TSW-110-17-L-S

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TSW-110-17-L-S rectangular connectors are a type of electronically managed connectors, designed for use in a variety of technologies, ranging from medical to consumer. It consists of a male 2.54mm pitch header pin with a clustered cable mating feature, allowing for an easier and more secure connection. This type of connector has a wide range of applications, most notably in medical and aerospace applications, due its reliable and secure connection and its high-end features.

The working principle behind the TSW-110-17-L-S rectangular connectors is comparatively straightforward. The male 2.54mm pitch header pin has an array of 17 pins that are connected to a cable connector and then plugged into the connector itself. This provides an electrical connection between the two components, allowing for a secure and efficient connection. When the connector is plugged into the corresponding port, the pins make electrical contact with the device, enabling a digital signal to pass through the two components. This allows for communication and transmission of data between components, even across long distances.

The TSW-110-17-L-S rectangular connectors provide a reliable connection to various components, regardless of size or range of use. This is due to the specific design of the connector, which features a double-ended contact system that allows for both electrical and non-electrical connections. The double-ended contact system also ensures a secure and robust connection throughout a variety of operating conditions. The connector also features an increased resistance to shock, vibration and high temperature exposure, making it an ideal choice for applications in aerospace or medical settings.

Overall, the TSW-110-17-L-S rectangular connectors are a reliable and secure connection choice for a number of different applications, ranging from medical to consumer technologies. It features a double-ended contact system that allows for both electrical and non-electrical connections and an increased resistance to shock, vibration and high temperature exposure. This makes it an ideal choice for a variety of operating conditions and provides a reliable connection for even the most demanding applications.

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