10236-55F3VC

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D-Shaped Connectors - Centronics encompass a wide range of electronics connectors, with the 10236-55F3VC representing a commonly used type. This particular connector is employed in a variety of applications due to its small size, large amount of pins, and overall cost-effectiveness. Depending upon its configuration, the 10236-55F3VC is typically used for Ethernet and data communications, including MIL-STD-1553 applications.

The 10236-55F3VC is a plastic-housed, solderable connector that features 56 pins, arranged in a circular pattern. It has dual break-out vias and is rated for up to 10,000 mating cycles. The connector is IP67 weatherproof and is suitable for both commercial and military applications. Its small size and increased pin count offer a level of flexibility that more traditional connectors lack.

From a working standpoint, the 10236-55F3VC comprises two separate halves - a male and a female. The pins on one side are designed to be soldered onto the back of a printed circuit board (PCB), while the pins on the opposing side form an interface with a plug or socket. When making the connection, the pins align and make contact with each other, allowing an electrical connection to be made between the PCB and the plug or socket.

Aside from Ethernet and MIL-STD-1553 applications, the 10236-55F3VC is also used in a variety of other data and control systems, such as automotive, networking, and audio-visual equipment. It is highly reliable and is often used in applications where a consistent connection is required. Due to its rugged construction, the 10236-55F3VC is also resistant to shock and vibration, resulting in a longer life span than traditional connectors.

In conclusion, the 10236-55F3VC is an integral type of connector within the D-Shaped Connectors - Centronics family and is used across a diversity of applications. Its dual break-out vias, weatherproof housing, and rugged construction make it ideal for a variety of communication scenarios and it boasts an impressive lifespan even when used in the toughest conditions.

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