0462071110

Introduction

04620-71110 connectors are rectangular angled headers typically used in the electronics manufacturing industry, and feature a t-shaped design. These connectors feature male or female pinheads which allow them to integrate with a wide variety of devices and circuits, as they can easily be integrated into tight spaces with various configurations. This article discusses the applications, working principles, and structure of 04 620-71110 connectors, commonly referred to as rectangular headers.

Applications of 0462071110 Connectors

04 620-71110 connectors are commonly used in electronic applications for linking semi-conductors, microprocessors, and transistors. Due to their t-shaped design, they are often used in crack proof assemblies as the t-shape prevents the connector from being pulled out of the device. They are also used in flat panel television cables, random access memory (RAM) modules, liquid crystal displays (LCDs), and many other devices.

04 620-71110 connectors are especially popular due to their low cost and easy installation. Compared to other rectangular connectors, 04 620-71110 connectors are simpler in design, and can be integrated into a variety of systems without significant modifications. Additionally, 04 620-71110 connectors are available with different pitch sizes, so that a variety of pin counts can be accommodated. This makes it possible to create a wide variety of circuits from the same connector type.

Working Principles

04 620-71110 connectors feature three major components—an upper and lower contact body, and an insulator. The contact body is typically made from a copper alloy such as phosphor bronze or brass; it consists of a rectangular shaped pin head with two U-shaped channels on the bottom. The U-shaped channels act as guides for the insulator to ensure the pins remain in place when the connector is inserted into the device.

The second component is the insulator; this component prevents the electrical connection from shorting out and protects the pins from damage. This is achieved by inserting a dielectric material between the pins and other electrical components. The insulator is typically made from a flame-retardant material such as polyethylene or polypropylene.

When the connector is inserted into the device, the male pinhead makes contact with the female contact pad, and the electrical circuit is completed. The insulator helps keep the electrical connection stable by preventing shorting and accidental displacement of the pins.

Conclusion

04620-71110 connectors are rectangular, t-shaped connectors used in a variety of electronic applications. The male pinhead design allows the connector to be easily integrated into tight spaces. These connectors are inexpensive, easy to install, and available in a range of pitch sizes to accommodate a wide variety of pin counts. The working principle relies on the contact body and the insulator to create the electrical connection and prevent shorting of the circuit.