B39458M1967M100

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Surface acoustic wave (SAW) filters are well-established components that are widely used in communication systems and other consumer electronic products. B39458M1967M100 is a type of SAW filter developed and produced by EPCOS, a globally recognized manufacturer of electronic components. These filters are used in a variety of applications including cellular and satellite communication systems, short-range radio systems, and radar systems.

B39458M1967M100 filters are designed to provide passband responses with low insertion loss and good out of band rejection. The filter is a two-stage, low-pass, bandpass design with a passband range of 350MHz to 520MHz. These filters are constructed using thin film electrode components on a quartz substrate. These components have been carefully designed and manufactured to ensure precise component tuning and optimum performance.

The working principle of B39458M1967M100 filter is based upon the propagation of surface acoustic waves along the surface of the substrate. These waves are generated using an interdigital transducer and propagate across the surface of the substrate, interacting with the electrical components in the filter. This interaction between the electrical components and the acoustic waves results in the desired passband response while blocking signals outside the passband.

The B39458M1967M100 filter is well-suited for use in applications where low insertion loss, sharp roll-off, and good out of band rejection are necessary. These filters are also able to tolerate a wide dynamic range of input signals and are extremely reliable thanks to the advanced manufacturing process that produces these components.

B39458M1967M100 SAW filters are a popular choice for use in a variety of applications including cellular and satellite communication systems, short-range radio systems, and radar systems. These filters provide excellent performance for their designed application and are highly reliable thanks to their advanced manufacturing process. The filters are also easy to use due to their simple passband response versus frequency curve.

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