PXLS64120AESR2

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Motion sensors, such as accelerometers, are used to measure acceleration and velocity of an object. They are used in a wide variety of applications such as robotics, industrial automation, automotive, and aviation. The PXLS64120AESR2 is an ultra-high performance, low-cost, low power accelerometer designed for industrial, consumer, and automotive applications. This article will discuss the application field and working principle of the PXLS64120AESR2 accelerometer.

PXLS64120AESR2 accelerometers are suitable for use in a wide variety of applications including industrial automation, car safety, industrial robotics, and consumer electronic devices. The accelerometer can measure acceleration up to 20g, with high accuracy and low noise. It is a world-class accelerometer with features such as a self-test, low-noise operation, and small size. It has a high-frequency range of 2 to 64kHz and a low-frequency range of 28 to 120Hz. The accelerometer offers a wide dynamic range and a low-power consumption of only 0.14mW.

The PXLS64120AESR2 utilizes bridge piezoresistive technology to measure acceleration. This technology utilizes a combination of metal-oxide-semiconductor (MOS) and thin-film-on-silicon (TFOS) transistors. The MOS transistors act as the bridge between the two piezoresistors, which are made of metal-oxide-glass (MOG) material. When acceleration is applied to the accelerometer, the piezoresistors bend, causing a change in resistance that is then converted into an electrical signal that is proportional to the acceleration.

The PXLS64120AESR2 also features an on-chip temperature compensation circuit which compensates for temperature-induced errors by measuring the temperature of the accelerometer and calculating a compensation factor for the signal. The accelerometer can also operate in a low-power mode that allows for a reduction in power consumption of up to 50%.

The PXLS64120AESR2 accelerometer is a compact, low-cost accelerometer that provides accuracy and reliability in a variety of applications. It is an ideal choice for use in industrial automation, car safety, industrial robotics, and consumer electronic devices. The accelerometer can measure acceleration up to 20g with a high level of accuracy and low noise. The on-chip temperature compensation circuit helps to reduce errors due to temperature changes, and the low power consumption makes it an energy-efficient solution for applications that require accuracy and reliability.

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