68691-216HLF

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Rectangular connectors, which include headers, male pins, and the like, are versatile components used in a wide variety of applications. The 68691-216HLF rectangular header is popular in many electrical and electronic applications.

The 68691-216HLF is a two-row 4-pin header, with the mating pin in both rows presented at right angles to the row. The compliant pin is medium-bodied with a standard pin spacing of 2.54mm between pins. As such, this product is suitable for applications requiring reliable, low-power electrical connections in devices like circuit boards, motherboards, and so on.

The 68691-216HLF is constructed of UL-94V-0 plastic and tin-plated steel to provide reliable operation in a variety of environments. It provides a high-temperature (up to 150°C), low-power (18AAC) connection, making it suitable for use in automotive, telecom, computer, and consumer electronics applications. The contacts have an insulation resistance of 1,000MΩ, which provides additional reliability for sensitive signals.

The 68691-216HLF header features two locating pins to aid in installation. The locating pins ensure proper alignment between mating components. The header also includes a pair of posts along each side which can be used for strain relief, which helps increase the life and reliability of the connection. The posts also provide a convenient way to secure the header to the board.

The 68691-216HLF header can be used with a variety of termination techniques. It is suitable for solderless connections using IDC (Insulation Displacement Connectors) or screw termination. It can also be soldered or crimped directly to a wire. This makes it a versatile product with a wide range of uses.

In summary, the 68691-216HLF header is a versatile, low-power, reliable product suitable for a wide variety of applications. It is constructed of high-quality materials to provide reliable operation. Its two locating pins and strain relief posts ensure proper alignment and increased durability. The header can be terminated using a variety of techniques, making it suitable for many applications.

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