10136-52B2VC

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D-shaped connectors are some of the most widely used types of connectors in the field of electronics. In particular, Centronics is the most often utilized standard for these connectors, and the 10136-52B2VC model is a commonly used example of its type. This particular device is ideal for installing a number of different connections in various applications, making it an incredibly versatile and reliable solution. Furthermore, it is important to understand the principles behind its operation in order to get the most out of it.

Application Field

The 10136-52B2VC model is often used in applications that require fast and reliable connections in a variety of electronics. This could include places such as data centers, industrial networks, automotive, and other such areas. It is a two-piece design that takes the form of a plug and socket. The plug, also known as a connector, is a small item that can be plugged into a compatible socket rather than requiring soldering or other more difficult methods. On the other hand, the socket is a larger part that designed to receive the connector.

The 10136-52B2VC model is typically used for high speed data transmissions in cases where connection reliability is particularly important. This is usually the case in networks like data centers, where high-speed data transmission is vital for the efficient operation of the system. It is also used in applications such as industrial automation where the longevity of the connection is of paramount importance.

The 10136-52B2VC model utilizes a standard RJ45 cable with a pair of screws that secure the two components together. The cable itself is usually shielded to protect it against electromagnetic interference, and a pair of additional pins are used to ensure secure contact between the two components.

Working Principle

When the plug and socket are correctly connected, the two components form a ‘bridge’, allowing for a secure and reliable connection. This is achieved by a series of contacts in the plug which engage different parts of the socket. In the case of the 10136-52B2VC model, this is done using both a pair of slide buttons and two pins that sit in the centre of the socket. When the two components are correctly connected, the pins securely fix the two in place.

The contacts of the plug are designed to interact with each other in a specific way, so that one of them will always be slightly raised in order to push the pins into the socket. This ensures that the connection remains tightly secured even when the plug is in motion. The contacts of the plug are also designed so that an oscillating current can flow through them without causing any risk of short circuiting.

The operation of the 10136-52B2VC model operates inside an insulation envelope that is designed to keep the two parts separate from each other. This is done using a metal shield that fits over the socket and covers all the contacts on the plug. The metal shield prevents any external interference from damaging the connection and allowing current to escape, ensuring that the connection is consistently reliable.

The 10136-52B2VC model is designed to be used in a variety of applications, with its most common use being in data centers and other areas that require a reliable connection. By understanding its basic operation and design, it can be used to effectively connect components in a variety of settings with the assurance of a secure and long lasting connection.

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