIKROKED-924 board is a highly powerful and versatile platform enabling developers to rapidly test and prototype new and complex motor control solutions. Its flexible design and wide range of measuring modes make it an extremely useful tool for data acquisition and predictive control applications. It is well suited for any project that requires precise and consistent monitoring and control of the motor’s performance.

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