21-033384-031

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Circular Connectors – Contacts describes the application field and working principle of the 21-033384-031 infrastructure.

Modern connectors provide many advantages, including high reliability, superior performance, and lower cost. Circular connectors, in particular, are designed to provide a housing or shell to protect and support the electrical contacts. This type of connector is available in many shapes and sizes, from large industrial connectors to small handheld devices. The 21-033384-031 offers a combination of these features for superior performance and reliability.

When selecting a circular connector, the application and the types of contacts are the most important considerations. For the 21-033384-031, there are three primary types of contacts: pin, socket and mixed. The type of contact ultimately determines the application. Pin contacts are typically used in signal applications, while socket contacts provide a place for electrical current to flow. Mixed contacts offer a combination of the two, providing both signal and power.

The 21-033384-031 uses contact insulation to protect the electrical connection against wear and tear. This insulation is typically provided in the form of a silicone or epoxy layer, which is applied to the outer surface of the connector shell. Additionally, the contact pins may be plated with gold or silver to improve conductivity. The insulation and plating materials used are both highly resistant to wear and corrosion.

The 21-033384-031 also features a locking mechanism, which prevents unintentional disconnection. This locking mechanism can be either automatic or manual, and typically takes the form of either a latch or a threaded sleeve. The latch type is simpler to operate, as it does not require any tools for installation. The threaded sleeve, on the other hand, is more secure and offers a more comfortable grip.

Another unique feature of the 21-033384-031 is its ability to provide power and signal connections in a single component. This can be particularly useful in applications that require multiple, high-powered connections. For example, a multi-contact power/signal connector could be used to control a complex motor system.

In addition to its contact insulation and locking features, the 21-033384-031 offers superior vibration and shock resistance. Its compact size also allows it to be used in tight spaces, such as in an automotive or aerospace application.

Overall, the 21-033384-031 connector is an ideal choice for applications that require a reliable and durable connection for multiple, high-powered signals. Its compact size also makes it suitable for use in tight spaces, while its locking mechanism and contact insulation ensure it is highly resistant to shock and vibration.

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