TSW-103-23-L-S-LL

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The TSW-103-23-L-S-LL is a commonly used rectangular connector header, which has male pins. It is widely used in industrial fields, and is often necessary to connect cables or wires in various applications. Along with knowing about the general application of this connector, it is important to understand the working principle as well.

Application Fields:

The TSW-103-23-L-S-LL rectangular connector header is normally used in industrial applications such as computers, telecom, robotics, electronics, medical, and more. It is often used for interconnections between circuits and modules. Due to its small size, it is often used to reduce fatigue or improve the speed of data transmission in a circuit or system. Furthermore, it is suitable for transportation in harsh and humid environments.

Working Principle:

First off, the TSW-103-23-L-S-LL rectangular connector header is usually made with two rows of pins. These pins are what conduct the electrical signals in the circuit. The key to the working principle is the way the pins are connected to the housing. This is done by way of two resilient plastic strips known as “flap connectors” which keep the pins secure and in place. Then, the electrical current is routed through the connector header with the help of the metal conductive pathways in the housing.

Once the current passes through the pins, heat is generated which serves to heat up the plastic strips. This heat then melts the plastic strips to form a snug connection and keep the current flowing. It is important to note that if too much current passes through the connector, it will eventually degrade the plastic strips, and the pins will become loose or disconnect. This is why it is important to ensure that the correct amount of current is passing through the pins as specified by the manufacturer.

Conclusion:

The TSW-103-23-L-S-LL rectangular connector header is a popular choice for many industrial and commercial applications. Its small size and good design makes it suitable for transportation in harsh and humid environments. Furthermore, understanding its working principle is essential to ensure the good performance of the device. This includes knowing the correct current that should flow through the pins as well as keeping an eye on the plastic strips to ensure that they do not wear down over time.

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