Renewable Design for Slip Rings And Brushes - Coaxial Rotary Joints – AOOD Detail:
Coaxial Rotary Joints
Coaxial Rotary joints are needed wherever high frequency signals have to be transmitted between a fixed platform and a second platform in continuous rotation. Typical applications include traditional radar technology for air traffic control or anti-missile defence, medical engineering, V-Sat and SatCom technology as well as TV camera systems or cable drums that allow sensitive cables to be wound up without twisting them, thus increasing their reliability.
AOOD coaxial rotary joints allow signal transmission in the frequency range from DC up to 20 GHz. Single channel , dual channel and multi-channel RF solutions are available. The special benefits of AOOD coaxial rotary joints include their compact design, excellent VSWR and low attenuation loss, low variation of transmission properties during rotation and high crosstalk attenuation between the individual channels over the whole frequency range.
| Model | Number of Channel | Frequency Range | Peak Power | OD x L (mm) |
| HFRJ-118 | 1 | 0 – 18 Ghz | 3.0 kW | 12.7 x 34.5 |
| HFRJ-218 | 2 | 0 – 18 Ghz | 3.0 kW | 31.8 x 52.6 |
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Cooperation
We support our purchasers with ideal high-quality merchandise and significant level company. Becoming the specialist manufacturer in this sector, we now have received loaded practical encounter in producing and managing for Renewable Design for Slip Rings And Brushes - Coaxial Rotary Joints – AOOD, The product will supply to all over the world, such as: Marseille, Armenia, Georgia, We are proud to supply our products and solutions to every costumer all around the world with our flexible, fast efficient services and strictest quality control standard which has always approved and praised by customers.
By Candance from Madras - 2018.12.30 10:21
The company can keep up with the changes in this industry market, product updates fast and the price is cheap, this is our second cooperation, it's good.
By Muriel from Detroit - 2018.11.02 11:11
