Waveguide Multiplexers RF Microwave Millimeter Wave Radio Frequency

1. High Q value and low loss: The waveguide diplexer has a high Q value, which means its insertion loss is small and it can efficiently transmit microwave signals.
2. High isolation: The RF diplexer can achieve high isolation between transmission and reception, usually up to 55dB or even higher. This high isolation can effectively prevent the transmission signal from interfering with the reception signal, thereby ensuring the normal operation of the communication system.
3. High power capacity: Waveguide structures (such as rectangular or circular metal waveguides) are usually made of highly conductive metals (such as aluminum, copper), with low loss and high power processing capabilities, suitable for high-power scenarios (such as radar, satellite communication).
4. High stability: The metal waveguide structure has high mechanical strength and good temperature stability, making it suitable for harsh environments such as aerospace and military equipment.

The waveguide duplexer, with its advantages of high power, low loss, and high isolation, is a core component in fields such as radar, satellite communication, and high-power broadcasting, especially suitable for scenarios with strict performance requirements and less volume limitations. Its disadvantage is high design and processing complexity, but it cannot be replaced in high-frequency and high-power applications.