TSW-125-17-S-D

Rectangular connectors are an important type of electrical connectors which provide a physical interface to interconnect two or more components. An important type of rectangular connector is the header, male pin type. An example of this type of connector is the TSW-125-17-S-D. This article provides an overview of the application field and working principle of the TSW-125-17-S-D.

The TSW-125-17-S-D is a medium-to-high-density, right-angle, thru-hole, header connector. It has a cross-sectional area of 1.25 inches and has a total of 17 contacts for mating into a socket connector. The contacts (pins) have a 27 mil pitch spacing, and there are two rows of pins. The contact termination is double-ended to mate with conventional crimp-style sockets. The plating on the contact is pre-tinned, and the contacts are nickel plated. The outer contact material is phosphor bronze.

The TSW-125-17-S-D has a wide range of applications. It can be used in any situation where a medium-to-high-density connector is needed to interface two or more electronic components. It is ideal for use in applications such as data processing and communications, industrial control, automotive electronics, telecom equipment, consumer electronics and medical electronics.

The working principle of the TSW-125-17-S-D is based on the idea of electrical continuity. The connector provides a physical barrier between the contacts, preventing the contact from shorting out or arcing. In addition, the contact material has a low electrical resistance, which ensures a reliable and consistent connection between the contacts. Furthermore, the connector pins are coated in a protective material which provides additional insulation between the contacts and helps to prevent electrical leakage. This allows the connector to provide a robust and reliable connection, and prevents damage to the equipment being connected.

In conclusion, the TSW-125-17-S-D is a medium-to-high-density, right-angle, thru-hole, header connector. It is ideal for use in a wide range of applications, and its working principle is based on providing a physical barrier between the contacts and allowing for a reliable and consistent connection. Its protective coating helps to prevent electrical leakage, making it a robust and reliable connection for your equipment.