KIT3109MMA7260QE

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The KIT3109MMA7260QE Evaluation Board features integrated sensor and interface technology. This evaluation board expands the capabilities of the Freescale 3-axis accelerometer with a wide range of features designed to facilitate product development and prototyping. The design utilizes a self-contained 10-layer printed circuit board to enable efficient sensor and system integration, with an included 3-Axis accelerometer module.

The Freescale MMA7260QE is a 3-Axis accelerometer component, designed for low-power sensing applications. It offers a range of features, including a programmable sensitivity from ±2 g to ±6 g, an integrated 64-bit data output, and an adjustable digital filter for support of seismic applications. The incorporated auto-sleep and wake-on-motion features extend the battery life in low-power applications, and the loop-through cable connectors enable quick prototyping to verify the sensing algorithm design.

The KIT3109MMA7260QE Evaluation Board features an integrated accelerometer, as well as a range of peripherals. The board supports I2C as well as UART communication protocols, and includes two port connectors, four LEDs, and a push-button interface. This allows the user to rapidly develop and prototype sensing system designs. The kit also includes a six-pin extension cable to quickly prototype the accelerometer senses algorithm, as well as the 27mm x 27mm printed circuit board for easy sensor integration and layout of the sensing solution. Also included are the sensor drivers and a GUI application, designed to test the operation of the full module.

The KIT3109MMA7260QE Evaluation Board is an efficient solution for incorporating a range of features into a 3-Axis accelerometer. The design integrates an accelerometer module, peripheral interfaces, and sensing technology, allowing for quick prototyping of the sensor algorithm. The included GUI application and the port connectors provide for easy testing of the full module. The built-in auto-sleep and wake-on-motion capabilities, along with the loop-through cable enable efficient monitoring of sensing events in low-power applications.

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