TMMH-139-01-H-Q

Rectangular Connectors - Headers, Male Pins

TMMH-139-01-H-Q is a type of rectangular connector header commonly used in electrical wiring assemblies. It has a pin header that is soldered to a printed circuit board with male pins, which act as the mated device connection. The header is made of high-temperature polyamide and the male pins are constructed of brass. It is available in four, five and six-pin versions and a choice of straight or right-angled configurations.

TMMH-139-01-H-Q Application Field

The TMMH-139-01-H-Q is widely used in low-voltage applications, such as automotive interiors, home theater equipment, and industrial control panels. Specifically, it is a multipurpose mini-header that is ideal for applications that require low current and short circuit-level components to be connected, such as switches, sensors, controllers, or indicators. It is a versatile solution that can be used to reduce wiring complexity across a variety of devices and systems.

TMMH-139-01-H-Q Working Principle

The working principle for the TMMH-139-01-H-Q is fairly straightforward. The male pin header is soldered on to the printed circuit board and then the male pins are inserted into the corresponding female connectors. When the female and male connector are mated together, they securely form a connection and electrical current is allowed to flow between the two components. It is important to note that the male and female connectors must be mated correctly to ensure that the current flow is uninterrupted.

The TMMH-139-01-H-Q offers reliable performance and is compliant with most international standards, such as UL94V-0 and CSA22.2 248.9-15. It has a rated current of 0.5 amps @ 55º C and a voltage rating of 250V. Moreover, the male pins are resistant to vibration, corrosion, and temperature extremes, making them highly reliable components for a wide range of applications.

Conclusion

The TMMH-139-01-H-Q is a versatile and reliable multipurpose mini-header that is designed for use in low-voltage electrical wiring assemblies. With its easy installation process and resilient construction, it is an ideal choice for applications that require low current and short circuit-level components to be connected. Furthermore, its rated current and voltage rating make it a reliable solution for a wide variety of applications.