HLW12R-2C7LF

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FFC (Flat Flexible) Connectors are an increasingly popular type of connection found in various electronic devices ranging from smartphones to televisions and computers. The HLW12R-2C7LF is a FFC connector specifically designed for high-density, small-sized applications in industrial, automotive, and medical applications.

FFC connectors consist of a flat flexible cable made of ribbon-like strips of metal or conductive plastic. The cables are designed to be flexible, and the HLW12R-2C7LF is no exception to this. It is perfect for environments where space is restricted and flexibility is key, such as cable harnesses in automobiles. It is also optimal for mobile and industrial applications in which there is frequent twisting and bending of the cable.

The HLW12R-2C7LF has a pitch of 0.5 mm, which is suitable for components requiring a high density of connections. It also features two rows of pins that are 12 mm in length and 7mm wide. The maximum rated temperature for this connector is 75°C, and the contact resistance is 5 mΩ max. Additionally, it has a small form factor that ensures it does not take up too much space.

The working principle of the HLW12R-2C7LF is relatively simple. It uses what is known as a ‘mechanical interposer’. This is basically a small plastic sleeve that aligns the two halves of the connector when they are brought together. This is then secured by an external locking mechanism, such as screws, to ensure the connection is secure.

The HLW12R-2C7LF also uses contact spacing to ensure that the connection is reliable. This is the distance between the two halves of the connector, and it is typically 0.8 mm. This ensures that the two sides of the connector do not lose contact when they are subjected to mechanical stress. This helps to extend the life of the connector and ensure that the connection remains reliable.

The HLW12R-2C7LF’s FFC technology is perfect for applications in high-density, small-sized systems such as those used in medical, automotive, and industrial applications. Its small form factor, contact spacing, mechanical interposer, and locking mechanism all ensure that it is reliable and secure. This makes it an excellent choice for any application that requires high-density and small-sized connections.

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