D6PE1G960P3BP-Z

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RF Diplexers are a class of components made up of filters, isolators, and circulators that are used to divide high-frequency signals into two distinct paths or channels, often referred to as the low-pass channel and the high-pass channel. They are used in applications such as satellite communications systems, military base stations, and aircraft navigation systems. D6PE1G960P3BP-Z is a type of RF Diplexer designed to be used in intermediate frequency (IF) systems with an operating frequency range of 8GHz to 12GHz. The D6PE1G960P3BP-Z is a three port diplexer with one common port, and two output ports, one for the high pass filter and the other for the low pass filter.

The D6PE1G960P3BP-Z is a highly efficient and reliable device, capable of handling high power inputs and providing low insertion loss. It features a low VSWR and high isolation, as well as a high-frequency stability. The device can be used in a variety of applications, including satellite communications systems, military base stations, and aircraft navigation systems. The device is also suitable for cellular base stations, microwave networks, and CATV systems.

In terms of its working principle, the D6PE1G960P3BP-Z is designed to divide the high-frequency signal into two distinct paths or channels. The first is the low-pass filter, which filters out any frequencies lower than its cutoff frequency. The second is the high-pass filter, which filters out any frequencies higher than its cutoff frequency. The common port is used to connect to the signal source and the two output ports are used to connect to the two separate channels.

The D6PE1G960P3BP-Z is a highly efficient and reliable component, capable of handling high power inputs and providing low insertion loss. It features a low VSWR, high isolation, and high frequency stability, making the device suitable for a variety of applications. The device is also suitable for applications such as satellite communications systems, military base stations, and aircraft navigation systems.

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