MTMM-147-13-G-Q-070

The MTMM-147-13-G-Q-070 is a rectangular connector and header with a male pin. It is perfect for allowing a line or device to be quickly disconnected from a circuit or connected to the circuit without requiring that the entire breadboard or panel be removed and replaced; a great addition for any hobbyist, home electrician, or industrial designer. This connector is designed to handle higher current levels than other connectors and is typically used in applications where frequent plugging and unplugging of the connector is required. This type of connector is also used in plenty of audio/video, automotive, communications, and computing applications.

Application Field:

• Automotive equipment and systems
• Audio/Video equipment and systems
• Industrial and laboratory test equipment
• Communications equipment
• Computing and networking equipment

Working Principle:

The MTMM-147-13-G-Q-070 has a male pin connector that allows it to plug into a line or board, thus connecting the device or line to a circuit. When the connector is plugged in, the pins on the male connector make contact with the pins on the female connector, thus providing a secure, electrical connection. The connector also has a latch or locking mechanism that ensures that the connection is secure when the connector is fully inserted. This latch prevents the connector from being accidentally removed or disconnected. This connector has an asymmetrical design, which limits the likelihood of incorrect insertion, and thus prevents damage to the circuit or the connector itself.

This type of connector is also designed to handle higher levels of current than other types of connectors. This means it can be used with devices that require higher power levels. Additionally, the connector has several contact points, so if one point fails, it will still make good contact with the other points.

The MTMM-147-13-G-Q-070 is an excellent choice for any hobbyist, home electrician, or industrial designer. It is designed to provide a secure connection, can handle higher current levels, and has an asymmetrical design that prevents incorrect insertion. As such, it is perfect for any application where frequent plugging and unplugging of the connector is required.