66527-505LF

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Headers, receptacles, and female sockets are part of an integral group of devices that are widely used in a variety of records and illustrations. The 66527-505LF is a dense stacking header designed with a space-saving 0.2” pitch form factor, making it a popular choice for designers that need to take up as little space as possible. This device is useful in data communications, industrial automation, consumer applications, and healthcare applications, to name a few.

The size of this rectangular connector is such that it is ideal for applications requiring a dense footprint, while the electrical specifications are optimized to ensure a reliable connection. The 66527-505LF utilizes a two-piece header construction, energy-saving contacts, and the well-known industry-standard Molex Termini mated system. It is also designed with a low profile stacked header compatible with a 0.2" (5.08mm) row spacing.

The 66527-505LF works by providing a connection between two devices that have complimentarily shaped mating connectors. Generally speaking, such connectors, known as polarized connectors, will generally have polarizing features or other latching features that keep the devices interconnected, while still permitting the connectors to be separated by a slight amount of force.

More specific to the mechanics of the 66527-505LF, it utilizes a board mounted, two-piece, interlocking header design. The contact system is composed of compliant pin contacts, press-fit pins, and surface-mounted contacts which are all part of the Molex termini mated system. During operation, the pin contacts are securely inserted into the socket’s contact channels, and are held in place when the headers are mated to form a reliable connection.

Overall, the 66527-505LF is a versatile, two-piece interlocking header that serves as a reliable and dependable connection for many different types of applications, due to its efficient form factor and versatile electrical specifications. Ultimately, it is a highly recommended product and one that should be taken into consideration for projects requiring a dense footprint.

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