MMT-120-01-T-SV-LC-TR

Rectangular Connectors - Headers, Male Pins

MMT-120-01-T-SV-LC-TR is a type of header commonly used in computer applications like motherboards, power supplies, backplanes, and cables. It is made of a metal shell (known as a housing) and two rows of metal pins (called male pins). The housing is securely attached to the PCB (Printed Circuit Board) via PTH (Plated Thru-Hole) connectors that enter the PCB and extend to the surface mount holes around the perimeter of the housing.

Application Field

MMT-120-01-T-SV-LC-TR connectors are used in a variety of areas, and they come in a wide range of configurations. They are popular in consumer electronic applications, such as in cellular phones and PDAs, and in industrial applications, such as in robotics, automotive, audio and video, networking, and medical applications. Additionally, they can be used in PCBs, motherboards, backplanes, power supplies, and cables.

Working Principle

The primary purpose of the MMT-120-01-T-SV-LC-TR connectors is to connect components, such as circuitry and chips, to a PCB without having to solder the leads. The housing consists of two rows of metal pins which make contact with the component leads. The contacts between the component leads and the pins are designed to be stronger than soldering, in order to better withstand the environment (e.g. vibration, shock, etc.) in which the components are exposed.

The housing itself is designed to be rugged and sturdy, and it is designed to provide a secure connection between the component and the PCB. Some housings are even grounded, to help reduce potential sources of interference. Additionally, MMT-120-01-T-SV-LC-TR connectors are highly configurable, and can be customized to meet specific needs.

Conclusion

The MMT-120-01-T-SV-LC-TR is a type of header commonly used in computer applications and consumer electronics. It is composed of a sturdy metal housing and two rows of metal pins which make contact with the component leads. The MMT-120-01-T-SV-LC-TR header provides a secure connection between the component and the PCB, and it is highly configurable. Therefore, it is a popular choice for a wide range of applications.