MTMM-105-10-F-D-120

MTMM-105-10-F-D-120 is a type of rectangular connectors – headers, making up the high current application field. This type of connectors is built to resist high current conditions, by featuring larger contacts and insulation materials of thicker gauges. The connectors feature a pitch of 2.54mm and the current rating at 4.0A. It can also carry temperatures ranging from -40 to 125 °C.

Working principle:

MTMM-105-10-F-D-120 rectangular connectors are usually deployed for connection of the power supply and signal sources or signal sources and load devices. In such an application, the header insert is placed in the terminals, and the contact spring is mounted in the terminals. This connects the header and the terminals together, ensuring that the required current is carried to the terminals from the header. The terminals are then connected to the power supply and load device and the signal sources, respectively. With the header and terminals connected in series, the contacts can easily be opened and closed for the connection and disconnection of the terminals.

When the connectors are connected, the terminals provide direct electrical connection between the header and the power supply or signal sources. They also provide an isolation of the current paths, so that the power or signals may only flow through the paths defined by the terminals. When the power or signal is connected to the header, it is then directed to the terminals and connected to the power supply or signal sources, respectively.

The MTMM-105-10-F-D-120 connectors provide excellent electrical connection, insulation, and current carrying capabilities. They are widely used in electrical and electronic devices, providing solutions to a variety of applications on an industrial or commercial scale.

In conclusion, MTMM-105-10-F-D-120 rectangular connectors are designed for high-current applications, featuring larger contacts and thicker insulation materials. The connectors provide excellent electrical connection, insulation, and current carrying capabilities. They are widely used in various industrial and commercial applications.