MTMM-149-03-G-Q-070

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The MTMM-149-03-G-Q-070 is a type of rectangular connector that is commonly used in a variety of applications. It is typically classified as a “header” – a type of connector that features a series of pins arranged in two rows. This style of connector is also differentiated by its male pins; i.e., the pins of the connector protrude out in order to be inserted into the corresponding female socket in the equipment unit to which it is being connected.

The MTMM connector is designed to be small and lightweight, allowing it to occupy a minimal amount of space in its application. This size and weight reduction is due in large part to its flat molded plastic housing which greatly enhances the form factor of the connector. It also features a secure locking mechanism to ensure that the connection between the male and female pins is properly maintained.

The MTMM-149-03-G-Q-070 connector is most commonly used in communications and automotive applications, as it provides reliable, efficient power and signal transmission. Its robust design ensures that power is properly carried through the pins without experiencing disruption or fluxuation. The plastic housing also minimizes the risk of short circuits, which can lead to electrical problems in the application.

The working principle of the MTMM connector is quite simple. To establish a connection, the male pins must first be inserted into the female socket of the equipment unit. Once the pins are properly aligned, the connecting housing can be secured in place which will effectively seal the pins in the socket ensuring a secure connection.

In summary, the MTMM-149-03-G-Q-070 connector is a small, lightweight rectangular connector typically classified as a “header” and characterized by its protruding male pins. This connector is commonly used in communications and automotive applications due to its efficient power and signal transmission capabilities. Its working principle involves the insertion of the male pins into the female sockets of the equipment unit, followed by the securing of the connecting housing in order to ensure a proper and secure connection.

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