67095-008LF

67095-008LF rectangular connectors, also known as headers and male pins, are one of the most commonly used connectors in the electrical industry. The 67095-008LF connectors are multi-conductor, typically 5-position with white body and male pins. They are used as a connection between circuit boards, computer components, or for logic-level and power applications.

The 67095-008LF is designed for use in standard 2.54mm (0.1") pitch applications. It features a three-row, 5-position header with left-angled, smooth-finished contacts. It offers the same type of design as the traditional DIN 41612 rectangular connectors. The pins are able to fit into the connector according to the prescribed order; this ensures proper mating and signal integrity.

The design of the 67095-008LF header provides reliable and durable connections. This is possible with the strong, resilient gold plating of the pins, which can withstand a wide range of operating conditions. They are also suitable in applications where high pin density is needed. The header’s space-saving design allows it to fit in tight areas and its plastic housing offers excellent strain relief.

The working principle of the 67095-008LF connector is quite simple. The female pins are inserted into a respective female connector which is typically mounted on a printed circuit board. The male pins then fit tightly into the female connector, providing a reliable connection. It is also possible to use the header in reverse polarity; merely reversing the orientation of the pins. This is useful in applications where a reverse polarity is required and necessary.

In conclusion, the 67095-008LF is a highly versatile, reliable rectangular connector which can be used in a variety of applications. Its simple, space-saving design and robust gold plating make it an ideal choice for applications where high pin density and reliable connections are needed. By using the reversible polarity feature, it is also possible to make use of the connector in applications requiring reverse polarity.