Rectangular Connectors - Headers, Receptacles, Female Sockets

76342-410LF is a precision terminal from a rectangular connector. Rectangular connectors are specifically designed to allow secure connections between two or more circuits. This is largely due to the design of the connectors which consists of terminals equipped with metal tails that connect to a board. It can be placed on a motherboard and used for several circuits.

Application Field

The 76342-410LF are typically used in systems that have multiple input pathways or ports. These circuits often need to be precisely connected in order to ensure that the flow of power is not disrupted or compromised. This precision terminal is perfect for this because of its secure connection. It is mainly used in applications that require a high level of accuracy such as in medical equipment, lab equipment, military systems, and network equipment.

Working Principle

The 76342-410LF connector works on a principle of induced voltage. This means that when there is a change in current on one side of the connection, it generates an external voltage which is equal to the voltage on the other side of the connection. This allows for accurate and efficient transfer of power. The internal parts of the connector are housed in a shell. This is usually an injection molded plastic which is resistant to abrasion and corrosion.

The connector also contains an impedance matching circuit which ensures precise and efficient current transfer. This is done through impedance matching which ensures the current is distributed evenly. The design of the connector is also meant to ensure a secure connection that will not be disrupted by external influences. The terminals on the connector are typically gold plated and contact rated for extreme temperatures.

Conclusion

The 76342-410LF is an effective and high quality precision terminal for rectangular connectors. It is particularly useful in applications that require a high level of accuracy such as medical equipment, lab equipment, military systems, and network equipment. It utilizes a principle of induced voltage to ensure efficient current transfer. The connector also has an impedance matching circuit and gold plated terminals for added protection.