D6HK1G960DK12-Z

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RF Diplexers are electrical filters that allow two or more frequencies to be separated and filtered simultaneously. The D6HK1G960DK12-Z RF Diplexer is a typical example of this kind of device.

The D6HK1G960DK12-Z RF Diplexer is designed to have multiple operating frequencies between 0.6GHz and 1.9GHz. It is a bandpass filter, meaning that the frequency response exhibits a strong frequency-selective response. In other words, it passes through a band of frequencies and attenuates signals outside of this band. This is done by combining two filter circuits with identical design principles and parameters, ensuring that the two circuits form a complementary response. As a result, both passbands overlap, forming one wide passband.

The primary application field of the D6HK1G960DK12-Z RF Diplexer is cellular communication systems. It is often used in base stations, antennas, or as a splitting device between a radio or cellular tower and a receiver. This allows an antenna system to be configured to receive multiple frequency ranges in the same bandwidth without interference. In addition, it has been proven to be highly reliable when applied to satellite communication systems.

In order to operate, the D6HK1G960DK12-Z RF Diplexer utilizes lumped element lattice filters. The signal is split into two paths. One port is connected to the filter input while the other is connected to the filter output. The input signal is then divided into two separate signals, one with a higher frequency and one with a lower frequency. The lower frequency signal is filtered and sent to the lower frequency port, while the higher frequency signal is filtered and sent to the higher frequency port.

As a result, the D6HK1G960DK12-Z RF Diplexer is able to cover multiple applications across various frequency ranges. With its low insertion loss and high isolation, it is an ideal solution for applications ranging from cellular networks to satellite communication systems. Its wide frequency range makes it versatile enough to cover most frequencies and its high reliability and excellent return loss ensure that it can be used in the most demanding applications.

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