B39112B5095U410W3

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SAW filters are commonly used in radio frequency (RF) and microwave applications to improve the signal quality of communications systems. They work by passing the signal through an array of piezoelectric materials that vibrate at high frequencies and create resonant frequencies. The B39112B5095U410W3 SAW filter is a high-performance filter designed for use in cellular radio and digital applications.

The B39112B5095U410W3 SAW filter is a surface acoustic wave (SAW) filter that has been developed to solve the problems of similar products on the market. It has been designed for use in the 3900-4100 MHz range where it provides very low insertion loss and excellent selectivity. The B39112B5095U410W3 SAW filter has a wide stopband that effectively rejects unwanted signals in the frequency range. The filter has a very high stopband rejection of more than 40 dB which is very useful for reducing interference in cellular and digital applications.

In terms of performance, the B39112B5095U410W3 SAW filter provides excellent transmit and receive characteristics. The filter has a wide frequency range with a very low insertion loss of less than 0.1 dB and excellent selectivity of more than 40 dB. The filter also has very low harmonic distortion and low spurious components which ensures improved signal integrity. The filter is extremely reliable with a maximum operating temperature of 85°C and a minimum of -25°C.

The working principle of the B39112B5095U410W3 SAW filter is relatively straightforward. It passes the signal through an array of piezoelectric material suspended on the filter substrate. When the signal passes through this array, the piezoelectric materials vibrate at the resonant frequency of the signal. This creates resonant frequencies that pass through the filter substrate, while any frequency out of the filter’s range is rejected. As a result, the signal transmitted through the filter is of a much higher quality than if it had gone through a standard RF filter.

The B39112B5095U410W3 SAW filter is designed for use in a variety of applications including cellular radio and digital systems. Its excellent performance and wide frequency range make it ideal for use in these types of systems. It can be used in any system that requires high signal integrity and excellent selectivity. The ultra-low insertion loss and high stopband rejection make it perfect for reducing interference and improving signal quality.

In conclusion, the B39112B5095U410W3 SAW filter is an advanced filter for use in cellular radio and digital applications. Its design and features allow for improved signal quality, reduced interference, and excellent selectivity. The filter passes signal through an array of vibrating piezoelectric material to create resonant frequencies, and its low insertion loss and high stopband rejection provide excellent signal integrity and excellent selectivity. The filter is extremely reliable and able to perform in a wide range of applications.

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