JC26-FRRN

Memory connectors have become indispensable components when it comes to connecting devices and systems, whether it be part of a computer or other electronic product. One of the latest designs in this category is the JC26-FRRN, which is a type of PC card socket.

Overview

The JC26-FRRN is a type of PC Card socket that is designed with a handle to make insertion and removal of the card easier. Its design features a low profile form factor that makes it well suited for space constrained designs. It is also equipped with a push/pull locking mechanism that ensures a secure male/female connection.

Applications

The JC26-FRRN is ideal for applications where space is limited, such as notebook computers, handheld devices, and laptops. It is also suitable for use with access control cards, memory cards, and credit cards. Its designed locking mechanism ensures superior protection against accidental disconnection or card ejection.

Construction

The JC26-FRRN is constructed with a handle that allows for easy insertion and removal of the PC Card. The handle also ensures locked engagement when the card is in place. The contact mount is made of copper alloy, while the terminals are made of nickel plated phosphor bronze. The connector is compatible with 3.3V, 5V, and 12V signals.

Working Principle

The working principle of the JC26-FRRN PC Card socket is fairly simple. When a card is inserted into the socket, the terminal on the card gets into direct contact with the terminal on the connector. This creates an electrical connection that allows the card to be powered up or down as required. The locking handle also ensures that the card does not get ejected accidentally.

Conclusion

The JC26-FRRN PC Card socket is an excellent choice for applications that require reliable connections in confined spaces. Its low-profile design and locking mechanism make it ideal for use with various memory cards, access control cards, and credit cards. It is constructed with copper alloy and nickel plated phosphor bronze, ensuring high electrical performance and reliable operation.