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FFC and FPC (Flat Flexible) Connectors are electrical connectors which are widely used in different applications and are used to connect multiple electrical circuits to each other, making them a vital component of any electronic or electrical system. These connectors are also known as "zero insertion force (ZIF)" connectors, which means that the pressure applied to the terminals of the connector is equal to zero in order to make a secure connection.

The 0781191188 FFC, FPC Connectors are designed to fit a wide range of applications such as electronic test and measurement, automatic material inspection, assembly process control, automation systems, robotics, and many more. These connectors come in different sizes, shapes, and configurations, in order to meet different needs and requirements of the customers. With this type of connector, the pins are held together against a strong contact force created by the electrical current. It is also possible to change the contact resistance by adjusting the contact force, making this type of connector ideal for high speed applications.

In terms of working principle, FFC and FPC Connectors work by creating an electrical connection between two separate electrical circuits. The electrical connection is made by inserting the pins of the connector into a socket and pressing down on the pins. This causes the pins to become electrically connected to each other and to the socket. The contact force created by the electrical current is applied between the pins and the socket, which allows the pins to maintain their connection without much effect from the resistance of the material of the connector.

FFC and FPC Connectors also have a number of other advantages over traditional wire-based connectors. These connectors are lighter and more compact than the traditional type, which makes them ideal for applications which require a high degree of precision and accuracy. They are also cheaper than traditional wire-based connectors which makes them more cost effective for larger applications. Additionally, the contacts of the connectors are not subjected to mechanical forces or corrosion, so they last longer than traditional connectors.

Finally, because of their compact design and low profile, FFC and FPC Connectors are widely used in automotive, aerospace, and marine applications. These connectors are capable of operating in extreme temperatures and environments, which makes them ideal for high-end and demanding applications such as aircraft instrumentation and automotive wiring harnesses. Additionally, these connectors are also used in computers, mobile phones, sensors, and networking systems, making them extremely versatile and invaluable in the modern electronics industry.

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