69168-210HLF

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The 69168-210HLF is a rectangular connector of the headers male pins variety, and is suitable for use in a wide range of applications. The connector has two rows of contacts, which have a 0.1 inch pitch and are compatible with most standard headers.

The 69168-210HLF is designed with two rows of four contacts each. The contacts in the two rows are connected to each other in a particular manner that is referred to as the interdigitated configuration. This configuration helps to maintain a low profile, making the connector well suited to use in high density assemblies. Additionally, this configuration also ensures a minimum electrical resistance, enabling reliable electrical connections.

Due to its size and small number of pins, the 69168-210HLF is suitable for use in a variety of applications, including the automotive, audio, video, telecom, and computer industries. The connector is designed to be mounted onto a printed circuit board, or PC board, using a through-holes-mounting assisted contact. This ensures a secure connection between the connector and the circuit board.

The 69168-210HLF is designed with a double cross-lock principle, which helps to ensure a secure and reliable electrical connection. The connector is also designed with an additional insulation and vibration resistant feature that makes it suitable for use in environments where shock and vibrations are present.

The main purpose of the 69168-210HLF is to enable strong mechanical and electrical connections. Mechanical connections are made to the PC board by using locking lugs, while electrical connections are made by inserting the protruding male pins into the appropriate female connector.

In summary, the 69168-210HLF is a versatile rectangular connector that is suitable for use in a variety of applications. Its interdigitated configuration ensures a low profile, and its double cross-lock principle ensures secure electrical connections. Additionally, its additional insulation and vibration resistant features make the connector suitable for use in environments with shock and vibration.

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