90500-3014

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Flat Flexible (FPC) Connectors, also known as FFC (Flat Flexible Cable) connectors, are designed for use in electronic equipment and devices. They provide fast, error-free connections between printed circuit boards, wires, and cables. FFC connectors use thin, flat, flexible cables to make a secure connection. This type of connector has become increasingly popular in recent years due to its low cost, flexibility, and ease of assembly.

The 90500-3014 application field and working principle are commonly used for the connection of flexible flat cable (FFC) to a variety of components and devices. The connector consists of a base with two rows of four flat contact pins, which are held in place by a “snap-in” locking system. The base includes a pair of metal clips, which are used to hold the loose ends of the FFC cable in place.

The FFC connector works by pressing the associated cable into the connector and clamping it into place. This is accomplished by either pushing the cable directly into the connector or using a special tool to then expand it. The expansion of the connector will then force the cable to lock in place. In order to ensure the connection is secure, the contacts should be connected with enough force to allow the cable to make contact with each of the four contact pins. If the connection is too loose, it may cause intermittent or poor signal transmission.

In addition to connections between printed circuit boards, FFC connectors can also be used to connect other components such as switches, sensors, LEDs, and displays. They are also used to connect a variety of cables such as power, coaxial, USB, and HDMI. These connectors are made of durable materials such as polyurethane, PVC, and PTFE and are designed to withstand a variety of conditions and environmental factors.

FFC connectors are designed for easy and convenient assembly and installation. They are commonly used in automotive, consumer electronics, industrial, medical, telecommunications, and other applications. The 90500-3014 application field and working principle can help provide simple and cost-effective solutions for a variety of applications.

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