SSQ-119-03-T-D-RA

Rectangular Connectors - Headers, Receptacles, Female Sockets, such as the SSQ-119-03-T-D-RA are capable of providing many types of electrical connections. This in-depth article takes a closer look at this rectangular connector and discusses its wide range of application fields as well as its working principle.

Introduction

The SSQ-119-03-T-D-RA is an example of a rectangular electrical connector. It is designed with two categories of interconnects - headers and receptacles. This rectangular connector consists of an acetal housing with individual sections for the header and receptacle types. The header is designed to accept multiple pins, while the receptacle is designed to accept multiple sockets.

Applications of SSQ-119-03-T-D-RA

The SSQ-119-03-T-D-RA can be used in a variety of applications from automation and robotics to industrial control systems. It can be used for a wide range of networking and connector solutions such as Power over Ethernet (PoE) and RS-485. The SSQ-119-03-T-D-RA is well suited for highly reliable applications, such as data centers, telecom, medical, and military.

The SSQ-119-03-T-D-RA can be used in a variety of applications including:

• Computer/network equipment: The SSQ-119-03-T-D-RA is ideal for use as part of a computer or network data transmission infrastructure, including for data centers, telecom, medical, industrial automation, and military applications.
• Industrial Control Systems: The SSQ-119-03-T-D-RA is the ideal solution for industrial control systems as it provides a high degree of reliability and operational flexibility.
• Robotics: The SSQ-119-03-T-D-RA is able to handle multiple tasks, making it ideal for use in robotics applications.
• Automation: The SSQ-119-03-T-D-RA can provide robust performance in automation applications, enabling complex automation tasks to be completed efficiently.

Working Principle

The SSQ-119-03-T-D-RA is designed with two main sections – the header and the receptacle. The header consists of pins that are inserted into a socket in the receptacle. The connecting pins are held securely in place by the socket and a secure locking system that helps to prevent contact coming loose or being disconnected accidentally. The pins are also fixed to the header to prevent them being pulled out.

The connection between the pins and the sockets is completed by a reliable connection method known as soldering. By carefully soldering the pins and the sockets of the SSQ-119-03-T-D-RA, a secure electrical connection is formed. The soldering process also ensures that the pins and the sockets remain in alignment, allowing for an optimal connection and maximum signal strength.

The SSQ-119-03-T-D-RA also benefits from a PC board placement technique known as board-to-board connections. This technique helps to provide a reliable connection between the pins and the board, and prevents the pins or socket from coming loose. This enables the SSQ-119-03-T-D-RA to provide a reliable connection even in applications with high vibrations and shock.

Conclusion

The SSQ-119-03-T-D-RA is a reliable and robust rectangular connector. Its versatile design and reliable connection technology make it suitable for applications ranging from computer/network equipment to industrial control systems, robotics and automation. Its working principle relies on strong pins and sockets to create a secure connection, and the soldering process protects the pins and sockets from coming loose. In addition, its board-to-board connection technique helps to ensure a reliable connection.