MLE-174-01-G-DV

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MLE-174-01-G-DV connectors, also known as headers, receptacles, and female sockets, are rectangular connectors used in a variety of industries. This type of connector is most commonly used in telecom, computers, security systems, automotive, military, medical, and aerospace applications.

MLE-174-01-G-DV connectors feature robust construction, making them suitable for a range of applications that need durable, reliable connectors. The rectangular shape provides several advantages when compared to other shapes. It’s easy to plug multiple connectors together and the shape helps with contact tracking.

MLE-174-01-G-DV connectors feature two rows of electrical contacts that are potted in physical or fibrous insulation. The insulation provides protection from environmental elements, and the potting keeps the contacts in place. The insulation also helps to provide signal and noise protection.

This type of connector is available in 2 to 54 positions, depending on the application. The female sockets are plated with nickel or gold and the contacts are also available in both these metals. The insulation is made of a variety of materials, including: polycarbonate, FR4, PTFE, polyurethane, rubber, and polypropylene.

MLE-174-01-G-DV connectors are used to connect two or more pieces of equipment in a variety of applications. The contacts are designed to transmit electrical signals from one piece of equipment to another. The contacts are also designed to minimize arcing and provide a reliable connection.

The working principle of MLE-174-01-G-DV connectors is based on the electrical resistance of the connectors. When two or more connectors are mated, the electrical forces between the contacts create an electromotive force (EMF) which has the potential to flow current through the connection. This current flows due to the presence of the electrical resistance created by the mated connectors.

The electrical resistance of the connector determines how much current can flow through the connection. The resistance also affects the speed at which the current flows. A greater electrical resistance creates a slower current flow, while a lower resistance causes a faster current flow.

When selecting the right pair of MLE-174-01-G-DV connectors for a particular application, the resistance must be taken into consideration. The resistance should be matched to the application to ensure that the right current flow rate is achieved. The electrical resistance must also be taken into account when selecting the insulation material for the connector.

MLE-174-01-G-DV connectors are used in a variety of applications and are designed to provide a reliable and robust connection. The rectangular shape makes them easy to plug together, and the insulation helps to reduce signal and noise interference. The electrical resistance is also an important factor when selecting the right connector.

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