PXLS60230AESR2

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Motion sensors play a critical role in today’s products, from consumer and industrial electronics to automotive and medical applications. Accelerometers are a key type of motion sensor used for detecting vibration and motion. The PXLS60230AESR2 is an accelerometer manufactured by Murata that is designed for a variety of motion-sensing applications.

Application Field

The PXLS60230AESR2 accelerometer is specifically designed for automotive applications, such as in vehicle sensors, cameras, and other automotive electronics. Additionally, the device can be used in non-automotive applications like consumer electronics, industrial equipment, and medical applications that require motion sensing capabilities. The accelerometer is a components that can be used to detect vibrations, shocks, and motion.

Working Principle

The PXLS60230AESR2 is a piezoelectric accelerometer. Piezoelectric accelerometers convert motion into electric signals in an electric field. The accelerometer consists of a seismic mass attached to a proof mass, which is suspended by four flexure assemblies inside the device. In the presence of acceleration in the sensing direction, the proof mass deflects with the seismic mass. This motion creates an electrical charge, which is detected by a set of electrodes on the proof mass. The electrical charge generated is then amplified by a bandgap voltage reference amplifier, creating a motion-sensing output.

The PXLS60230AESR2 accelerometer features a full scale measuring range of ±2 g and a bandwidth of 0-1000 Hz. It also features a high impedance output, a wide supply voltage range (3.3-5.5V), and a low-noise output. The device has a low power consumption (less than 0.2 μA in standby mode) and measures just 1.5 x 1.5 x 0.7 mm, making it the smallest of its kind.

The PXLS60230AESR2 accelerometer is a reliable and precise motion sensor that is suitable for a variety of applications, from automotive and industrial uses to medical and consumer technology. By combining its small size and low power consumption with a wide range of output and operating parameters, the device is well suited for use in a variety of motion-sensing applications.

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