FH12-10(4)SA-1SH(1)(98)

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Flat Flexible Connectors (FFCs) are a type of electrical connector that is designed for high density signal and power connections. It is a compact and flexible alternative to the more rigid, bulky connectors in use today. They are often used in high-speed digital applications for laptops, tablet computers, mobile phones, and other consumer electronic devices.

The FH12-10(4)SA-1SH(1)(98) connector is a type of FFC connector that uses two flat flexible strips of conductive material, typically stainless steel, that are curved in an arrangement to form a conductive interface. The ends of the strips are terminated with two contact points, one on each strip, that make electrical contact with the opposing terminals on the mating connector. These connectors are designed for low-voltage and low-current applications, with the typical working voltage range being between 0.6V and 4.0V.

The main advantages of FH12-10(4)SA-1SH(1)(98) connectors are their small size and flexibility. These features make them ideal for use in applications where space is at a premium, such as laptop computers or mobile phones. The flexibility of the FFC also enables them to be connected and disconnected easily without the need for soldering. This makes them especially useful in repairing damaged electrical connections. Additionally, FH12-10(4)SA-1SH(1)(98) connectors can also be used in applications where high-speed data transmission is required.

FH12-10(4)SA-1SH(1)(98) connectors are also easy to assemble, with minimal tools required. The two strips are simply folded at right angles and pressed together until the contact points touch. This allows them to be quickly and easily snapped into place without needing a soldering iron or other specialized tools. Additionally, the two strips are self-lubricating, so no additional lubricant is needed.

The FH12-10(4)SA-1SH(1)(98) connector is a common choice for a variety of applications, including communications equipment, power control, automotive electronic systems, consumer electronics, and medical imaging. Its small size and flexibility makes it an ideal solution for high-density signal and power connections in these and other applications.

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