51760-10104401AALF

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Backplane connectors are typically used in electronic equipment where multiple circuit boards are connected together in a one to one or point to point connection. 51760-10104401AALF is one such specialized type of backplane connector. It has unique characteristics that make it suitable for specific applications.

Originally manufactured by Tyco Electronics, the 51760-10104401AALF is a backplane connector with 120 pins. Its easy handling allows the board design to be more compact, thereby reducing assembly times and increasing production efficiency. It is also able to support high speed digital signal frequencies, and its push-pull self latching design allows for a secure connection without the need for any hardware.

The main application field of the 51760-10104401AALF backplane connector is in the telecom industry, where its high speed digital signaling drives data transfers between boards quickly and reliably. This type of connector is also commonly used in computer systems and network infrastructure. Other specialized applications for 51760-10104401AALF backplane connectors also include automotive, medical, aerospace, and defense industries.

The basic working principle of the 51760-10104401AALF backplane connector is as follows. The connector has 120 pin contacts divided into 15 ‘Quadrants’, each containing 8 pins. These pins are pressed against the Printed Circuit Board (PCB) to make contact between them. Pins are then pushed into the individual board assemblies to ensure a reliable and secure connection. The connector’s plunger-actuator mechanism ensures that the pressure is maintained on the pins, ensuring a reliable and secure connection.

The 51760-10104401AALF backplane connector is a specialized connector designed for specific applications which require a high speed digital transmission of data between circuits. It is designed with a self-latching mechanism and is able to handle high frequency levels, making it suitable for the telecommunications industry in particular. Furthermore, its small form factor reduces assembly time and increases production efficiency for the manufacturer. As such, it is an ideal choice for specialized applications where reliability and performance are critical.

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