HTSW-140-23-S-T

The HTSW-140-23-S-T Headers, Male Pins is a type of Rectangular Connector that designed to fit into Printed Circuit Boards (PCBs) with high-density and reliable connection. It is generally composed of a metal housing, which can be equipped with 2, 3 or 4 pins, and with a temperature-resistant wire that is connected to the pins. This kind of connector helps maintain electrical connection even in harsh environments.

Application Fields of HTSW-140-23-S-T

HTSW-140-23-S-T Headers are widely used in many aspects due to its low assembly cost, excellent performance and reliability. It is mostly applied to military and aviation, industrial control, network communication and other occasions.

1.Military and aviation:

HTSW-140-23-S-T Headers provide a low-cost and reliable connection solution in the heavy-duty environments, such as in military and aviation applications. It is also used to replace traditional solder lug terminals in communication systems.

2.Industrial control:

The connector can also be used in industrial control systems, such as process control applications, where safety and accuracy are critical. It helps maintain safety in the operational environment and ensures a reliable and durable connection.

3.Network communication:

The connector is also frequently used in the Ethernet network communication systems. With its reliable connection, it helps maintain a good data transmission rate and ensures data integrity.

Working Principle of HTSW-140-23-S-T

HTSW-140-23-S-T Headers are designed with plug-in pins that can be inserted into the PCB directly. The pins are made of high-quality metal that can withstand high temperatures. When the header is inserted into the PCB, the pins will be compressed and make contact with the conductive pads on the board. This results in an electrical connection.

The metal housing of the connector is designed to shield the pins from external interference. It also helps protect the connections from accidental mismatches, which could cause short circuits and other malfunctions.