DBL17W2P543M40LF

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D-Sub Connectors are a vast family of connectors reaching from 9-pins to 128-pins. They have become an essential part of everyday machinery, and are seen in many industries ranging from the consumer electronics, military and aerospace applications. The DBL17W2P543M40LF Connector, a 17-pin straight jack, is part of this family and is used in many professional and industrial applications.

The DBL17W2P543M40LF Connector is also known as the mini-D connector. It\'s designed with ruggedness, flexibility, and high density in mind. With a low-profile and a relatively high number of pins, it\'s a populatin among today\'s equipment and appliances. The housing is made of nylon, which makes it extremely durable. It\'s also highly resistant to weather conditions. The contacts are made of gold-plated steel, which helps ensure a reliable connection.

The DBL17W2P543M40LF Connector has a wide range of applications. It\'s commonly used in data communications and automation systems. Its versatility makes it suitable for use in a variety of fields. It\'s ideal for medical and dental equipment, laboratory equipment, video and audio equipment, test and measurement instruments, and defense systems, to name a few.

The working principle behind the DBL17W2P543M40LF Connector is rather simple. It was designed with angled contact pins, which allows the connector to be mated quickly and easily. The connector has two types of contacts: male and female. The female contact is attached to the cable, while the male contact is inserted into the female contact. When the male contact is fully inserted, it makes contact with the female contact, allowing the flow of electricity. This is known as the make-and-break principle.

In summary, the D-Sub Connector family includes the DBL17W2P543M40LF Connector, a 17-pin straight jack. It has a low-profile and durable design, making it suitable for many professional and industrial applications. It\'s especially useful in data communications and automation systems. The working principle behind the connector is the make-and-break principle, where the male contact is inserted into the female contact. This allows an electrical connection.

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