802-40-060-20-001000

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Rectangular Connectors - Headers, Male Pins, 802-40-060-20-001000 Application Field and Working Principle

Rectangular connectors, also known as headers, male pins, are widely used in the field of electromechanical engineering. 802-40-060-20-001000 type is one of the most popular one in the market because of its easy installation, simple handling, and affordable cost. In this article, we\'ll explain 802-40-060-20-001000 type\'s application field and working principle.

Application Field

802-40-060-20-001000 type rectangular connectors, also called headers, male pins are classified in the rectangular connector category. Specifically, they are characterized as having a four row rectangular shape with six positions each. These types of headers are commonly used as low-cost connections for internal and external circuit boards in electronic equipment. Because of their pluggable characteristics, 802-40-060-20-001000 headers are usually found in device housings, on circuit boards, and other similar assemblies.

The pins of this type of rectangular connector can be easily aligned and connected to a mating pin or socket. The 802-40-060-20-001000 type headers are among the most practical, low-cost rectangles connectors available in the market. They are suitable for a wide range of wire-to-board and board-to-board, signal, circuit protection, or power connections. The headers provide quick, reliable, and inexpensive interconnections between multiple-connection points or between a circuit board and a wire harness.

802-40-060-20-001000 type headers are mainly adopted for multiple uses, such as home appliance, electronic digital, automotive electronics, electric power tools, electric mice, speaker remanufacture, cameras, video players, game consoles, communication phones, etc. Among these applications, the most common uses are found in computers and consumer electronic devices, such as in connections for TV tuner cards, computer motherboards, disk drives, and devices.

Working Principle

The 802-40-060-20-001000 type header mainly consists of a pair of rowed conductor pins (see Figure 1). Each conductor pin is constructed with two parts: an insulation sleeve and a conductor terminal. The insulation sleeve is made of plastic, which can effectively prevent the contact failure and potential sparks generated by short circuits.

The conductor terminal is located in the middle of the insulation sleeve. It has a small U-shaped opening at one end. Once the pin is inserted into the mating socket, it can firmly mount the socket by the U-shaped opening. Moreover, the width of the opening is adjustable and this feature makes it easier to connect the socket to the header.

When they are used in an electronic device, the two sets of pins of the 802-40-060-20-001000 type header can be connected with a mating socket to form a complete electrical path. The insulation sleeve can effectively protect two pins from direct electrical contact, thus preventing short circuit or malfunction phenomenon. Moreover, since each conductor terminal can provide a high level of current and voltage capacity, it is capable of supporting the electrical needs of many different kinds of applications.

The 802-40-060-20-001000 type headers are great examples of how low-cost, reliable, and easy-to-use interconnections can be achieved in a variety of products. By implementing the principles discussed here, the headers can be used to build easy, safe, and low-cost connections between components and assemblies.

Conclusion

802-40-060-20-001000 type headers are used in a wide range of applications due to their reliable electrical performance, easy installation, and simple handling. The insulation sleeved conductor pins are also adjustable, further increasing the ease of use associated with the headers. The construction of the pins allows them to maintain a reliable and secure connection when they are mated with other compatible components. By following the principles discussed here, the headers can be used to create a low-cost and reliable electrical connection.

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