68685-249LF

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Rectangular Connectors - Headers, Receptacles, Female Sockets encompass many forms of electronic connectors used as interconnecting devices in a wide variety of electrical and electronic applications. One of these items is the 68685-249LF. In this article we will discuss the application field and working principle of this device.

68685-249LF is an 8-position vertical surface-mount box header. With a 0.100 (2.54 mm) centerline spacing, this header has a plastic housing with two rows of four pins each. The pitch is such that it is compatible with a variety of mounted components, making it suitable for multiple applications. This device is thermally engineered, allowing for an optimal combination of temperature and connection. It is well suited for applications where efficient utilization of space is critical, like those found in industrial, commercial, and computer systems.

The 68685-249LF offers a number of advantages over other headers and receptacles. Its low-profile design provides an optimized profile for use with flat cable connectors. This not only reduces space requirements, but also simplifies installation and reduces assembly costs. It also comes with built-in strain relief, allowing for improved signal integrity and reliable connection. Additionally, its unique design allows for excellent signal integrity even when connecting components with different mating heights.

The working principle of the 68685-249LF is quite simple. It uses two rows of four pins connected by a flat cable connector. The pins are designed to provide a secure connection between components. As the connector is inserted, the pins slide in place, providing a snug fit and ensuring secure contact. The signal integrity is enhanced due to the low profile design and built-in strain relief.

In conclusion, the 68685-249LF is an 8-position vertical surface-mount box header, with a 0.100 (2.54 mm) centerline spacing. It has a thermally engineered design for optimal temperature and connection, and low-profile design for optimized space efficiency. Additionally, it has built-in strain relief for improved signal integrity. Its working principle is straightforward. It uses two rows of four pins connected by a flat cable connector, which are designed to provide secure contact and reliable signal integrity.

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