N3440-6203RB

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Rectangular connectors serve as valuable tools in providing connection ports between electrical components on platforms such as industrial, medical, and automotive systems. They are used in a variety of applications, and are available in various sizes to accommodate different sizes of electrical components. One of the most common rectangular connectors is the N3440-6203RB, which is specifically designed for providing electrical power in tighter spaces. This article will discuss the application field and working principle of the N3440-6203RB, helping to illustrate why this connector is a popular choice in many applications.

Application Field of the N3440-6203RB

The N3440-6203RB is typically used in tight spaces with limited accessibility, as it is smaller than many other connectors. This makes it particularly attractive for applications such as robotics, which often require smaller connectors due to limited space restrictions. Additionally, the N3440-6203RB is able to provide increased current flow thanks to its small design, and has been approved for use in 400 Hz and other hostile environments. As a result, it is ideal for use in industrial, medical, and automotive systems, as well as for applications in computer systems, communication systems, and defense systems.

Working Principle of the N3440-6203RB

The N3440-6203RB features a two-piece design, composed of a connector housing and pins. The housing is made of a durable material, often polyamide, and provides space for the pins. The pins, on the other hand, are made of a softer material, such as copper, and are designed to make contact with an electronic component. When the two components are connected, a small electrical current is generated. This current is then used to provide power to the connected component.

The N3440-6203RB also features a locking mechanism to ensure the connectors stay securely in place. This locking mechanism is created by adding a small tab to the side of the connector housing, which locks into a groove on the side of the pins. Once the tab is engaged, it ensures the connector remains securely in place and prevents any accidental disconnection.

Conclusion

The N3440-6203RB connector is an ideal choice for applications in tight spaces and those requiring increased current flow. It is approved for use in a variety of environments, and has become a popular choice for industrial, medical, and automotive systems. Additionally, the two-piece design and locking mechanism of the N3440-6203RB ensure a secure connection and reliable power delivery, making it an invaluable tool in many applications.

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