2132721-1

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Backplane Connectors, also known as circuit board connectors, are a specialized type of electrical interface. They are used to join or link different printed circuit boards together and are very versatile in their applications. The 2132721-1 is a popular choice among backplane connectors and its working principle and application field will be discussed in greater detail below.

The main purpose of the 2132721-1 backplane connector is to provide a reliable and secure connection between multiple electrical components on a printed circuit board. The connector functions by using a pin and socket type contact system. Each contact, typically made up of a male and female pair, is mated together to form a single electrical connection. The rated current of the connector ranges from 2A to 8A, and the rated voltage varies from 150VAC to 500VAC, making it perfectly suitable for most industrial applications.

With respect to its application field, the 2132721-1 backplane connector is typically used to provide power, control, and signal connection between multiple electronic components. The connector is most commonly used in the automotive and aerospace industry, as well as in the medical field. Its strong, vibration-resistant design permits it to be robust in industrial applications with varying conditions. Furthermore, the connector is capable of supporting multiple frequencies and provides a high-quality and reliable connection.

In addition to its application field, it is important to understand the working principle of the 2132721-1 backplane connector. The connection is typically made with a pin and socket type contact system. The contact points are made out of brass or other metals, making them capable of withstanding significant amounts of wear and tear. The contact points are also corrosion-resistant, providing a long-lasting, reliable electrical connection. For improved durability, a plastic coating is applied to the contact points, preventing them from being exposed to the elements.

The working of the 2132721-1 backplane connector is based on electrical principles. The contacts are designed to have sufficient current-carrying capacity and appropriate levels of dielectric strength. The design allows for the current to travel through the contact points without ever coming into contact with the actual board itself. This prevents dangerous arc and flashover from occurring, which could cause catastrophic failure of the electrical components.

In addition to its electrical properties, the 2132721-1 backplane connector also has mechanical characteristics that should be taken into consideration. The contact points are designed to have a low insertion/withdrawal force, ensuring that they are easy to use and operate. The contact plating is designed to be resistant to abrasion and wear, giving the connector a long livelihood. The exterior of the connector is impermeable to fluids, dust, and other contaminants, ensuring that it will remain durable and reliable in many applications.

The 2132721-1 backplane connector is a versatile and reliable choice for many applications. Its electrical and mechanical characteristics make it an ideal choice for connecting multiple electrical components on a printed circuit board. Its vibration-resistant design permits the connector to be robust in industrial applications and its high-quality contacts ensure a reliable connection. Overall, the 2132721-1 is a great choice for any application field that requires reliable connections either between multiple boards or between multiple components on a single board.

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