503566-1300 Connectors, Interconnects

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Flat Flexible (FFC) and Flat Printed Circuit (FPC) connectors are widely used for wide of applications in all fields. There are two types of FFC / FPC connectors: five-pin and thirteen-pin.

The five-pin FFC / FPC connector is used in applications requiring a connection to a board-level component with either two duplex connectors or one reverse duplex connector. The reverse duplex FFC / FPC connector is used to connect an I/O approach member to a board-level component such as a global multiplexer or a local switch. This type of connector is capable of significant connections that are used for power and switching applications. The thirteen-pin FFC / FPC connector is used in data communication and data transmission applications where multiple connections need to be made between two or more devices. This type of connector is used in applications requiring the connection of multiple boards through high-speed data communication links.

The 503566-1300 application of FFC / FPC connectors is in an application where an embedded controller based device needs to connect to another control device. The 503566-1300 FFC / FPC connector can be used to make connections between a computer and its related peripheral electronic components. This connector is widely used in industrial control applications such as those used for process monitoring, control, and automation.

The advantage of using FFC / FPC connectors is that they provide reliable electrical connections between printed circuit boards. These connectors also help to reduce both the size and complexity of printed circuit boards, which increases their design flexibility and accuracy. Additionally, these connectors are capable of transmitting high-frequency signals without any significant signal attenuation.

The working principle of a FFC / FPC connector is relatively simple and its components are relatively small and lightweight. A typical FFC / FPC connector consists of a pin assembly and a flat spring assembly, connected to a base or surface mount substrate. The pins are held in place by the pressure exerted by the flat springs, which provide both electrical contact and mechanical stability.

The flat spring assembly is composed of three metal layers: an upper, a lower, and a third intermediate layer. The upper and lower layers are typically composed of metal leaves, while the intermediate layer provides insulation between the layers. A single pin is typically inserted into the cavity provided by the flat spring layers. This pin is secured to one of the metal leaves through pressure exerted by the spring assembly.

When properly inserted into the cavity, the pin is held in place by the compression force of the spring assembly, creating an electrical connection between the pin and the respective metal leaf. This electrical connection allows the FFC / FPC connector to transmit signals between the board-level component and other electronic components. This connection also ensures electrical conductivity between the two respective components, thereby providing reliable, efficient signal transmission.

FFC / FPC connectors are commonly used in a wide range of applications, including data communication, data transmission, industrial control, and power applications. With their small size, lightweight design, and reliable electrical conductivity, FFC / FPC connectors are ideal for applications requiring multiple connections. Additionally, the 503566-1300 FFC / FPC connector is also capable of making reliable electrical connections in applications requiring the connection of multiple boards through high-speed data communication links.

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