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FFC (flat flexible) connectors, also known as FPC (flexible printed circuit) connectors are connectors commonly used in the electronics industry because of their small yet powerful size. Flat flexible cables are two-sided, with contacts on one side and conductive traces on the other. Depending on their use, the contacts can be soldered, welded, or have some form of insulation over them. FPC connectors are among the most reliable and versatile interconnect systems available today.

9050-3007 is one of the most commonly used FFC/FPC connectors. It is designed for use in applications requiring a high degree of reliability. The 9050-3007 connector has a unique design which utilizes two contact points, a torque transmission contact, and a tension contact. This design helps to ensure the longevity and reliability of the connection. The 9050-3007 connector also has an exclusive shield feature that provides excellent EMI/RFI performance as well as superior contact reliability.

The 9050-3007 connector is typically used in computer, consumer electronics, automotive, and industrial applications. Some examples of the types of applications that the 9050-3007 may be used for are: airbag, instrument cluster, cellular phones, PCs, industrial machinery, and LCD TVs. It is also commonly used in communication equipment, networking equipment, and medical systems. The 9050-3007 connector is also used in high-temperature and extreme environment applications.

The 9050-3007 application field and working principle involves a number of components. The first is a general-purpose “tape”, made from a polyester film. It is a flexible, non-conductive material and provides a surface for soldering and welding of the FPC to the contact points. The other connectors, although not present on all FFC/FPC Connectors, are bumpers which provide extra protection for the connectors and strain relief for the flat flex cables.

The “working principle” refers to the actual electrical connections which are made between the components. Once the contacts are soldered or welded to the “tape”, the power and signal pathways can then be established. The 9050-3007 FFC/FPC Connector utilizes a two-contact point design wherein the “torque transmission contact” is responsible for transmitting power and the “tension contact” is responsible for providing mechanical strength. The tension contact, which is usually a soldered or welded point, is used to ensure that the contact will remain solid and secure, even when subject to external forces such as vibration or shock.

The 9050-3007 can also make use of a variety of insulation materials to increase its ability to protect the intricate electronic components from environmental damage. Common insulation materials used include polyimide film, silicone tape, and polytetrafluoroethylene (PTFE) sleeves. The insulation material will envelop the flat flex cable and provide a buffer between the environmental forces and the electronics.

Overall, the 9050-3007 FFC/FPC Connector is a high-performing and reliable interconnect system which is used in a number of applications. It provides a secure and strong connection which is designed to last for a long time. With its specialized shield feature and excellent EMI/RFI performance, the 9050-3007 FFC/FPC Connector is an ideal choice for a variety of applications.

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