2450BP18C100DE

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RF filters are an important component in any wireless communications system, and the 2450BP18C100DE Model is a great example of a high-performance filter. It is designed to provide superior rejection across a wide range of wireless frequency bands and utilizes a passive, monolithic construction for improved electrical performance.

The 2450BP18C100DE Model is a low-cost, high-performance filter that is suitable for a variety of applications, including base station, mobile phone, and point-to-point communication systems. The filter is designed to attenuate unwanted signals while allowing useful signals to pass, thus improving overall signal quality. The 2450BP18C100DE Model has a bandwidth of 18 MHz–100 MHz and is qualified for operation across a wide variety of wireless frequency bands, ranging from 1800 MHz to 3800 MHz.

The 2450BP18C100DE Model achieves superior signal rejection by utilizing a combination of surface acoustic wave (SAW) and folded acoustic wave (FAW) filters. The combination of these two filter types results in higher passband selectivity and superior out-of-band rejection. The 2450BP18C100DE Model utilizes a combination of low insertion loss and high attenuation at out-of-band frequencies to reduce interference from unexpected spectral components.

The 2450BP18C100DE Model is ideal for controlling signals within cellular communication base stations. It is designed to work in harmony with other base station components, including amplifiers, attenuators, and signal splitters, to provide optimal signal quality and performance. Additionally, the 2450BP18C100DE Model can be used to improve signal quality in mobile phone and point-to-point communication systems by providing superior suppression of unwanted signals.

In summary, the 2450BP18C100DE Model is an ideal choice for applications requiring high-performance RF filters. Its combination of low insertion loss and wide attenuation range makes it well suited for a variety of communication systems. It is also an excellent choice for controlling signals in cellular communication base stations, as it is designed to work in harmony with other base station components to provide optimal signal quality and performance.

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