B39182B4235H910

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SAW filters, also called surface acoustic wave (SAW) filters, are electronic components used in wireless communication that aid in frequency selecting. One such component is the B39182B4235H910. This particular SAW filter is designed specifically for mobile phone applications.

The B39182B4235H910 has a center frequency of 871.5 MHz and a bandwidth of 35 MHz. This frequency range is ideal for 2G wireless technology such as GSM and CDMA. The filter also boasts a high degree of linearity, which makes it an ideal choice for base stations and cellular infrastructure. It is also low power, making it suitable for use in battery-powered mobile devices.

The way a SAW filter works is by using delay lines to separate and filter out unwanted frequencies. This is accomplished by taking an electrical signal and converting it into a mechanical wave. This wave is then combined with the original electrical signal to select only the frequencies that are close to the desired center frequency. The combined signal is then converted back into an electrical signal, leaving only the frequencies that are close to the center frequency.

The B39182B4235H910 is constructed of three main parts: a receiving antenna, an FM-SAW resonator and an isolator. The receiving antenna receives the signal signals and converts it into the mechanical wave. The FM-SAW resonator is then used to manipulate the wave by combining it with the original signal. Finally, the isolator is used to ensure that only frequencies close to the center frequency are allowed to pass. This process ensures that the overall signal is of a higher quality and more stable.

The B39182B4235H910 is an ideal choice for mobile phones and other 2G wireless applications. Its low-power, high linearity and wide center frequency range make it an excellent choice for low-cost and reliable communication solutions. Its three-part construction offers excellent frequency selectivity and stability, making it an ideal choice for base stations and cellular infrastructure.

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