800-90-026-20-001000

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Rectangular Connectors: Headers, Male Pins are components used in the electrical industry. They provide mechanical, thermal, and electrical connection between two or more electrical components or devices. The code 800-90-026-20-001000 is a type of rectangular connector, hence they are commonly referred to as “headers”. The product code denotes that the header has two rows of pins (90 in total), and is made up of 26 gauge wire. The header is also available in different lengths (e.g., 20m, 30m, and longer).

Headers are typically used for board-to-board or panel-to-panel connections in printed circuit boards (PCBs). In particular, they are used for low-voltage and high-speed applications such as in smartphones, telephones, computers, and other electronic devices. Because of their robust construction, they are also widely used in industrial control applications, power distribution, and communication equipment.

The main components that make up a rectangular connector header are the pins and housing. The pins are made from very strong metal and their tips have a specific shape that allows them to fit into the appropriate slot in the housing. The housing is usually plastic although some may be metal. It is designed to provide an electrical and mechanical barrier between the various components that must be connected for the circuit to work properly.

The working principle of a rectangular connector header is straightforward. The pins are inserted into the housing and then are interconnected with either a wire or some other type of electrical conductor. The resultant connection forms a completely closed connection, which allows electricity to flow through the pins in either direction. These connections are reliable and secure, and can withstand considerable amounts of current without failure.

Rectangular Connectors: Headers, Male Pins are used for various electrical and electronic applications, in different environments. They are especially suited for high-frequency and low-voltage applications, where weight, cost, and durability are essential. Their rugged construction also makes them suitable for industrial and harsh environments. In addition, their ease of installation and reliability also contribute to their widespread use in the electronics industry.

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