TSS-103-02-F-D

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Introduction

TSS-103-02-F-D is a rectangular connector - header with a male pin design, developed by Rosenberger for the purpose of increased efficiency in connecting terminals and devices. It is becoming increasingly popular for its reliability and low cost. It has a wide range of applications, and this article will discuss some of these and the working principle of the TSS-103-02-F-D.

Applications

Given its simple and reliable construction, the TSS-103-02-F-D is used in a wide variety of applications. It is often used in the electronics industry, where it is used to connect two components, such as switches, LEDs, and transistors. It is also used in industrial manufacturing, to connect motors, pumps, and valves. It is often found in automotive applications as well, where it is used to connect electrical components in order to control the functions of the car.

The TSS-103-02-F-D is often used in telecommunications, as it is used to connect phones, modems, and routers. It is also used in computers, where it is used to connect video cards, sound cards, and other peripheral devices. It is also used to connect cables in order to transmit data between two devices.

Working Principle

The TSS-103-02-F-D\'s working principle is based on a simple mechanical connection between two metal parts. The connector consists of two parts: a male header and a female pin. The male header is a metal bar with a hollow cavity running along the length of it. The female pin is a metal rod with a conical tip that is designed to fit into the hollow cavity of the male header. The conical tip, when inserted in the male header, is held securely in place due to the frictional force generated by the contact between the two parts. This frictional force also helps to prevent the two parts from being displaced as no external force is generated between them.

The parts are held in place by latching them together with a lock nut. This lock nut is a spring-loaded device that is inserted into the male header in order to securely hold the two parts in place. When the latching device is engaged, the two parts are firmly held together without the need for any external force or energy, ensuring a reliable connection between the terminals and devices.

Conclusion

The TSS-103-02-F-D has many applications in a wide range of industries and is becoming increasingly popular due to its reliability and low cost. The working principle of the connector is based on a simple mechanical connection between two metal parts, held together by a latching device. The TSS-103-02-F-D is an efficient and cost-effective connector that offers reliable and secure connections between components.

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