ACPF-7324-TR1 Filters

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RF Filters are used to provide signal selectivity, such as rejection of RF interference or filtering out unwanted signals. The ACPF-7324-TR1 is an example of an RF filter that provides high rejection at 2.4 GHz, as well as good linearity and high stability over the temperature range of -30~+90°C. This makes it an ideal filter for numerous applications.

The ACPF-7324-TR1 application field includes but is not limited to 2.4 GHz wireless communication systems, wireless broadband access point systems, wireless audio/video systems and multi-hop wireless networks. With its wide usage range, this filter is also suitable for other applications like interference suppression and frequency synthesis. It provides excellent linearity within the bandwidth and good antenna matching in a low footprint package.

The ACPF-7324-TR1 works on the principle of selective rejection of unwanted signals. It utilizes a composite filter structure consisting of Distributed Parameter Resonators (DPRs) to provide high rejection, followed by a Microstrip SAW Filter to offer excellent linearity and stability. The DPRs act as a first stage to reject strong nearby signals, while the SAW filter provides additional rejection of narrowband signals around the center frequency.

The filter design allows for low insertion loss and good transition from passband to the stopband with sharp transition edges. In addition, the filter offers a maximum input power of 3 W, making it a reliable choice for high power applications. The filter features a compact size and light weight construction, making it easy to install and maintain.

The ACPF-7324-TR1 is an efficient and reliable RF filter for applications that require high rejection and good linearity over a wide temperature range. With its wide range of applications and superior performance, it is an ideal choice for wireless communication systems and other related applications. This filter offers an effective solution for interference suppression, and helps to improve the efficiency of frequency synthesis.

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