B39202B5064U410

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Surface Acoustic Wave (SAW) Filters are sophisticated electronic components that are designed to limit or shape an electrical signal\'s frequency contents. They employ surface acoustic waves which are generated on a piezoelectric substrate by the interaction between an electromechanical transducer and an interdigital transducer (IDT).

The specific B39202B5064U410 model is a type of SAW filter that is particularly useful in applications where extremely tight frequency selectivity and sharp skirts are required. The SAW filter is designed to pass signals between 30 and 1000 MHz, with a bandwidth narrower than 2 percent of the center frequency at its peak response.

The working principle of the B39202B5064U410 is based on the fundamentals of SAW operation. SAW filters are designed to only allow signals whose frequencies fall within their intended passband to pass through by generating an acoustic wave on a piezoelectric substrate. This wave is generated by the combination of an electromechanical transducer and an interdigital transducer (IDT).

The transducers used in the B39202B5064U410 are placed on the filter surface with a specific spacing and orientation. This arrangement helps to create the surface acoustic wave, which spread along the surface of the substrate over a certain distance. When a signal, whose frequency corresponds to the resonance frequency of the SAW filter, calls upon the filter, it is allowed to pass through the filter. On the other hand, if the frequency of the signal lies outside the filter\'s passband, it will be filtered out.

The B39202B5064U410 is used in a wide range of devices including military radios, cellular base stations, and satellite systems. It is also suitable for use in broadcast systems, where it is used for up-converting the signal or creating another signal. Furthermore, it can also be used in laboratory and medical instrumentation where it provides filtering of high-frequency signals in order to reduce interference.

The B39202B5064U410 is an effective solution for many applications due to its superior performance. It is designed to have low insertion loss, low out-of-band rejections, and a wide temperature range of -55°C to +105°C. Additionally, it offers wide band hopping, low insertion phase shift, and fast settling time. It also has high-spurious rejection, wide passband, and temperature compensation.

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