TSW-103-19-S-S

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TSW-103-19-S-S rectangular connectors, also known as headers, male pins, are widely used in circuits, electronic components and circuit boards. With its superior quality and durability, it is a common choice for many applications, ranging from automotive, industrial, and computer applications. In this article, we will discuss the application field and working principle of TSW-103-19-S-S rectangular connectors.

First, when it comes to applications for the TSW-103-19-S-S rectangular connector, it is most commonly used for industrial and automotive applications. With its superior waterproof and shockproof properties, it can easily withstand harsh conditions, and handle high voltage and high amperage. For example, it is commonly used in automotive equipment, including engine and starter systems. Additionally, it is suitable for power cord connections.

In terms of computer applications, the TSW-103-19-S-S rectangular connector is also used for a variety of tasks, ranging from data transfer to audio/video signals. This is due to its excellent noise reduction properties, making it suitable for use in sensitive environments. Moreover, it can be used in the connection between hard drives and mainframes, as well as in the connection between motherboards and other circuit boards.

When it comes to working principle, the TSW-103-19-S-S rectangular connector is composed of three elements: the male pin, the header, and the cover. The male pin is inserted into the hole of the header, while the cover is placed on top to protect the internal components. When the male pins are in contact with the header, a solid connection is established, which is then also connected to the other side. The contact point between the male pin and the header is the most important element in establishing the current flow and creating the circuit.

In conclusion, TSW-103-19-S-S rectangular connectors, also known as headers, male pins, are highly versatile connectors used in many applications. They are most commonly used in automotive and industrial applications, but they are also suitable for use in computer applications. Their working principle involves a male pin being inserted into the hole of a header, with the cover placed on top for protection. Thanks to their superior waterproof and shockproof properties, they can handle high voltage and high amperage and provide reliable connections.

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