4-103185-0-37

Rectangular Connectors - Headers, Male Pins 4-103185-0-37 Application Field and Working Principle

The 4-103185-0-37 is a male pin header and a part of the 4-103185 series of rectangular connector. The series is characterized by its high-speed, reliable connectivity, excellent performance, and versatile application. It is especially suitable for applications that require miniaturization and frequent assembly and disassembly process.

Application of 4-103185-0-37

The 4-103185-0-37 is a widely used component in various fields such as networking, computing, communication, automation control, automotive, military, and aerospace industries. In particular, its application field includes embedded systems, industrial control, automation control, medical equipment, energy industry, and optical-electronic communication equipment, etc.

Key Features of 4-103185-0-37

• High-Speed, reliable connectivity
• Excellent performance
• Miniaturization, frequent assembly and disassembly process
• Wide application field
• Rated current: 2A
• Insulation resistance:100 MΩ min
• Contact resistance: 25 mΩ max
• Shock resistance: 10G 10ms max
• Material: 50μ" Gold-Plated Brass
• Operating temperature range:-20℃ to +80℃

Working Principle of 4-103185-0-37

The 4-103185-0-37 is in the form of male pin header and it consists of two metal arms that are hinged at the base. The upper arm is joined to the arm at the top where the male pin will be inserted and the lower arm acts as a support for the pin. The arms are electrically connected to each other in order to provide electrical connection between two adjacent pins. When the pins are connected, electrical signals can be transmitted between two components.

The hinged arm structure of the 4-103185-0-37 is responsible for the high-speed, reliable connectivity and excellent performance. It ensures that even when the male pin is subjected to force, it will not break or wear out quickly, providing a durable connection between two components. Moreover, its miniaturized size allows it to fit into cramped places where a traditional rectangular connector would not be able to, and makes frequent assembly and disassembly process a possibility.