2450DP15N5500E

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RF diplexers are highly specialized components of RF communication systems, that help in the reception or transmission of signals over the air. They are designed to isolate signals from multiple sources, allowing only selected frequencies to pass through. The 2450DP15N5500E is a classic example of such a diplexer, and is often used in cellular and wireless networks.

The 2450DP15N5500E diplexer is a dual-band device with a pass-band of 2.450 to 2.550 GHz. It is primarily used as an input tapping point for both upstream and downstream data from or to base stations in mobile and wireless communications networks. It can also be used for applications such as multimedia broadcasting, WiMAX, WiFi, and many others. It is designed for use in outdoor environments, where strong interference is present.

The 2450DP15N5500E diplexer works on the principle of band-pass filtering. The device consists of two filters – one associated with the upstream signal and the other associated with the downstream signal. The two filters have varying cutoff frequencies, with the upstream filter having a lower cutoff frequency and the downstream filter having a higher cutoff frequency. This combination allows signals of certain frequencies to pass through, while attenuating signals of other frequencies, resulting in a more efficient transmission link between devices.

The 2450DP15N5500E diplexer is engineered to meet high specification requirements. It features an insertion loss of less than 0.8 dB in both its pass-band and stop-band, which is considerably better than other diplexers. Its return loss is greater than 28 dB, which ensures that signals are not distorted when they pass through the device. Finally, it also has an isolation of more than 30 dB, which ensures that unwanted signals are suppressed effectively.

The 2450DP15N5500E diplexer is an ideal device for applications such as cellular, wireless networks, multimedia broadcasting, and WiMAX. Its excellent specs make it highly suitable for use with radios, base stations and other types of antenna systems in outdoor environments, where strong interference is present. Its key advantages include low insertion loss, high return loss, and high isolation, making it an ideal choice for RF communication systems.

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