Research on the application of 1.85 mm rf connector in UAV

UAVs are becoming more and more important for national defense, and the environment that UAVs endure is much harsher, so the requirements for the components used are more stringent, and a large number of dedicated 1.85 mm rf connector are required to meet the needs. This paper introduces the performance requirements of drones for connectors, and details the application distribution and main types of 1.85 mm rf connector in drones: small circular connectors, micro/nano small rectangular connectors, small high-density optical fiber connections connectors, composite lightweight connectors.

The 1.85 mm rf connector is an important basic component that is almost ubiquitous in military application systems such as aviation and aerospace, while aircraft (aircraft) and avionics systems are the largest and most concentrated application areas of military connectors, 1.85 mm rf connector. The rf connector acts as an interconnect for transmitting signals or transmitting power in aircraft and avionics systems. UAV (Unmanned Vehicles, UV) has become more and more important for national defense due to its advantages in intelligence reconnaissance, target capture, target attack, etc., so it has become a weapon and equipment vigorously developed by military powers. Compared with manned aircraft, the degree of intelligence is higher, the technology is more complex, and the working environment is harsher, so it puts forward more stringent requirements for components including 1.85 mm rf connector.

UAV designers must specify high-performance interconnect technology, 1.85 mm rf connector or other rf connectors when evaluating the user's long-term total cost and application environment requirements. These 1.85 mm rf connectors enable drone designers to achieve the following goals: increase operating life, reduce installation and maintenance costs, reduce testing and qualification costs, and improve reliability and safety.