1757824-5

D-Sub, D-Shaped Connectors - Housings are used in a variety of applications. 1757824-5 is a part of this family of connectors and is designed for high-speed signal applications. This connector is most commonly used in the automotive industry, where vehicles require high-speed, high-reliability connections.

The 1757824-5 connector is a D-shaped housing that is typically fitted between two mating connectors or on a printed circuit board. It features two rows of pins, each with 9-pin, 15-pin, or 25-pin configurations, depending on the size and style of the connector. It is designed with a convenient, secure connection for simplified wiring and features protection from electrical noise and EMI. The latch system employed is strong and secure while also allowing for quick, easy release. Additionally, because of its integral insulators, the 1757824-5 protects exposed pin contacts from shock and vibration.

The 1757824-5 works by allowing data to pass at high speeds across the connection. This allows for the transfer of large amounts of data, making it ideal for applications in audio, video, multimedia, and telecommunication systems. Additionally, its high-speed capability, and the fact that it is RoHS compatible, makes it well-suited for harsh environments. The 1757824-5 connector is also compact and has a low profile, making it well-suited for use in tight spaces.

The 1757824-5 connector is constructed using a variety of materials, depending on its use and application. Tin plating of the contacts is available in degrees of thickness, altering their resistance to corrosion and other damage. While most of the pins are constructed of brass, some are also constructed of copper alloy. Additionally, its insulators are designed to be heat and oxidation resistant, minimizing the risk of material degradation.

The 1757824-5 is a reliable, cost-effective, and versatile connector, ideal for high-speed applications. Its low profile, secure latch system, and flexible design make it well-suited for use in the automotive industry, but it can also be employed in a number of other environments. Its strong EMI protection ensures reliable data transmission, while its corrosion and oxidation-resistant construction ensures it will stand up to the rigors of its environment.