The anti-electromagnetic interference capability of the display LVDS wiring harness comes first from its strict shielding structure design.
The anti-electromagnetic interference capability of the display LVDS wiring harness comes first from its strict shielding structure design.
Ensuring a reliable connection between the Fabrik connector board end and the printed circuit board (PCB) is crucial for efficient high-frequency RF signal transmission.
The new energy high voltage two-core through-hole connector plays a vital role in the development of smart grids with its excellent electrical characteristics, strong adaptability and wide range of application scenarios.
As the "blood vessels" of power transmission in energy storage systems, the new energy storage wiring harness's anti-seismic and anti-wear performance is directly related to the stability and service life of the system.
In high-voltage electrical equipment such as new energy vehicles, energy storage systems and smart grids, the new energy high voltage two-core through-hole connector, as a key power transmission component
The wiring and bundling methods of the new energy storage wiring harness will affect its mechanical properties and anti-interference capabilities.