15-47-4113

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Flat Flexible (FFC) and Flat Printed Circuit (FPC) connectors are widely used in various industries due to their compact size, light weight, high flexibility and convenience. The 15-47-4113 application field and working principle are some of the most important considerations when choosing the right FFC/FPC connector for a given application.

FFC/FPC connectors typically consist of two mating halves: a male connector and a female receptacle. A wide variety of contact arrangements are available, from simple pre-contacted connectors, designed for quick mating of the halves, to multi-pin designs suited for complex electronic systems. The most common contact types used in FFC/FPC connectors are pin-in-plug (PIP) contacts, which mate together like a plug-in interface, and soldered contacts, which provide reliable connection for more complex applications. PIP contact arrangements are available with a variety of pin counts, contact profiles, and contact forces allowing for a wide range of applications.

The working principles of the 15-47-4113 FFC/FPC connector are based on two main concepts. The first is the “tab” or “clamp” principle, which describes the manner in which the male half of the connector mates with the female half. This principle requires the male’s contacts to be continuously in contact with the female’s contacts, providing a secure and reliable connection. The second is the “slide-in” principle which is commonly used in the miniaturization of connectors. This principle utilizes a flexible and durable plastic film conductor, which slides into the male’s contacts to provide a reliable electrical connection.

The 15-47-4113 FFC/FPC connectors feature a wide variety of practical applications, such as in the computer industry, in consumer electronics, in digital writing and imaging applications, and in contactless card readers. The wide range of contact arrangements and contact forces offered by these connectors allows for a wide range of applications, from high power systems to thin ribbons of flat circuits, making them ideal for a diverse range of industries and applications.

The 15-47-4113 FFC/FPC connectors are also extremely robust, capable of sustaining and receiving impacts, vibration and shock. The reliable connection provided by the connectors allows for secure signal transmission and data transmission in situations where the connectors’ surroundings may be subject to mechanical changes, such as vibration or shock. The contacts of the connectors can also be customized according to the specific requirements of the application when necessary, making these connectors highly versatile and dependable.

The 15-47-4113 FFC/FPC connectors are easy to install and typically require minimal maintenance. These advantages, combined with their high-performance capabilities, make these connectors a great choice for a variety of applications in industries such as consumer electronics, automation, robotics, and medical device design.

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