B39202B9823P810W99

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Surface Acoustic Wave (SAW) filters are an important component of the modern communication system that use acoustic waves instead of electrical impulses to transmit information. In particular, SAW filters are used to shape the frequency response of signals in order to reduce interference and noise. The B39202B9823P810W99 SAW filter is an ideal choice for a wide range of applications requiring a high-performances filtering solution.

The B39202B9823P810W99 SAW filter is designed to reduce the level of interference in communication systems at frequencies up to 2GHz. The filter is based on proven SAW technology, with a low-cost but high-performance design. The B39202B9823P810W99 SAW filter is optimized for low insertion loss, high return loss, and excellent temperature stability.

The working principle of the B39202B9823P810W99 SAW filter is based on the concept of acoustic wave propagation. A SAW filter consists of two layers of piezoelectric material, typically quartz. When an electric current is applied across the piezoelectric material, a mechanical vibration is created that passes through the material in the form of an acoustic wave.

The acoustic wave travels through the quartz layers, and as it passes through the layers it is affected by the patterns of electrodes and other structures on the filter layers. These patterns shape the frequency response of the filter, allowing it to pass or reject specific frequency ranges of signals. This allows the filter to reduce interference in a communication system by removing unwanted frequencies.

The B39202B9823P810W99 SAW filter is designed for use in a variety of communication systems, including LTE, Wi-Fi, and Bluetooth. The filter offers excellent performance and reliability, with low insertion loss, high return loss, and excellent temperature stability. This makes the B39202B9823P810W99 SAW filter an ideal choice for a wide range of applications requiring a high-performance filtering solution.

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