TSM-113-01-T-SH-K-TR

The TSM-113-01-T-SH-K-TR is a ruggedly designed, versatile rectangular connector. This type of rectangular connector is commonly referred to as a header. It has a male pin design meaning it has a single row of pins contained within an insulator plastic body. The TSM-113-01-T-SH-K-TR has a total of 13 pins contained within its insulator body. These pins are arranged in a straight line from one end to the other. The design allows for a multitude of applications and is commonly used for providing electrical interconnectivity between devices.The TSM-113-01-T-SH-K-TR has a variety of applications in the industrial, medical, and military fields. In industrial applications the connector may be used to bridge large distances between two industrial controls. In medical applications, the connector may be used to bridge between medical devices to facilitate data transfer and device control. In military applications the connector may be used to link military grade devices and communications equipment. When it comes to the working principle of the TSM-113-01-T-SH-K-TR, it works by providing a physical link between two devices. The connector contains male pins, which are physically pressed into the female receptacles contained within the two devices. The two devices then become interconnected and can then exchange data or control a single device from multiple locations.The TSM-113-01-T-SH-K-TR is constructed with a high-grade plastic material to ensure a long life and a high degree of reliability. This allows the connector to withstand harsh environmental conditions, such as extreme weather or vibration. Additionally, the connector is designed to be resistant to electromagnetic interference, making it ideal for use in environments with high levels of electromagnetic energy.In summary, the TSM-113-01-T-SH-K-TR is a versatile, ruggedly-constructed rectangular connector that can be used for a variety of applications in the industrial, medical, and military fields. It has a male pin design and utilizes a reliable, long-lasting high-grade plastic material. Its pins are easily inserted into the female receptacles of other devices to create a reliable physical connection that allows for data transfer and device control. Additionally, the design is resistant to electromagnetic interference meaning it can be used in environments with high levels of electromagnetic energy.