PCC36SFAN

The PCC36SFAN Headers, Male Pins Rectangular Connectors are a type of high-precision, cost-effective electric connector for surface mounting on printed circuit board assemblies. Unlike traditional pin-style connectors, these connectors come with a 1.2mm distance between contact points that allows for easier handling when installing or disconnecting cables. The wide variety of available pins and sockets enable the connectors to fit the exact specifications for virtually any type of application.

The PCC36SFAN is the most common form of the lockable version of the PCC36SFAN family. It offers a small form factor and is well suited for high-density applications. The PCC36SFAN Headers, Male Pins Rectangular Connector is designed to prevent unintended disconnections or misalignments of the pins and sockets by utilizing a keyed locking system. The keyed pins provide a high degree of reliability and integrity while the pins and sockets are securely held in place by the metal components of the locking system, ensuring that the connection is robust and reliable.

The PCC36SFAN Rectangular Connectors are designed with high-speed communication applications in mind. The connectors allow for signal integrity, high-speed transmission, and data integrity. The contact force is maintained by the metal body of the connector and the contact points are gold-plated to prevent corrosion and ensure high-quality data transmission. The connectors are also designed with a latching mechanism that reduces the amount of effort needed to disconnect the connector.

The PCC36SFAN Headers, Male Pins Rectangular Connectors offer a simple and reliable connection solution for a wide variety of applications. They are both durable and lightweight, making them ideal for high-density applications. The metal components of the connectors are designed to withstand heavy-duty use and the keyed locking system ensures a secure connection that is not only reliable but also tamper-proof. The wide variety of pins and sockets available with the PCC36SFAN provide the flexibility needed to meet the exacting requirements of virtually any application.