399-10-114-10-009000

Rectangular connectors, and more specifically Headers, Male Pins, represent a core technology field in the electronics industry, with a combination of design elements to fit different needs. The 399-10-114-10-009000 application field exemplifies such as technologies, through its design. In this article, we\'ll discuss the general design features of this product and its working principle.

Design Features

The 399-10-114-10-009000 application field is a rectangular connector that is used for data transmission, power supplies, and signal routing. It consists of two-piece parts, with a header and pin connected at a right angle. The header is a flat metal component that is typically placed on the PCB that contains pins to be connected to a mating header. The header is connected to the pin through a series of solder pads, which are two metal pads located underneath the header.

The pin is a metal cylinder with parallel slots that connect the external system to the PCB. The pin has two types of contact points - the first type is a socket with two or more pins, while the second type is a receptacle with a groove on the bottom to make connection to the header. The pin is designed to fit into a matching hole on the mating header. This helps to ensure the correct electrical contact between the header and the pin in order to provide protection against EMI (electromagnetic interference).

The 399-10-114-10-009000 application field also includes a variety of pin materials and shapes that can be used to meet specific requirements. These pins are typically constructed from copper, aluminum, and stainless steel. However, other metals may also be used. The pins come in various forms, including a straight pin, a "U" shaped pin, and a "L" shaped pin. All of these shapes provide different abilities when it comes to achieving various connection requirements. The pins also come in different sizes, with pins ranging in height from 1mm to 10mm.

Working Principle

The 399-10-114-10-009000 application field works according to the electric field theory. When a voltage is applied to the pins, an electric field is created which transfers electrical charge from the pins to the header. This causes a flow of current to occur, including in and out of the header depending on the voltage set. The voltage can then be adjusted to increase or decrease the amount of current that is passing through the device.

The header is also responsible for providing electrical isolation between the pin and the PCB. This is done by having a dielectric material between the two. This dielectric helps to ensure that the pin can conduct electricity without being affected by external electrical sources.

The working principle of the 399-10-114-10-009000 application field is fairly simple. By connecting two pieces together, and then providing both an electric field and an electrical isolation between them, it is able to provide the necessary connection between the two components.

Conclusion

The 399-10-114-10-009000 application field is a vital part of technology that is found in many different types of applications in the electronics industry. It consists of a header and a pin that are connected at a right angle, and a variety of pin materials and shapes that can be used to meet specific needs. It operates according to the electric field theory, providing an electric field between the pins and the header while also providing electrical isolation.