KITMMA9550LEVM Development Boards, Kits, Programmers

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Evaluation boards are the type of hardware that simplify the use of sensors and related components in product development or debugging applications. The KITMMA9550LEVM is a 3-axis magnetic sensor evaluation board based on Texas Instruments’s low power industrial ICs, that is designed to be used in various magnetic sensor applications. It is an all-in-one board that houses a 3-axis digital magneto-resistive sensor, a 16-bit analog-to-digital converter and a 3-axis accelerometer for sensor calibration. This board also integrates a low power microcontoller and it can be programmed to accommodate any custom magnetic sensing application.

The KITMMA9550LEVM is used for various magnetic sensor applications such as motor control and position sensing. It is also used in industrial automation, automotive applications, medical diagnostics equipment and consumer electronics. Its integrated features of 6-axis sensing, digital signal processing and low power operation make it ideal for various applications that require precise timing and control.

The KITMMA9550LEVM is based on the low power TI TPL5802 industrial microcontroller. This microcontroller features a Cortex R4 core with an operating frequency of 7.68 MHz and has a wide range of peripherals suitable for various digital signal processing tasks. The integrated 3-axis magneto-resistive (MR) sensor is capable of sensing magnetic flux in 3 dimensions and has a sensitivity of 2.5mT/LSB. It also possesses tilt compensation capabilities.

The KITMMA9550LEVM evaluation board is capable of providing both digital and analog outputs. Its 3-axis accelerometer allows for sensor calibration and tilt compensation. The board is provided with a USB interface for connection to a PC for programming, data logging and manipulation. It also comes with a development kit for writing C code and using debugging tools such as the Code Composer Studio.

The working principle of the KITMMA9550LEVM evaluation board is based on its integrated 3-axis MR sensor and 16-bit analog-to-digital converter (ADC). The MR sensor is used to measure the intensity of magnetic fields in the X, Y and Z directions. The data is then converted from analog to digital via the ADC and the digital values are then stored in the microcontroller’s memory. The stored data is then manipulated and processed using the microcontroller’s built-in signal processing algorithms. The processed data is then transferred to the USB interface for display or manipulation on a PC.

The KITMMA9550LEVM evaluation board is a powerful tool for testing and evaluating various magnetic and sensor applications. Its integrated 3-axis MR sensor and 16-bit ADC provide a cost-effective and reliable platform for product development and debugging applications. This board is an ideal solution for customers looking for a reliable and powerful magnetic sensor evaluation board.

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