6960BP39A0280E

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RF filters are essential to ensure the stability of the communication system, keeping the unwanted frequencies away and allowing the wanted frequencies to pass through. Among a variety of RF filters, the 6960BP39A0280E is characterized with its distinctive application field and working principle.

The application field of 6960BP39A0280E is in RF communication systems, in which it is mainly used as a bandpass filter. With its operating frequency ranging from 2000 MHz to 4000 MHz, this type of filter is useful for Wi-Fi systems operating or most communication systems used in local and wide area networks. It also helps reduce the signal interference from external signals, making the whole communication system much more reliable.

The working principle of 6960BP39A0280E is based on the combination of two resonators, which are designed to have certain specific frequency responses. These two resonators work in tandem to filter out any frequencies that are outside of its operating range. The characteristic frequency response of 6960BP39A0280E is a curve with two fairly steep slopes, which allows it to effectively filter out any frequencies that are either too low or too high.

In addition, the 6960BP39A0280E also offers unusually low noise floor, high power handling capability, and high return loss. This makes it ideal for most communication systems, as it is able to reduce signal interference and improve noise performance, making the whole system much more reliable.

Overall, the 6960BP39A0280E is an ideal choice for most RF communication systems due to its application field and operating principle. It is able to filter out unwanted frequencies while allowing the desired frequencies to pass through, resulting in a more reliable communication system. Along with its low noise floor, high power handling capability, and high return loss, it is an ideal choice for Wi-Fi systems and most communication systems.

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