0009485154

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Rectangular connectors, sometimes referred to simply as “headers”, are one of the oldest forms of connectors used in both residential and commercial electronic equipment. Modern rectangular connectors come in innumerable varieties and types, often incorporating contact materials like gold, silver, tin-plated stainless steel, heat-treated zinc alloy, or a combination of metals for superior durability and conductivity. For example, the relatively common Type N (0009485154) connectors are one type of rectangular connectors that follows the familiar rectangular shape, typically with Male and Female ends.

Application

Rectangular connectors, particularly the Type N connectors, are popularly used in residential and commercial electrical appliances like audio-video receivers, record players, and power supplies. This type of connector is also regularly used to build interconnections between power-generating equipment, such as wind turbines, and the alternating current (AC) power lines that transfer the energy.

Furthermore, Type N connectors are popularly used in industrial and medical applications. For example, they are incorporated into medical diagnostic imaging equipment like MRI scanners and X-ray machines. Additionally, Type N connectors are popular in the telecommunications industry, with their widespread use in equipment such as microwave radio antenna systems and cellular base stations.

Design

The Type N (0009485154) connector typically consists of two parts – the Male Header and the Female Socket. A Male Header is a rectangular-shaped component with a rectangular array of pins that match the corresponding Female Socket. The Female Socket, on the other hand, includes a rectangular array of metal contacts. The rectangular shape of the connector is a base design standard that allows for easy assembly and connection.

The connectivity between the Male Header and the Female Socket is usually established by lining up the pins of the Male Header onto the contacts of the Female Socket and then pushing the two together. This is usually done with the help of small clips on either side of the connector that assist in securing the connection within the desired area.

Material

The Type N (0009485154) connector is usually constructed from durable yet cost-effective materials. Commonly used materials and alloys include gold, silver, tin-plated stainless steel, and heat-treated zinc alloy, which each offer superior durability and excellent electrical conductivity. Additionally, the contact surfaces of the connector are usually treated with a protective coating that helps to prevent oxidation while minimizing electrical noise.

Working Principle

The working principle of the Type N connector is simple. When the Male Header and the Female Socket are lined up, an electrical current passes through the contact points of the two components, thus establishing an electrical connection between them. The current flows freely through the metal contacts, without any losses due to resistance, until the connection is broken.

In addition to their simple mechanism, Type N (0009485154) connectors offer superior electrical performance even when exposed to harsh environmental conditions. This is due to the fact that they are resistant to moisture, dust, and corrosion, which makes them suitable for use in wet, dry, and hazardous areas.

Conclusion

Rectangular connectors, particularly the Type N connectors, offer numerous advantages such as durability, cost-effectiveness, and superior electrical performance. The Type N connector is especially popularly used in residential and commercial applications, as well as in industrial and medical settings. It is also a widely used connector in the telecommunications industry. The working principle of the connector is simple – an electrical connection is established when the pins of the Male Header are lined up with the contacts of the Female Socket. The contact materials used are often gold, silver, tin-plated stainless steel, and heat-treated zinc alloy, for superior durability and conductivity.

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