BRF Series

multi channel coaxial rotary joints

BRF201-18G

Application: Radar/Antenna
Channel: 2
Frequency Range: DC-18GHz
Working Speed: 50rpm
Connector: 2.92mm-F(50Ω)

BRF202-14.5G

Application: Radar/Antenna
Channel: 2
Frequency Range: 10.7-12.75GHz
Working Speed: 10rpm
Connector: SMA-F(50Ω)

BRF203-4.5G

Application: Radar/Antenna
Channel: 2
Frequency Range: DC-4.5GHz
Working Speed: 30rpm
Connector: SMA-F(50Ω)

BRF204-8G

Application: Radar/Antenna
Channel: 2
Frequency Range: DC-8GHz
Working Speed: 30rpm
Connector: SMA-F(50Ω)

BRF205-18G

Application: Radar/Antenna
Channel: 2
Frequency Range: DC-18GHz
Working Speed: 30rpm
Connector: SMA-F(50Ω)

BRF206-4.5G

Application: Radar/Antenna
Channel: 2
Frequency Range: DC-4.5GHz
Working Speed: 30rpm
Connector: SMA-F(50Ω)

BRF207-4.5G

Application: Radar/Antenna
Channel: 2
Frequency Range: DC-4.5GHz
Working Speed: 30rpm
Connector: SMA-F(50Ω)

BRF208-4.5G

Application: Radar/Antenna
Channel: 2
Frequency Range: DC-4.5GHz
Working Speed: 30rpm
Connector: SMA-F(50Ω)

Coaxial rotary joints and waveguide rotary joints

There are two type of rf rotary joints, Coaxial rotary joints and waveguide rotary joints, which are both used in microwave and RF systems to allow rotation of signals while maintaining the integrity of the transmission line. They are commonly used in applications such as radar systems, satellite communication, and antenna systems. The key features of coaxial rotary joints include low insertion loss, good VSWR (Voltage Standing Wave Ratio), and the ability to transmit high power levels , Coaxial rotary joints are used with coaxial cables, which are easier to handle, have a wider range of available connectors. On the other hand, waveguide rotary joints are used with waveguides, which are better suited for high-power and multi-signal applications but require more precise alignment and are generally more expensive. In summary, coaxial rotary joints are used with coaxial cables and are suitable for single-signal applications, while waveguide rotary joints are used with waveguides and are suitable for high-power and multi-signal applications.

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