SSQ-111-02-T-S-RA

The SSQ-111-02-T-S-RA is a rectangular connector that falls under the class of headers, receptacles, and female sockets. This connector is capable of handling a wide variety of applications, while providing a reliable and consistent connection. To better understand how this connector works, it is useful to explore its architecture, applications, and working principles.

Structure and Terminology

The SSQ-111-02-T-S-RA is designed to use a two-piece approach to connect components. Each piece is referred to as a header and a receptacle, respectively. The header piece, known as the male connector, features two rows of evenly spaced pins which are inserted into the receptacle piece (the female connector). These pins have a corresponding groove which matches the pins, which works to improve the stability of the connection. The SSQ-111-02-T-S-RA is available in various sizes, ranging from 10 pins all the way up to 120.

Applications

Due to its versatile architecture, the SSQ-111-02-T-S-RA is ideal for use in a wide variety of applications. This includes fields such as power supplies, cellular devices, computers, and switchboards. Additionally, this connector is often used in industrial and commercial settings, due to its reliable performance in harsh environments.

Working Principle

The SSQ-111-02-T-S-RA is designed with mechanical professionals in mind. It uses a simple two-piece structure, while also allowing for effective and stable connections. This is due to the pins and grooves located on the pins. The pins work by providing a secure hold between the two pieces, while also helping to reduce current leakage. Additionally, this connector operates within a wide voltage and current range, making it suitable for a variety of applications.

The SSQ-111-02-T-S-RA operates on a simple yet effective principle. By providing a reliable connection, it allows users to make safe and secure connections between components. This connector is also offordable and easy to install, which makes it ideal for small and large scale applications.