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FFC, FPC (Flat Flexible) Connectors 686114148922 are amongst the most commonly used electrical and mechanical components in a variety of applications. Commonly found in consumer electronics, automotive, military, aerospace and medical applications, FFC/FPC connectors are widely accepted as simple, robust, and reliable connection solutions.

FFC/FPC connectors depend on a number of properties to determine their electrical performance, such as the contact force, the amount of contact force generated by the contact spring, and the contact points between the male and female parts. This combination of properties creates an electrical connection that is robust enough to maintain electrical contact under vibration, high temperature and humidity environments.

FFC/FPC connectors have low contact resistance and low insertion force requirements. They also have low creepage and clearance distances, and their small size allows for high density packing in small electronic systems, reducing size and weight. FFC/FPC connectors also provide a range of durability levels, range from several thousand to 10+ million cycles.

FFC/FPC connectors are generally constructed with three parts: the male connector, female connector and the flat flexible cable (FFC). The male connector is typically composed of a base structure, a spring element, and an overmolding. The base structure provides the mechanical stability and the spring element provides the contact force between the components. The overmolding provides the environmental protection to the connection. The female connector typically consists of a shell and two ridges, which hold the flat flexible cable (FFC) in place when the male connector is inserted.

Ease of application is also a significant advantage of FFC/FPC connectors. Housings are designed to securely retain the connector and contact. This allows fast and simple installation, even where component orientation and attractive consideration are key factors. Additionally, FFC/FPC connectors are designed to allow a variety of termination options. This means that they can be soldered, crimped, or welded into place, depending on the application.

Although found in a wide variety of applications and industries, FFC/FPC connectors are primarily used in consumer electronics, especially in mobile phones, digital cameras, PDAs, game consoles and MP3 players. They are also used in automotive, medical, aerospace and other electronic applications where the space and environmental conditions are severe.

Common applications for FPC/FFC connectors include board-to-board, flex-to-board, and flex-to-flex connections. In electrical systems, they are often used to connect circuit boards or other components to a flex print. As they are flexible, they allow for bending and flexing when connected to the mounting surfaces, which is a great advantage in tight spaces. FFC/FPC connectors are designed to be resistant to many environmental conditions: moisture, dirt, oil, and chemicals, and they have high reliability thanks to their design.

FFC/FPC connectors are popular amongst engineers because of their high quality and reliability. They can resist corrosion, flexing, high vibration, high temperatures, and humidity. FFC/FPC connectors offer an optimal combination of both electrical and mechanical qualities, making them suitable for a variety of applications that demand a reliable connection.

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