TSW-103-14-H-S

TSW-103-14-H-S Application Field and Working Principle

TSW-103-14-H-S is a type of rectangular connector of which the raw material is copper alloy and the plating is nickel plating, and it is applied to many industries including automotive, medical, instruments, aviation, and communications. It is also popular among different types of production and application industry, such as appliances, computers, and lighting design. Usually, the contact surface is processed with plating or other metal processing method and it consists of male pins and headers.

The header connector, also known as a female connector, is composed of several metal tabs that are formed to pass through an insulated sheath. The metal pins consist of metal rods with sharpened points on one end. Depending on the application, the pin may have a rounded or flat-faced tip. The header and pins are then assembled together.

The working principle of the TSW-103-14-H-S is simple. The electrical signals are transmitted from one end of the connector to the other using the contacts. In order to do this, the electrical connections must be clean and free from contamination. This is accomplished by cleaning the contact surface with an appropriate cleaner before and after installation. The contact surface is also coated with anti-corrosion material that prevents oxidation and prevents it from rusting. Additionally, a thin layer of insulation material is applied to the contact surface and helps keep the electrical current in place.

The pins are then inserted through the openings in the header, and the connection is complete. This type of connector offers superior signal integrity and can handle high current loads. Additionally, it has the advantage of being able to withstand vibration and shock. Additionally, it is highly reliable due to its solid construction and durability.

In conclusion, TSW-103-14-H-S is a type of rectangular connector which is made of copper alloy and plated with nickel plating. It can be used in a wide variety of applications and industries and offers superior signal integrity. It also comes with a high degree of reliability and durability.