2450BP39D100CE Filters

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RF Filters

2450BP39D100CE application field and working principle

The 2450BP39D100CE filter is a high performance DC-pass(Low Pass) filter that has a wide range of applications in the received-signal frequency band. This filter is particularly suitable for interference suppression in dual-band handset receivers and advanced spread-spectrum communications systems. 2450BP39D100CE filtering can achieve up to 40 dB of stop-band attenuation, providing very low undesired response throughout its bandpass frequency range.

The 2450BP39D100CE filter is designed to be used for general purpose RF applications. It is capable of providing excellent filtering performance in the range up to 3 GHz. As such, it is an ideal choice for a wide range of radio-frequency applications, from spectrum mask compliance to high-power broadcast use, as well as high dynamic range transceiver.

The wide-bandwidth 2450BP39D100CE filter includes three pass-band selectivity stages that are designed to achieve very flat pass-band characteristics. This ensures that noise and spurious responses are greatly minimized. The filter also includes a low-noise amplifier to boost signal levels, which allows for better performance when using higher frequencies.

The 2450BP39D100CE is based on a grid-array topology, which is achieved through the use of crossed-pair series filter structures. This topology yields a much narrower passband and more precise pass-band characteristics when compared to other filter topologies. Additionally, the grid-array topology has significantly less components required in its design, meaning that its cost-effectiveness, in terms of price and size, is more attractive than other RF-filting solutions.

The 2450BP39D100CE filter is capable of rejecting spurious signals within its range that are either higher, lower, or at the same frequency as the natural frequency at which the filter is tuned. Its ability to provide excellent responses to the incoming signals is due to its excellent filtering characteristics, such that all unwanted signals are eliminated without affecting the desired signals. This filter is designed to operate up to a maximum frequency bandwidth of 3 GHz with a maximum pass-band insertion loss of 0. 6 dB. It can also achieve a maximum stop-band attenuation of 40 dB.

The working principle of the 2450BP39D100CE filter is based on the principle of inductive-capacitive filtering. This means that passive LC components are used to form resonant circuits, which is then used to filter out unwanted signals. This type of filtering is usually done in order to reduce interference from adjacent frequency bands or to achieve a specific frequency range.

The 2450BP39D100CE filter is an excellent choice for a wide range of radio-frequency applications. It provides an effective filtering solution that is capable of rejecting unwanted signals without increasing the insertion loss of the desired signals. Its grid-array topology ensures superior performance with a very low cost. This makes it a great choice for various RF-related tasks.

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