90500-3010

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Flat Flexible Connectors (FFC/FPC) are a type of connector widely used in both industrial and consumer applications. They are used to connect wiring and electrical components, and are composed of two flexible flat surfaces which are crimped together at one end to form a single, flexible connector. A Flat Flexible Connecter has two main components; a flex cable which is a flexible circuit board, and a header, which holds the connection point.

The 90500-3010 FFC connector is a double-row, right angle, 0.050" pitch connector. It’s a two-piece style connector, with a ribbon cable crimped onto the header. This FFC connector is typically used in tight spaces or in applications that have space constraints, as the cables and headers are low profile. It also works with both standard and high current applications, and is designed with a highly reliable push-pull mating mechanism that offers an audible and tactile click for secure connections.

When it comes to applications, 90500-3010 FFC connectors are used in a variety of industries, ranging from automotive, industrial, medical, and consumer applications, to name a few. In the automotive industry, for example, FFC connectors are used in airbag systems, body electronics, navigation systems, lighting systems and CAN-bus/LIN-bus networks. In industrial applications, FFC connectors are used in printers, robots, and machinery. FFC connectors are also used in medical equipment and consumer electronics, including cell phones, laptops, cameras, and other consumer products. Depending on the application, FFC connectors can be wired differently and used in both COTs and custom harnesses.

When it comes to working principle, FFC connectors are simple but efficient. The FFC cable consists of closely spaced conductors, which travel between two flat pads or into an array of tails (pins) on the header. It is designed to reduce interference and allow data or electrical signal transmission over a very fine pitch distance. As mentioned previously, a secure connection is ensured via a push-pull mating mechanism. This mechanism requires the connector to be inserted at an angle, then rotated into the header for a secure connection. This connection offers both an audible “click” and tactile feedback, providing a reliable and secure connection.

In conclusion, the 90500-3010 FFC connector is a versatile and reliable connector, commonly used in a variety of applications. Its low profile design, coupled with its secure connection mechanism, makes it the preferred choice for many industries. When used in a correctly sized application, FFC connectors can offer reliable data transmission with high current support, as well as interference and noise protection. This makes it an ideal choice for both industrial and consumer applications.

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