RF Circulators

The RC-AMAJJJ-0080-0200-01 is a circulator offering a forward and reverse power rating of 50 Watts at an operational frequency band of 0.8 to 2 GHz. This coaxial part uses SMA female connectors on all ports and has a minimum of 13 dB of isolation. ZOMWAVE offers a wide array of circulators to meet your specific requirements. These unique devices enable two signals to travel in opposite directions along a single channel. A classic application is at the antenna-transceiver interface: signal flow follows a clockwise path from the antenna (Port 1) to the receiver (Port 2), and then from the transmitter (Port 3) back to the antenna (Port 1). By terminating one port with a matched load, the circulator can also function as an isolator. These components are suitable for radar transmit/receive modules, amplifier systems, and any scenario that requires isolation from signal reflections or bidirectional communication over a shared line. Our circulators deliver excellent performance with low insertion loss, high isolation, and proven reliability.

The RC-AMAJJJ-0069-0100-01 is a high power circulator offering a forward and reverse power rating of 100 Watts at an operational frequency band of 690 to 1000 MHz. This coaxial part uses SMA female connectors on all ports and has a minimum of 16 dB of isolation. ZOMWAVE offers a wide array of circulators to meet your specific requirements. These unique devices enable two signals to travel in opposite directions along a single channel. A classic application is at the antenna-transceiver interface: signal flow follows a clockwise path from the antenna (Port 1) to the receiver (Port 2), and then from the transmitter (Port 3) back to the antenna (Port 1). By terminating one port with a matched load, the circulator can also function as an isolator. These components are suitable for radar transmit/receive modules, amplifier systems, and any scenario that requires isolation from signal reflections or bidirectional communication over a shared line. Our circulators deliver excellent performance with low insertion loss, high isolation, and proven reliability.