TSW-106-18-T-D-LL

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Rectangular Connectors - Headers, Male Pins are widely used in various industrial and consumer electronics applications. The TSW-106-18-T-D-LL is no exception. It is a three-row right angle unshrouded through-hole header with six pins, each pin having a polarized 2.54 mm spacing and a current rating of 1A/pin. The TSW-106-18-T-D-LL provides robust connections with its excellent durability, high temperature resistance, high stability, and reliable contact performance.

The TSW-106-18-T-D-LL header is used in a wide variety of applications due to its numerous benefits. It is commonly used in security systems as it provides robust connections for various devices such as cameras, disconnection and emergency systems. It is also ideal for automotive systems and applications due to its temperature and vibration resistance; it can withstand the extreme temperatures of a vehicle\'s engine and is reliable even in harsh conditions. Additionally, it is used in consumer electronics and communications devices due to its excellent quality and reliable performance.

The working principle of the TSW-106-18-T-D-LL is fairly simple. It operates through a connection in which two metal surfaces are in contact, allowing electrical current to flow between them. This connection is achieved by the header’s pins, which are inserted into a plated hole in the printed circuit board (PCB), providing an electrical connection between the PCB and the header. The header works by having two small tabs, one on each side of the pin, which press fit into the plated holes in the PCB and ensure a good connection. It also prevents the pins from falling out as well as provides a secure connection.

In summary, the TSW-106-18-T-D-LL header is a robust three-row right angle unshrouded through-hole header with six pins and a current rating of 1A/pin. It is widely used in various industrial and consumer electronics applications due to its durability, high temperature resistance, high stability, and reliable contact performance. It operates by having two metal surfaces in contact allowing for electrical current to flow between them, achieved by the header pins inserted into plated holes in the PCB.

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