B39252B4332P810

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SAW filters are components used to isolate unwanted signals and are used in radio frequency applications. The B39252B4332P810 is a surface acoustic wave (SAW) filter used for communication and broadcast systems. The B39252B4332P810 is designed to meet stringent technical specifications for high-performance applications.

The B39252B4332P810 SAW filter is a high-performance filter that uses thin sheets of piezoelectric material as its core. It works by receiving an RF signal, which then vibrates the thin sheet of piezoelectric material. The vibration creates an acoustic wave that is then amplified and filtered. This filtered signal is then output as a cleaner, more efficient signal.

The B39252B4332P810 offers wide band operation in the VHF, UHF and SHF frequency ranges. The high out-of-band rejection of this SAW filter allows it to can provide significant signal isolation in systems that require precise filtering in order to operate correctly. This filter also has excellent temperature & aging stability, making it an excellent choice for wide-band communications systems. Additionally, its low group-delay variation allows the filter to be used in TDMA, CDMA, and other narrowband mobile radio systems.

The B39252B4332P810 SAW filter is widely used in various fields such as automotive, aerospace, military, test and measurement, and others. In the automotive industry, SAW filters are used to reject interfering signals from various other automobile modules in order to ensure reliable communication between them. In the aerospace industry , SAW filters are used for GPS navigation and UAV guidance systems, while in the military sector, they are used in the design of high-end communication and surveillance equipment. The filter is also used in test and measurement systems for the accurate measurement and control of signals.

The B39252B4332P810 SAW filter offers a reliable and cost-effective solution for signal processing and noise reduction applications. It provides high out-of-band rejection, excellent temperature and aging stability, and low group-delay variation, making it ideal for a wide variety of radio frequency applications.

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