RD4247FXOS8700

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RD4247FXOS8700 is an integrated multichip module designed by Robert Bosch Sensortec GmbH (Bosch). It is an ultra-low-power 3-axis accelerometer with digital I2C/SPI serial interface optimized for motion-sensing applications. This accelerometer has a wide range of applications like consumer, portable and mobile products. It is also used in robotics and automotive systems.

The RD4247FXOS8700 is a two-in-one sensor. It combines an accelerometer with a magnetic field detector, commonly known as a magnetometer. This device measures linear acceleration with acceleration range of +/-25g. It also measures earth\'s magnetic field with a ±12 gauss range.

The RD4247FXOS8700 utilizes a proprietary combination of MEMS sensor elementsinclude a novel temperature compensation algorithm to attenuate the influence of temperature drifts in environmental condition. Its operation is based on a signal detection and correction operation circuit which maintains high sensitivities over a wide range of temperatures.

The RD4247FXOS8700 can detect motions and tilt angles by measuring linear acceleration in three orthogonal directions. It has high accuracy with low power consumption, which makes it suitable for battery driven applications. Moreover, it has a built-in noise rejection circuit to reduce false triggers from spurious noise.

The RD4247FXOS8700 features an embedded powerful 16-bit ADC that can sample and process data at a rate of up to 200Hz per axis. With current pulse-width-modulated (PWM) and I2C interfaces, the RD4247FXOS8700 can easily be integrated into any system.

The main applications of the RD4247FXOS8700 include: security systems, motion detection for gaming and computer user interfaces, motion detection for robotics arm control, camera focus assistance and motor control.

The working principle of RD4247FXOS8700 is based on two main features. The first one is the MEMS capacitive sensing technology which senses acceleration caused by inertia and the second is the Hall effect which senses the earth\'s magnetic field. The device provides outputs in form of three-dimensional acceleration and three-dimensional magnetic field information.

The internal sensing element consists of five axis — three axes for acceleration sensing and two axes for magnetic field sensing. The sensed information is received by the MEMS accelerometer and magnetometer sensors which send out analog voltages corresponding to the acceleration and magnetic field sensed. The analog signals are then converted to digital signals using high-resolution 16-bit analog-to-digital converters within the Integrated Circuit (IC). The IC then processes the digitized data to calculate the output. The output is then transmitted via an I2C/SPI interface for further analysis.

The RD4247FXOS8700 is a great choice for motion sensing as it can accurately detect motions with low power consumption. It can be used in a variety of applications from gaming and consumer electronics to automotive and robotics systems.

The specific data is subject to PDF, and the above content is for reference