4-103186-0-36

Rectangular connectors, or headers, made with male pins are making their way more and more into the commercial and industrial sectors. These connectors are suitable for a wide variety of applications and have great versatility when it comes to installation, manufacturing, and assembly. In this article, we will explore the 4-103186-0-36 rectangular connector and learn about the various application fields it is suitable for, as well as delve into the basic principles of its working.

Description

Mostly used for prototyping and industrial purposes, the 4-103186-0-36 is a rectangular connector with male pins. Extremely customizable, these connectors can be manufactured with various pin sizes, shapes and materials. In addition, its pins can be pole positions – which is the flexibility of having different slot sizes to hold electrical components.

Application Fields

Due to its wide availability and versatility, the 4-103186-0-36 is becoming increasingly popular as a connector for various suppliers. It is particularly useful in industrial environments for automotive components, medical apparatus, PCB boards, as well as lighting fixtures and even battery packs. Other application fields for this type of connector include microelectronics, aviation, consumer electronics, communications, machinery, and robotics.

Working Principle

The working principle of the 4-103186-0-36 is quite simple. The pins of the connector provide the necessary electrical connection between the mating connectors, allowing a high current flow. The secure connection between the two connectors is achieved through two separate locking mechanisms – friction and a positive locking mechanism. Both these methods are important for effective power transfer.

The friction locking method works by using a secure clamping force. It works to hold the terminals of the connectors in place and prevents accidental disengagement. The electrical signals are then transferred accurately, ensuring a reliable connection.

The positive locking mechanism is based on the modular nature of the connectors. This allows the electrical components to be firmly locked in place, preventing them from disengaging. This locking mechanism is also useful for preventing mechanical and electrical interference between mating connectors.

Conclusion

The 4-103186-0-36 rectangular connector is proving to be a great asset for many industrial and commercial applications. Its wide range of features coupled with its versatility ensure that it provides an optimal connection between different components. Its friction and positive locking mechanisms guarantee a secure and reliable connection, providing the desired power transfer and preventing interference or accidental disengagement.