SDL-136-T-11

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Rectangular connectors come in different shapes and sizes. Among them, SDL-136-T-11 is one of the most common connectors used due to its versatile nature, high standards of construction, and sturdy design. It is available in many different sizes and configurations, providing designers with the flexibility to create the perfect connector for their needs. This article provides an overview of the features, applications, and working principle of the SDL-136-T-11 connector.

Features

The SDL-136-T-11 seat-type connector is a keyed male header and board-to-board connector that provides electrical connections between printed circuit boards, cable assemblies, and other components. It features a male header with a round socket design and a female socket with a stepped housing design. The connectors are made from a corrosion-resistant bronze alloy for superior durability and electrical insulation. The contacts have reinforced insulation designed to ensure reliable and secure connections. An optional non-keyed male header is also available.

Application Field

SDL-136-T-11 connectors have an extensive range of applications and can be used in many different industries. These include communication networks, automotive, industrial control, medical equipment, instrumentation, and consumer electronics. The connectors are ideal for applications that require a reliable, secure connection. The connectors can be used to create reliable, high-speed connections in data center servers, network switches, communication equipment, and similar applications. They are also commonly used in rugged outdoor applications due to their robust construction and excellent weather resistance.

Working Principle

SDL-136-T-11 connectors employ a simple but effective connection system. The male header has a metallic stem that fits into the stepped housing on the female socket. When the two parts are mated, the stem is securely held in place by the stepped housing. This creates a solid electrical connection between the two parts. The electrical connection is further secured by optional locks and keys on both parts. These locks and keys are designed to prevent accidental disconnection, making them ideal for secure connections in applications such as data centers and medical equipment.

Conclusion

The SDL-136-T-11 connector is a versatile and reliable connector designed to meet a wide variety of applications. It is constructed from a corrosion-resistant bronze alloy and features reinforced insulation for secure connections. The connectors are frequently used in communication networks, automotive, industrial control, medical equipment, and other applications. Additionally, the connection system is secure and highly reliable, making it suitable for use in a wide range of applications.

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