HMTSW-130-12-S-T-430

Rectangular Connectors are among the most versatile connectors available today in terms of geometry and physical size. They include the Headers, Male Pins, and HMTSW-130-12-S-T-430. The HMTSW-130-12-S-T-430 is specifically designed as a high-reliability connection solution for both power and data in a wide range of applications. This article will provide an overview of the HMTSW-130-12-S-T-430 connector’s application field and working principle.

Applications

The HMTSW-130-12-S-T-430 connector is well-suited for a variety of applications. As a highly-reliable rectangular connector, it can be used in high-vibration automotive, military, and aerospace applications. In addition, it can also be used in data or fiber optic connections, providing excellent signal integrity. The connector’s rugged construction and excellent shielding provide excellent protection against signal degradation and noise interference. The HMTSW-130-12-S-T-430 is also a great choice for connectors requiring both power and signal in the same connection, such as in consumer electronics.

Working Principle

The HMTSW-130-12-S-T-430 utilizes a unique design in order to provide flexibility and high electrical integrity in a small package. The connector consists of an injection-molded male pin with an IDC receptacle on one end, and an IDC housing for the female pins on the other end. The male pin has a crimp-on bell-shaped design, which ensures reliable contact between the male and female pins. The female IDC pins are held in the housing by an overmolding process, which provides added strength and stability. The connector is then shielded by a metallic spring that provides electrostatic discharge (ESD) and electromagnetic interference (EMI) protection.

The HMTSW-130-12-S-T-430 connector is a reliable and flexible solution for a variety of industries, and is especially well-suited for applications requiring small form-factor connectors with high electrical integrity, such as consumer electronics and automotive. The connector’s robust construction and shielding provides excellent noise immunity and ESD protection, ensuring that signals are clean and free from interference.