62525-101

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Backplane Connectors - Contacts

Since the late 1970s, backplane connectors have been an important part of the internal architecture of computers. Designed to connect circuit boards to other components, backplane connectors help to ensure reliable data transfer throughout a system. The 62525-101 backplane connector is no exception and is often used in many industries to provide maximum performance.

The 62525-101 connector features a compact design and durable, high-performance contacts, making it well suited to a wide range of applications. Commonly used in computer storage systems, networking applications, and industrial equipment, the connector is also suitable for use in communications equipment, military equipment, and mission-critical applications. It is capable of providing reliable performance in a variety of extreme environmental conditions, from high-vibration environments to low-temperature areas, making it a great choice for a variety of industrial applications.

The 62525-101 connector consists of a row of pins, each of which provides electrical connection between a circuit board and a supporting component. The pins are threaded through mating components and once securely fitted together, allow the flow of current between the components. The contacts of the pin arrangement are then carefully chosen to match the voltage and current requirements of the application. The pins can be arranged in either a straight or an angled configuration depending on the application requirements.

When it comes to the working principle of the 62525-101 connector, it is important to understand the basics of its contact arrangement. The contact arrangement of the 62525-101 connector consists of two separate connections, one on the \'B\' side and one on the \'C\' side. Within each connection, each pin is aligned with its matching pin. This creates an electrical contact between the pins, and thus a closed electrical circuit is formed.

The connection created by each pin in the 62525-101 connector is known as a “normally open” type of connection. This means that in the normal condition, the pins are blocked and no electrical current can pass through them. However, when the pins are pressed together, they create an electrical connection and electricity can then flow freely between them.

Another important factor to consider when it comes to the working principle of the 62525-101 connector is the amount of signal attenuation it allows. When a signal is passed through the contacts of the connector, some of it will be lost due to the resistance of the contacts themselves. However, the 62525-101 connector has been designed with special shields to limit the amount of attenuation, allowing it to provide reliable data transmission with minimal signal loss.

The 62525-101 connector is a great choice for those who are looking for a reliable, high-performance connection solution. With its durable contacts and compact design, it is an ideal solution for many applications, from computer storage systems to mission-critical applications. Additionally, its “normally open” contact arrangement and attenuation shielding make it a great choice for reliable data transmission with minimal signal loss.

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