926381-01-30-I

926381-01-30-I Application Field and Working Principle

Rectangular connectors - headers, male pins, or simply “male connectors”, are a type of mechanical connection that’s used to transfer electrical signals and/or power. Recent advances in technology have led to the production of high-speed connectors, allowing for better and faster signal transfer rates between different components.

The 926381-01-30-I is a high speed, shielded male connector that is designed to resiliently join two items in the applications of electronic equipment. It offers excellent electrical and mechanical performance, including a full 5GHz frequency range. It has a keyed design to ensure proper mating of the connectors to each other and help guide the assembly/disassembly process.

The 926381-01-30-I is used primarily in applications such as aviation, transportation and off-road vehicles, medical devices, phone systems and infrastructure. It is also used in ruggedized or harsh environments for Telecom and networking equipment.

The basic working principle of the 926381-01-30-I is simple. It consists of two halves, an male and a female, that can be connected via a pin or contact blade structure. The male part of the connector contains pins that make contact with the female part of the connector, which contains slots and is usually referred to as the receptacle. When the two parts of the connector are connected together, an electric current is allowed to flow between the pins and slots of the connector.

The 926381-01-30-I offers several advantages over other similar products, including improved mechanical stability and reliability. It has a low insertion loss and its design makes it easier to use and install. It is also RoHS compliant, and is able to withstand high temperatures.

Overall, the 926381-01-30-I is a versatile and reliable connector for many applications. Not only does it provide a solid interface, but also offers unmatched electrical performance. This makes it an ideal choice for any industrial or commercial application.