TMM-139-06-G-D

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TMM-139-06-G-D Rectangular Connectors - Headers, Male Pins: Application Field and Working Principle

TMM-139-06-G-D is a type of rectangular connectors and headers designed to be dual-use for both through-hole and surface-mount applications. This versatile connector has male pins and is intended for a variety of applications, including factory automation, medical, robotics, and even aerospace industries. It is used for applications that require high contact integrity and signal integrity, and it can be terminated in various ways that are suitable for specific requirements. Here, we will discuss the application field and working principle of TMM-139-06-G-D connectors and headers.

Application Fields

Unlike some specialized connectors, TMM-139-06-G-D connectors and headers are widely used in many different applications. Generally, they are used for communications and data transfer in factory automation, medical, robotics, and aeronautical systems. Specifically, TMM-139-06-G-D connectors are used in factory automation to bridge sensors and devices and connect them to other electronic components. As for medical fields, TMM-139-06-G-D connectors are used primarily to terminate cables that carry signals from medical imaging and diagnostic equipment. The connectors are also used in various robotics applications, including military robots, industrial robots, medical robots, and consumer robots. Finally, the TMM-139-06-G-D connectors are also used in applications in the aerospace industry, such as in commercial and military aircraft as well as other space vehicles, due to their high contact integrity and signal integrity.

Working Principle

The working principle of TMM-139-06-G-D connectors and headers revolves around the concept of contact integrity and signal integrity. Contact integrity is a measure of how reliably the two mating components make contact when connected together. This is important, as it ensures that the signal sent from one device to another is not lost due to inadequate or unreliable connection. Signal integrity, on the other hand, is the measure of how accurately a signal is transmitted and received. Both contact integrity and signal integrity are essential for any electronic device employing a connector, as any loss in either can result in signal degradation or data loss.TMM-139-06-G-D connectors and headers are designed to ensure maximum contact integrity and signal integrity. The male pins are inserted into the mating female connector at an angle, which ensures a reliable connection and prevents signal degradation or data loss. It also ensures movement between the connections, meaning that the pins can be moved to adjust the electrical connection as needed. Additionally, the connectors are designed with a wedge-locking mechanism, which reduces the likelihood of disconnection due to vibration or other external forces.The pins of TMM-139-06-G-D connectors and headers are plated with gold or silver, which increases their conductivity and prevent oxidation. The connectors also have a plastic insulation layer, which helps protect the contacts from being exposed to moisture and other damaging elements. Additionally, the insulation layer also helps improve signal integrity, as it prevents signal loss due to electromagnetic interference.

Conclusion

TMM-139-06-G-D connectors and headers are designed to ensure maximum contact integrity and signal integrity, making them suitable for a wide range of applications, from factory automation to aerospace. The male pins are inserted into the mating female connector at an angle, and they have gold or silver plating to improve their conductivity. Additionally, the connectors are also designed with a wedge-locking mechanism and a plastic insulation layer to further improve contact and signal integrity. All of these features make TMM-139-06-G-D connectors and headers the ideal choice for any application that requires reliable conductivity and data transfer.

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