52806-1210

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Flat flexible connectors (FFC and FPC) have become increasingly popular as a means of interconnecting printed circuit boards (PCBs) and other electronic components in a wide range of electronic devices. These connectors provide a reliable and cost-effective alternative to traditional ribbon cable interconnections, offering greater flexibility in design, improved noise immunity, reduced board space requirements, and increased reliability. The 52806-1210 FFC connector is specifically designed and manufactured for use in applications where high levels of vibration and shock are present, such as in automotive applications.

This FFC connector features a two-piece construction, comprising an injection molded housing with gold contact pins with tail tabs. The housing is designed to mate with the FFC ribbon cable, while the contacting pins ensure a reliable connection is made between the cable and the mating surface. The housing has six pull-tabs, allowing for easy insertion and easy ergonomic removal of the cable. The contact pins are plated with gold over nickel, offering superior electrical and shock resistant characteristics. Additionally, the housing is electromagnetically shielded to reduce interference and ensure reliable data transmission.

The 52806-1210 FFC connector can be connected directly to printed circuit boards, flex circuits, or other components, providing a reliable interface that can withstand high vibrations and shock levels. The two-piece design also allows for easy installation, allowing for quick and easy assembly in the field. Additionally, the contact pins provide a secure connection, with gold providing superior electrical and shock resistant characteristics.

The working principle of the FFC connector is quite simple. When the connector is correctly mated, the contact pins of the housing will align with the holes or pads of the mating surface. The contact pins will then be inserted into the holes or pads and electrical contact is achieved. Once the pins are inserted, they will form a mechanical interlock with the contact points on the mating surface, ensuring a reliable connection. Additionally, the contact pins are plated with gold to ensure reliable electrical contact and to ensure no voltage loss occurs as the pins pass through the insulation of the mating surface.

In conclusion, the 52806-1210 FFC connector is a reliable and cost-effective solution for applications where high levels of vibration and shock are present. The two-piece construction allows for easy assembly in the field, while the contact pins provide a secure connection that can withstand high levels of vibration and shock. The gold plating of the contact pins also ensures reliable electrical contact and prevents any voltage loss from occurring. In short, the 52806-1210 FFC connector provides a reliable and cost-effective means of interconnecting electronic components, making it ideal for use in a wide range of applications.

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