HTSW-116-20-S-S

HTSW-116-20-S-S is a rectangular connector consisting of a male pin, a header, and a staked type connection. It is effectively used for applications requiring the secure interconnection of embedded circuit board assemblies in a variety of electronic equipment. It could also be applied to applications requiring the bonding of multiple electrical components.

The HTSW-116-20-S-S has been designed for use in a wide range of applications including telecommunications, computers, servers, security equipment, medical, home appliances and industrial control. It provides high performance and an economical means for transferring data, conducting energy, and connecting multiple components in a variety of digital and analog applications.

The working principle of HTSW-116-20-S-S is quite simple. It works by allowing two electrical components to be interfaced with one another. The header of the connector is connected to a printed circuit board (PCB) that contains the electrical components and the male pin is inserted in a mating connector which provides the interface between the electrical components. The contact between the electrode and the mating connector is then secured by a staked method which creates a mechanical connection. This connection ensures the electrical current and data can pass through without any interference or disruption.

The male pin is designed to minimize the contact resistance between the two terminals to ensure greater efficiency during signal transfer. The connection is also designed with a unique elastic structure that is able to absorb shock and vibration to reduce the noise. Additionally, the connections are designed to be dust and waterproof to ensure reliable connection in extreme conditions.

In addition to being reliable and easy to install, HTSW-116-20-S-S is also designed to be cost-effective. This makes it an ideal choice for a range of applications such as automotive, consumer electronics, medical and industrial applications.The use of HTSW-116-20-S-S enables increased reliability and performance in a variety of electronic devices by maximizing the stability and the accuracy of data transmission. This makes it great for long-term and demanding application.