DCCE37STFO

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D-Subminiature (often abbreviated D-sub) or D-shaped connectors are highly versatile connectors that are widely used in the electronics industry. Specifically, the DCCE37STFO is a type of D-sub connector and is typically used for applications where high-reliability, dependability, and pin-density are needed. The DCCE37STFO offers a variety of features, including multiple housing options, color-coded retaining clips, and a locking device for secure mating and un-mating. It is available in ten shell sizes, allowing it to be used for a vast range of applications that require dense pin counts.

When compared to other types of connectors, such as the min-YY series, the DCCE37STFO connector offers superior performance due to its features and construction. Some of its features include the ability to withstand higher voltages and extreme temperatures, which is ideal for a wide range of applications, and its superior connective properties. Additionally, the range of sizes available further enhances this connector\'s capability for use in countless applications.

The DCCE37STFO housing is specifically designed to meet the needs of applications such as communication, power, medical, consumer electronics, and military systems. These housings are typically manufactured from polyethene or thermoplastic material, and the contacts can be made from either copper or aluminium. The cables used for the DCCE37STFO are available in an array of sizes and configurations, including all-in-one, half-in-one and split-leg styles, and the contacts are made from brass or stainless steel alloys.

The working principle of the DCCE37STFO connector is relatively simple. The design includes a three-piece rectangular connector with two shells enclosing two rows of contact pins. Each contact pin is composed of a male and female contact on either side of the connector and there is a pitch between adjacent contacts and a shell that runs the length of the connector. The contacts are adhered to the shells by a variety of methods, including thermally-bonded layers, pad printing patterns and hot-dipped seals.

The current flow path begins at the male contact, travels through the contact pin and then into the female contact. From there, it is routed through the shell and out the shield, ensuring complete electrical connectivity and protection from the environment and other electrical signals. Further, the contact pins are designed to be able to withstand large amounts of signal strength, which is necessary for applications that require high-speed data transmission. As a result, the DCCE37STFO is ideal for use in a variety of electrical and electronic systems, including those that require high-speed data communication.

Finally, the DCCE37STFO connector is designed to be easy to install, use, and maintain. Additionally, its design means that it can be used in a wide range of applications, since it has been tested to meet all current standards. For example, the connector has a maximum insertion force of 5.5kg due to its four-point locking mechanism. Further, the connector housing is designed to be corrosion-resistant and its contacts can be easily replaced. As a result, the DCCE37STFO is well suited for a variety of applications and is often chosen when high-reliability, dependability, and high pin-density are needed.

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