Good quality Custom Slip Rings - Waveguide Rotary Joints – AOOD Detail:
Waveguide Rotary Joints
Waveguide rotary joints allow the microwave transmission from a stationary platform to a 360˚ rotating rectangular waveguide, the highest frequency up to 94Ghz. They can handle greater power and have less attenuation than coaxial rotary joints, especially after exceeding a certain frequency, the two advantages of waveguide rotary joints are very obvious. AOOD provides single channel waveguide units and combination of waveguide and coaxial units. These units can be used with electrical slip rings to provide waveguide, coaxial power and data transmission together. Typical applications include radar, satellite and mobile antenna systems etc.
| Model | Number of Channel | Frequency Range | Peak Power | OD x L (mm) |
| ADSR-RW01 | 1 | 13.75 – 14.5 GHz | 5.0 kW | 46 x 64 |
| ADSR-1W141R2 | 2 | 0 – 14 Ghz | 10.0 kW | 29 x 84.13 |
Product detail pictures:
Related Product Guide:
Cooperation
We often persist with the theory Quality To start with, Prestige Supreme. We are fully committed to delivering our clientele with competitively priced good quality items, prompt delivery and experienced support for Good quality Custom Slip Rings - Waveguide Rotary Joints – AOOD, The product will supply to all over the world, such as: Puerto Rico, San Francisco, azerbaijan, With a fully integrated operation system, our company has won a good fame for our high quality products, reasonable prices and good services. Meanwhile, we have established a strict quality management system conducted in material incoming, processing and delivery. Abiding by the principle of Credit first and customer supremacy, we sincerely welcome clients from home and abroad to cooperate with us and advance together to create a brilliant future.
By Matthew from Colombia - 2018.02.21 12:14
The factory technical staff not only have high level of technology, their English level is also very good, this is a great help to technology communication.
By Tina from Monaco - 2018.12.10 19:03
