In defense-grade communication control systems, PCBs are not only carriers for circuit connections but also the critical foundation that determines system stability, anti-interference capability, environmental adaptability, and long-term reliability. For application scenarios such as radar communications,

As modern military electronic equipment continues to evolve toward higher frequency, miniaturization, greater reliability, and complex integration, PCBs are no longer just platforms for carrying electronic components. They have become critical cores that directly affect weapon

Aerospace and satellite platforms impose reliability requirements on PCBs that are far more stringent than those for standard industrial electronic systems. In satellite communication, flight control, navigation systems, and payload processing modules, PCBs must operate continuously

Modern radar systems and Electronic Warfare (EW) equipment are continuously evolving toward higher frequencies, more complex signal processing, and higher levels of integration. In applications such as phased array radar, electronic reconnaissance, and electronic jamming, the