KIT1925MMA6260Q

Series:	--
Part Status:	Obsolete
Sensor Type:	Accelerometer, 2 Axis
Sensing Range:	±1.5g
Interface:	Analog
Sensitivity:	800mV/g
Voltage - Supply:	2.7 V ~ 3.6 V
Embedded:	--
Supplied Contents:	Board(s)
Utilized IC / Part:	MMA6260Q

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Introduction

KIT1925MMA6260Q is a complete 3-axis acceleration evaluation board by Freescale Semiconductor Inc. This board is capable of measuring 3-D acceleration up to 8g and provides ultra-low power operation with a range of programmable power saving modes. The on-board programmable boost function allows for accurate measurements, even on low voltage supply. This board is used for evaluating 3-axis acceleration sensing and can be used in many applications such as medical device, human motion measurement, vibrations or system orientation.

Features

The KIT1925MMA6260Q board is designed with many features, some of which are mentioned below.- Embedded MMA6260Q 3-axis Digital Accelerometer - Measurement range of up to 8g - On-board programmable boost feature - Operating temperature range of -20°C to + 70°C- On-board meters, LEDs, connectors, and test points - Real time voltage monitoring - Test point to measure the signals from the accelerometer- An embedded microprocessor - Providing real-time performance - Interfacing with a PC application - Wireless connections - Enabling the collection of data in real-time

Applications

The KIT1925MMA6260Q board is mainly used in a wide range of motion and vibration sensing applications such as medical device, human motion measurement, vibrations or system orientation. The board is also used in many automation and surveillance systems for motion detection and vibration monitoring. It can also be used in automotive applications, such as vehicle stability control, occupant safety systems, and crash detection.

Working Principle

The KIT1925MMA6260Q evaluation board is equipped with an embedded MMA6260Q 3-axis digital accelerometer. This accelerometer is designed to detect the acceleration of a small mass due to gravity or a linear acceleration. It works by measuring the difference between the electrical potential at two different points along the same axis. The accelerometer has three roll pins corresponding to the x, y, and z axes of acceleration. Each of the pins is sensitive enough to detect small changes in acceleration.When the acceleration is low, the output at the roll pins is low. As the acceleration increases, the output increases. The board is equipped with a programmable boost feature that increases the output of the roll pins even at low acceleration levels. The board is also equipped with a microprocessor that enables real-time performance and can be interfaced with a PC application. This allows for the collection of data in real-time, making the KIT1925MMA6260Q evaluation board suitable for many motion-sensing applications.

Conclusion

The KIT1925MMA6260Q evaluation board is designed for use in a range of motion and vibration sensing applications. It is equipped with a range of features, such as an embedded 3-axis digital accelerometer, programmable boost feature, microprocessor, and wireless connections. The board can be used in applications such as medical device, human motion measurement, vibrations or system orientation. The board is also equipped with some on-board meters, LEDs, connectors, and test points for real-time voltage monitoring and measuring of the signals from the accelerometer. The board is designed for accurate measurements even on low voltage supply.

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