52435-2391

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Flat flexible connectors (FFC) and flat printed connectors (FPC) are rapidly growing in popularity, as they offer a high-density, low-profile alternative to their traditional bulky connectors. The 52435-2391 series is a great example of this technology, offering the same reliability at a fraction of the size.

FFC/FPC connectors are comprised of a PET base film, copper conductors, and a polyester overlay. Generally, there are two types of base films used in FFCs: single-ply and double-ply. The single-ply type is designed for low-speed data transmission, such as USBs, while the double-ply type is used in more complex applications, such as for parallel data transfers.

The 52435-2391 series of FFC/FPC features a double-ply polyester PET film with low resistance solid copper conductors. The PET film can withstand temperatures of up to -40°C or +80 °C, while the copper conductors offer a wide bandwidth of up to 400MHz. The connectors are highly rugged, with each individual contact having a minimum of 5000 mating cycles.

Additionally, the 52435-2391 FFC/FPC connectors boast a pitch of 0.4mm, the tightest available in its class. This allows for extremely high-density applications, allowing for lower overall cost and reduced complexity. The connectors are further augmented with a pin-lock structure that ensures a secure connection.

The 52435-2391 FFC/FPC connectors are ideal for a wide variety of applications. They are most commonly used on carrier boards, base boards, and display boards. They are also widely used in the automotive industry for applications such as infotainment systems.

The 52435-2391 FFC/FPC connectors have a great working principle, combining reliability and ease of use with high-density and low profiles. The copper conductors and PET film are highly durable and offer a wide temperature range and bandwidth. Additionally, the connectors boast a 0.4mm pitch, allowing for increased density in even the most complex applications. All of these features come together to create a connector that is ideal for many different types of applications.

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