As a key interface component on the device side, the structural material of the Type-C female socket not only affects mechanical strength and environmental resistance but also directly impacts the integrity of high-frequency signals.
During the manufacturing process, it is necessary to strictly control the process parameters such as injection molding, stamping, and welding to ensure the uniformity of the filling of insulating materials and the structural integrity.
In fields with extremely high reliability requirements, such as industrial automation, marine equipment, medical devices, outdoor communications, and even high-end instrumentation, electronic connectors are not only channels for signals and power but also
The anti-condensation design of the stainless steel shell type C female socket needs to be integrated throughout the entire process, including material selection, structural sealing, temperature and humidity control, installation specifications, and adapt
Impedance matching design for a Type-C male connector needs to be integrated throughout the entire process, including material selection, structural design, simulation optimization, termination technology, manufacturing process, and environmental adaptabi
Optimizing the high-frequency performance of a stainless steel housing Type-C male connector requires consideration of the entire process, including design, materials, manufacturing, and testing.
