B39881B9499P810S5

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SAW filters are known for their small size, high-frequency stability, and low signal distortion at the output. B39881B9499P810S5 is a type of SAW filter manufactured by Murata. It features highly stable frequency performance and low transmission loss in the 5GHz frequency band. This makes it an ideal choice for wireless communication applications.

The B39881B9499P810S5 can be used in a variety of applications, from WiFi and Bluetooth to wireless HD video streaming. It can also be used in medical device applications where high-frequency, low distortion signals are essential. It is also an ideal choice for applications requiring wideband operation, such as Point-to-Point TV broadcasting systems and EVA (Earth-Viewing Array) tracking.

The B39881B9499P810S5 is a miniaturized, surface-mount filter with a thickness of 0.6mm. It is capable of handling band-specific signal processing in the ±0.5dB passband, making it suitable for wireless systems operating in the 5GHz frequency range. It also features low insertion loss, excellent return loss, and high rejection levels.

The working principle of B39881B9499P810S5 SAW filter is based on surface acoustic wave (SAW) technology. This type of filter is composed of two thin interdigital transducers. The transducers are etched onto a substrate and are used to generate and detect sound waves. These sound waves are then propagated across the two transducers, with the input signal being filtered as it passes through the device. This type of filter produces excellent frequency stability and accuracy, and a low insertion loss with tight passband characteristics, making it suitable for various applications requiring a highly linear signal.

In summary, the B39881B9499P810S5 is a highly reliable SAW filter designed for use in 5GHz frequency range wireless applications. It has low distortion and excellent frequency stability, making it ideal for applications requiring high signal quality and accuracy. Its thin profile also makes it a good choice for applications where size is a concern. The working principle of the filter is based on surface acoustic wave technology and is capable of providing highly linear signals with low insertion loss and very tight passband characteristics.

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