68017W2103L201

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The 68017W2103L201 connectors are a type of D-Sub connectors, which are small electrical connectors used in electronic circuits and systems. They are designed to allow for the connection of two electrical circuits along with the transmission of signals or power. The connectors have a distinct double-row pinout which makes them ideal for use in applications where both large and small signals need to be transmitted over a distance.

The 68017W2103L201 connector is designed to be used in a variety of application fields, which include medical, military, industrial, and consumer applications. The pins on the connector are designed to be resistant to temperature extremes, making them suitable for use in various temperature ranges. Additionally, they are designed to be dust-proof, water-resistant, and able to withstand high levels of vibration.

The connectors come in a variety of sizes and configurations. They are typically composed of metal shells and can be configured in single or double-row, male or female configurations. A set of contacts is attached to the inward facing surface of the body, with the contacts arranged into multiple rows and columns. Depending on the model, the contacts may include pins, sockets, or other terminals, some with resistive or inductive elements.

The working principle of the 68017W2103L201 connectors is fairly simple. A mating connector with an identical configuration is connected to the end of the connector, which holds the terminals in the proper position. The contacts within the connector create an electrical connection between two circuits, allowing for the transmission of signals or power. Typically, a lock-nut prevents the terminals on the connector from being accidentally disconnected.

The 68017W2103L201 connectors are extremely versatile and can be easily configured to fit a variety of applications. They are designed for reliable performance in extreme environmental conditions, including extreme temperatures, high vibration, and dust & water ingress. Additionally, they are designed to be lightweight and easy to integrate into systems. Their distinct two-row configuration allows for the transmission of both large and small signals, while their lock-nut design ensures that they remain securely connected.

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