3-176140-0

Rectangular connectors, headers, and male pins are components used in connecting two electronic components. They are used in a number of applications, including telecommunications, medical, automotive, and consumer electronics. The 3-176140-0 is an example of a rectangular connector with headers and male pins.

Application

The 3-176140-0 is primarily used in connecting electronics that otherwise would be difficult to join, such as small circuit boards. It is also used in joining components together in power supply systems and other electronic assemblies. The connector can be found in almost any kind of electronic device, from mobile phones and tablets to digital cameras and switches.

Working Principle

The 3-176140-0 has two rows of pins, each containing twelve positions. The two rows are connected together by a plastic housing. The connection is created by pushing the pins into the plastic housing, which locks them in place. The pins can then make a mechanical and electrical connection between two components. The two components can be disconnected by simply pulling the pins out of the plastic housing.

Advantages

The 3-176140-0 is a reliable connector, with a life expectancy of over 1 million cycles. It is easy to use and can be quickly disconnected and reconnected as needed. It is also quite affordable, and can be used in a variety of circumstances.

Disadvantages

The 3-176140-0 is not the most robust of connectors. In some applications, such as high-powered electronics, it may not be suitable. The pins cannot be fixed reliably within the plastic housing, and may easily pull out. As with other plastic connectors, it can be damaged by exposure to extreme temperatures, dust, dirt, and water.

Conclusion

The 3-176140-0 is an affordable and reliable connector, usually used for connecting two small circuits. It can be quickly disconnected and reconnected, making it ideal for uses where components need to be frequently disconnected. However, as with other plastic connectors, it is not the most robust and may be damaged by extreme temperatures, dust, dirt, and water. For this reason, it is not suitable for use in high-power electronics.