B39881B4324P810

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Surface Acoustic Wave (SAW) Filters are common components used in many wireless communication systems. They are used for filtering out unwanted signals, such as those from adjacent channels, and for providing a better signal to noise ratio (SNR). The B39881B4324P810 is a type of SAW Filter specifically designed for use in Global System for Mobile communications (GSM) applications.

The B39881B4324P810 SAW Filter is designed for use in GSM applications where it is used to filter out adjacent channel signals and to provide improved signal-to-noise ratio performance. It features a low pass filter response and is designed for use in the receive path of a GSM receiver. It has a small form factor, a center frequency of 916 MHz and a bandwidth of 190 kHz. The filter is designed to pass signals from 900-1700 MHz, allowing it to be used in a variety of GSM implementations. It also features an ESD rating of 0.7V in order to provide better protection to the underlying electronic components.

The working principle for the B39881B4324P810 SAW Filter is based on the surface acoustic wave (SAW) technology. SAW Filters are composed of piezoelectric materials, such as quartz or LiTaO3, which have the ability to vibrate when a voltage is applied. By applying a radio frequency voltage to the filter, the acoustic wave that is generated can travel across the filter, effectively filtering out unwanted signals.

The B39881B4324P810 SAW Filter is a surface acoustic wave (SAW) filter that is designed for use in GSM receiver applications. It has a low pass filter response, a center frequency of 916 MHz, and a bandwidth of 190 kHz. It is designed to pass signals from 900-1700 MHz, and is capable of rejecting adjacent channel signals while providing improved signal-to-noise ratio performance. The filter also features an ESD rating of 0.7V in order to provide improved protection to the underlying electronic components. The filter utilizes surface acoustic wave (SAW) technology, wherein a radio frequency voltage is applied to the filter, causing the filter to vibrate and generate an acoustic wave that can travel across the filter and effectively filter out unwanted signals.

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