1-2041322-6

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FFC, FPC (Flat Flexible) Connectors

Flat flexible connectors (also known as flat flexible cables, FFC\'s) are common components used in small electronic devices such as smart phones, routers and digital cameras. FPCAs (or flexible printed circuit assemblies) use a thin layer of plastic, copper foil and solder mask to create short electrical pathways between two components. They are relatively inexpensive to produce and can be flexed multiple times without damage. The number of conductors in an FFC can range from just 2 all the way up to 40 depending on the type.

1-2041322-6 Application Field and Working Principle

A 1-2041322-6 FFC is a small one-row flexible flat cable with 6 conductors contained in an extremely thin polyimide insulation. It is used primarily in medical imaging and sensing applications. The thin polyimide insulation allows this type of connector to flex and bend repeatedly without breaking down. The metal conductors are insulated from each other and from anything outside the cable. The ends of the cable are secured onto the input/output terminals of the device.

When an electrical current is passed through the FFC, a copper-on-dielectric dielectric effect is generated which conducts the current from a source to a load. This dielectric effect allows the FFC to be in constant contact with both the input and output terminals without having to be soldered in place. This makes installation and removal of the FFC easy, as well as providing an extremely low profile connection.

Because of their thin, flexible nature, FFCs are used in many applications which involve confined spaces or where access to components may be limited. For example, medical imaging scanners often need to be accessed from the inside and FFCs are used to connect the components without making expensive cuts or modifications. Similarly, FFCs are often used to connect components in robotic applications where space is limited.

FFCs have become increasingly popular in recent years due to their easy installation, low profile, and high reliability. They are also becoming more common in automotive applications due to their heat resistant insulation which helps them survive in high temperature environments. In addition to these uses, FFCs are also used in military applications such as avionics, missiles and aircraft due to their lightweight, flexible and quiet operation.

FFC connectors are a reliable and cost-effective solution for many electronic connection requirements, including medical and automotive applications. With their high reliability and low profile, they are an ideal choice for many applications.

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