TSW-140-23-G-S

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Rectangular connectors are essential in many connection systems to ensure reliable data transfer from one component to the next. One of the most popular types is the TSW-140-23-G-S rectangular connector, which offer many different features and advantages that make them an ideal choice for multiple application fields. This article will discuss the application field and working principle of the TSW-140-23-G-S male pins connector to gain a better understanding of this popular component.

TSW-140-23-G-S male pins offer a range of features that make them suitable for a variety of applications. These features include a high pin-count for increased data and signal transfer, a small physical size for easy integration into system architecture, as well as secure mechanical fastening and low insertion/withdrawal forces. Thanks to these features, TSW-140-23-G-S connectors are often used in communications systems, computer peripherals, instrumentation, industrial and medical equipment, and networking applications, among other things.

The working principle of the TSW-140-23-G-S male pin connector is based on its pin configuration. It consists of 140 male pins, each of which is 23mm in length. These pins are arranged in a rectangular configuration, with the pin alignment and the distance between the pins being designed to meet specific requirements. The pins are designed to work with female receptacles that are connected to corresponding circuitry. As the pins are inserted into the receptacles, they establish an electrical connection that transmits the data and signal of the connected components.

In addition to the electrical connection function, the TSW-140-23-G-S male pin connector also provides a secure mechanical fastening, thanks to its latch design. The latch mechanism helps to ensure that the connection between the male pins and the female receptacles stays secure regardless of the application environment, and also prevents unintentional withdrawal of the male pins. This is especially important in applications where the contact pins need to remain connected at all times.

Moreover, the TSW-140-23-G-S pin connector also has a PBP (Polybutadiene Polymer) insulation sleeve, which helps to protect the pins from corrosion and static electricity. This protective sleeve also increases the connector’s durability, ensuring that it can withstand its environment without suffering any performance degradation over time.

Overall, the TSW-140-23-G-S male pin connector is an ideal choice for a a wide range of applications. It has a high pin-count for increased signal and data transfer, is small in size for easy integration into system architecture, and has a secure mechanical fastening mechanism, as well as a PBP insulation sleeve to protect it from corrosion and static electricity. Thanks to these features, the TSW-140-23-G-S connector is suitable for use in communications systems, computer peripherals, instrumentation, industrial and medical equipment, and networking applications.

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