94262-310LF

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The 94262-310LF rectangular connector is a type of header used in electrical and electronic systems. It is commonly used in applications where reliable and secure connections are needed. Its design is based on a solid-state header which can handle higher power than conventional headers. The 94262-310LF rectangular connector is typically used in the connected fields of aerospace, military and medical applications.

The 94262-310LF rectangular connector is made up of two parts: the housing and the pin. The housing is made up of an aluminum die-cast shell which provides protection and insulation against electric shock, and a composite plastic cover for further electrical insulation. The pin is made up of tin-plated steel, which provides a stronger connection than the typical brass or nickel-plated steel pin. The overall design is extremely durable, with a lifespan of up to 10 years.

The housing of the 94262-310LF rectangular connector is designed to be universal and can be used with multiple contact systems. These systems provide a variety of contact arrangements, such as vertical, horizontal, angled, surface mount, and through-hole mounting. Some contact systems are even designed for a specific application, such as automotive or telecommunications.

The working principle of the 94262-310LF rectangular connector is simple. When electrical current is applied to the pin, the contact system makes a strong electrical contact, and the current is then distributed to the connected device’s contacts. The connections are held in place by a strong spring force which provides a reliable connection. When the current is applied to the contacts, the contact system is constantly flexing, providing a reliable connection.

The 94262-310LF rectangular connector is a popular choice for various applications due to its strong design and its ability to handle higher power than traditional headers. It is commonly used in applications such as automotive, telecommunications, and medical systems. Its strong design, reliable contacts, and ability to handle higher current make it an excellent choice for any application.

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