Application of slip ring of shipborne radar antenna

The slip ring of shipborne radar antenna requires high frequency , It can synthesize precision slip ring with high-frequency slip ring , To meet different environmental requirements .

Slip ring is the link of radar signal transmission , Its working condition is related to the normal operation of radar . Because the antenna needs to rotate freely 360 degree , The slip ring can make use of the sliding or rolling contact of the conductive parts 、 Electrostatic coupling or electromagnetic coupling , The electric signal and energy are transmitted between the rotating part and the stationary part of the antenna base .

Slip ring is the core component of radar antenna , It can rotate continuously while supplying power and transmitting signals , Make the radar antenna achieve positioning 、 signal communication 、 scout 、 Surveillance and other purposes . Mo Fulong MT Series through-hole slip ring combines high frequency and optical fiber slip ring to form a precision hybrid slip ring , It can transmit more than at the same time 500MHZ-50GHZ The signal of . The diameter of the through hole is 12.7 Mm to 210 Mm , Strong anti electromagnetic interference ability , Long-term 360 Rotation requires no maintenance , Strong resistance to high and low temperatures , stay -40 degree ~ 70 Degrees work normally .

The technical advantages of mofuron technology shipborne radar antenna slip ring ：

· The main gas-liquid pipeline is designed to pass through or rotate the motor shaft ;

· Adopt advanced precious metal cluster brush type multi-point contact , Ensure reliable contact under extremely low friction ;

· The diameter of the through hole is from 12.7 Mm to 210 mm ;

· Stock standardized products ;

· Gold plated ring alloy brush ( gold-plated );

· Support hybrid transmission of signal and power ;

· The circuit number can be customized according to the standard model 、 Current and voltage ;

· Various hollow shaft conductive slip rings can be customized 、 Through hole slip ring .