66226-056LF

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FFC, FPC (Flat Flexible) Connectors are designed to provide contact between two or more printed circuit boards in a compact, low-profile format. The 66226-056LF Connector is designed for use in applications such as automotive, industrial, and consumer electronics. It features Crimp Terminated Pins with Vibration Resistant Construction and a Rounded Shield Contact.

The basic design of the 66226-056LF Connector consists of a die-cast housing, a stamped actuator, and contact pins. The die-cast housing provides mechanical support for the contact pins and makes installation and removal of the connector simple. It is constructed of zinc alloy, and it has a black thermally resistant finish that increases its longevity. The stamped actuator ensures reliable, accurate operation when inserting and removing the connector.

The 66226-056LF Connector uses crimp terminated pins for all contact points. This type of termination method is reliable and cost effective. It also allows for secure connections in environments where vibration may be a concern, as the pins are securely held in place. The contact pins are made from phosphor bronze, providing a good electrical and mechanical connection between the two boards and ensuring maximum signal integrity.

The 66226-056LF Connector has a rounded shield contact design. This design reduces the risk of accidental contact with adjacent pins, greatly improving safety. It also reduces crosstalk between signal lines, thus enhancing signal integrity. The shield contact also aids in the prevention of Electromagnetic Interference (EMI).

The 66226-056LF Connector is an ideal solution for applications requiring a reliable, low profile connection between two printed circuit boards. Its die-cast housing and stamped actuator provide simple installation and removal of the connector, while its crimp terminated pins and rounded shield contact ensure reliable data transfer. Its thermally resistant finish increases its lifespan, while its design reduces the risk of accidental contact and EMI.

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