10028542-002LF

10028542-002LF Application Field and Working Principle

10028542-002LF (hereby referred to as "the Connector") is a simple but highly reliable pluggable connector developed for use in interconnection of power/data transmission equipment. Its versatile design, compact size and excellent electrical performance make it an ideal solution for devices requiring high-speed, wideband signal circuits.

The Connector consists of a circuit board positioned between two conductors, forming a circuit sandwich, which, when an electrical current passes, generates an electromagnetic field. This creates a strong connection between the two conductors, in combination with the thermal resistance of the board, ensuring a reliable connection. As both the conductors and the board are made of the same material, it makes sure that the current is evenly distributed over the entire surface of the board, providing a better stability and robustness to the device.

The Connector is usually composed of three parts: the contacts, cable, and insulation. It uses two contact elements to conduct electric current and provides contact with the required external device. The cable attaches the contacts to the external device, thus providing the physical connection. The insulation ensures that the electrical connection is always secure against any possible short-circuiting.

In terms of performance, the Connector is capable of high-speed data transfer, with up to 12Gbps throughput, whilst simultaneously being capable of carrying up to 6 Amps of power current. This makes the Connector suitable for applications such as high-end Audio/Video systems, or in any system which requires reliable, high-speed data/power transmission.

In summary, the 10028542-002LF is a highly reliable, compact and versatile pluggable connector which offers excellent electrical performance and is suitable for high-speed, wideband signal circuits. It is a great choice for applications which require reliable power/data transfer and its compact size makes it an ideal solution for devices with limited space.