HTSW-104-13-T-S-RE

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The HTSW-104-13-T-S-RE is an example of a male pin header in rectangular connector. Rectangular connectors are used in a variety of settings for a variety of functions, and the HTSW-104-13-T-S-RE is no exception. This section will focus on the application field and working principle for this particular part.

First, the application field, the HTSW-104-13-T-S-RE is most often used as a terminal connector in the automotive industry. Specifically, it is used in dashboards, battery terminals, temporary and permanent wiring of the car, and sensors. This part is designed to ensure a reliable electrical connection and withstand the constant vibration that vehicles experience, while also being able to remain secure in its position. The rectangular shape of the connector ensures a steady connection and avoids physical stress by allowing current to contact multiple points of the connector.

The HTSW-104-13-T-S-RE is also a great choice for those looking to integrate a power connection in an industrial application. This part is particularly great for hazardous environments, as it is able to adhere to the safety standards and specifications of such areas. This connector is commonly used in LED lighting systems, medical devices, and telecommunications.

The working principle of the HTSW-104-13-T-S-RE is fairly straightforward. This part is designed to connect two electrical components securely, while still allowing for variation in the connection. The pin header is designed in such a way that it allows for two components to be connected with minimal effort and minimal electrical resistance. The pins also help to reduce contact fatigue, as the electrical connection is more secure and the chances of sparking due to minor vibrations are minimized.

The HTSW-104-13-T-S-RE is an example of a male pin header in a rectangular connector, and it is used in a variety of settings both in the automotive industry and industrial applications. This part is designed to ensure a reliable electrical connection with minimal effort, and it is able to withstand the vibration that may be present in certain settings. Its working principle is fairly straightforward, as it is designed to securely connect two electrical components with minimal electrical resistance and contact fatigue.

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