09185305924

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Rectangular Connectors, which include Headers, Male Pins, and Female Pins, are commonly used to connect printed circuit boards together. The 09185305924 is a two-row, 40-pin right angle D-type header connector, also known as a right angle male box header or a through hole box header. The 09185305924 features a dual indexing method for allowing accurate mating and optimal signal integrity.

Applications

The 09185305924 has multiple applications in the industrial automation, automotive, medical device, and consumer electronics markets. It can also be used for board-to-board, board-to-device, and wire-to-board or device connections. Examples of applications may include consumer appliances, home entertainment systems, professional audio systems, industrial control systems, and robotics.

Advantages

The 09185305924 offers several advantages compared to other connector types, such as a low insertion force, reliable connections, easy mating and dis-mating, and protection from damage and contaminants. Its dual indexing method allows for accurate and consistent mating. The gold-plated contact surfaces ensure reliable connections every time. Its insulation-displacement contact design reduces assembly time and cost.

Working principle

The 09185305924 is composed of two rows of contacts, each with 20 pins. A male pin is inserted into the terminal end of the connector, which then strikes the gold-plated contacts in the housing. The male pin then connects with the gold-plated contacts in the rear side of the connector. The dual indexing method ensures accurate and consistent mating, while the insulation-displacement contact design ensures reliable connections with lower insertion force.

Conclusion

The 09185305924 is a two-row, 40-pin right angle D-type header connector. It can be used for board-to-board, board-to-device, and wire-to-board or device connections in the industrial automation, automotive, medical device, and consumer electronics markets. It offers many advantages, such as a low insertion force, reliable connections, easy mating and dis-mating, and protection from damage and contaminants. Its working principle is based on dual indexing for accurate and consistent mating, and insulation-displacement contact design for reliable and lower insertion force connections.

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