TMM-106-06-G-S-SM-P-TR

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TMM-106-06-G-S-SM-P-TR is a type of rectangular connector header with male pins. It is a through hole mounting style connector with a tilt & turn locking mechanism. Each of the connector’s two receptacle rows has four pins, for a total of eight pins. Additionally, the connector includes one ground contact with “restrict/insulation barrier” design.

The specific design of the TMM-106-06-G-S-SM-P-TR provides many advantages over other connectors. The tilt & turn locking mechanism ensures reliable connections between the header and the mating component, because it eliminates misalignment or any relative motions between connectors. Furthermore, the restrict/insulation barrier design protects the ground contact against accidental contact. This provides the user with extra assurance that the ground contact is firmly connected to the mating component.

The primary application field for this type of connector is in many telecommunications devices. The connector’s ground contact allows external shielding to be connected to sensitive device components. This makes the connector particularly suitable and reliable device connections in high-interference environments, such as digital communication networks.

When used in such applications, the TMM-106-06-G-S-SM-P-TR connector has a simple and straightforward working principle. First, the device is connected to the connector via through-holes in the devices’ respective circuit boards. Then, the connector is firmly connected to the mating component. This is done either by manually pushing the connector down or by using a self-locking mechanism. Finally, the shielding is connected to the ground contact of the connector via a cable.

In summary, the TMM-106-06-G-S-SM-P-TR connector is a type of rectangular connector header with male pins. It has a tilt & turn locking mechanism with restrict/insulation barrier design. This makes the connector suitable for applications such as telecommunications devices in high-interference environments, where it works by connecting the device, the connector, and the external shielding.

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