PZC16SFEN

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The PZC16SFEN rectangular connector is a popular part of the Headers, Male Pins connector family. It is a high-density, low-profile board-to-board connector designed for high-speed data transfer between a printed circuit board (PCB) and a die. Widely used with applications like cell phones, industrial equipment, medical devices, and consumer electronics.

The PZC16SFEN rectangular connector features a 17.5mm pitch size, allowing for a denser and smaller form factor. Its contact system uses twin offset contact points which provide secure contact with an increased heat capacity. The signal contacts have gold plating for increased durability and resistance to oxidation, while the power contacts feature tin for excellent resistance to soldering processes. The modular design of the connector allows for both vertical and right-angle mating.

On the external side, the PZC16SFEN has an extended mounting flange for added strength, which makes it a reliable interconnect for rugged applications that require bend resistance. It also features double center guides to ensure accurate mating during insertion and removal. The wall mounting option can be easily activated by reversing the latch.

In terms of its working principle, the PZC16SFEN utilizes a secure, robust spring contact system. When plugging in the connector, two offset contact points on either side of the connector press into the contacts on the board, providing a firm, secure connection. The contact points contact the pads on the board, creating a low resistance connection. The force from the contact points keeps the connector in place and provides secure electrical contact.

The PZC16SFEN rectangular connector is a versatile and reliable interconnect perfect for a wide range of applications. While its robust contact system and extended mounting flange provide reliable connections and durability, its small form factor and modular design make it an ideal solution for high-density applications. Moreover, its double center guides ensure accurate mating during insertion and removal.

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