1-1734285-3

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D-Sub Connectors

D-sub connectors refer to the standard series of rectangular, multi-pin connectors commonly used in electronic systems for data transfer. There are many types and sizes of D-sub connectors with various pin configurations depending on the application, ranging from 9-pins to 37-pins, and up to 104-pins. The connector consists of two main parts: the male connectors, typically characterized by their pins sticking out of the connector, and the female connectors which usually feature the corresponding sockets.

1-1734285-3 Application Field and Working Principle

The 1-1734285-3 connector is a 9-pin male/female connector designed to link electrical equipment and devices. It is widely used in a variety of consumer electronics, such as computers, laptops, television sets, audio equipment, and multimedia systems. This specialized connector is also broadly utilized in the industrial automation, energy & power control, and telecommunications industries.

Modern D-sub connectors are typically designed with robust metal shells to provide strong shielding and protection from environmental interference and wear-and-tear. The 9-pin 1-1734285-3 connector typically consists of male/female components ranging from 15-20mm, with an optional straight or right angle orientation. This type of connector can accommodate up to 6A current and 0.1mm² wire-gauge.

Each D-sub connector pin is usually designed with either a simple cylindrical socket or a hollow rifle-drill shape. The pin provides reliable contact performance, low contact resistance, and good conductivity. The 1-1734285-3 D-sub connector typically utilizes solder, crimp, and insulation-displacement contact technologies for a secure and safe data connection. The shell of the D-sub connector allows for dust-proof, moisture-resistant, and static-proof protection. The combination of all these features yields an optimal data-transmission performance, reliability, and versatility.

Finally, the 1-1734285-3 connector enjoys a wide range of applications, from personal use to industrial automation, due to its versatile options, high performance, and long-term reliability. Its fast data transmission speeds and secure connections make it an ideal choice for many types of electronic systems and applications.

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