TMMH-150-06-G-6

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The TMMH-150-06-G-6 is a rectangular connector – headers, male pins – from the Molex family.

TMMH-150-06-G-6 connectors are widely used in a variety of devices including: computer, telecommunications, medical, automotive, and military applications. The TMMH-150-06-G-6 has a maximum current rating of 4 amps and a maximum voltage rating of 250 volts.

The TMMH-150-06-G-6 consists of a two-piece housing. This two-piece housing features a locking latch and a mating cavity for the mating half. On both sides of the housing, there are six metal pin contacts which are spaced at 2.50mm centerline. The six contacts are rated for 4 amps of current with a maximum voltage rating of 250 volts.

The TMMH-150-06-G-6 is typically used in high reliability applications such as in military and aerospace applications. It is often used as a replacement of other similar Molex style connectors for computer and telecommunications applications.

The working principle for the TMMH-150-06-G-6 connector is straightforward. First, the locking latch is opened and the two housing halves are aligned and pressed together. This action secures the contacts to the other half and creates the connection between the two halves. As the housings retain their connection, the latch prevents them from becoming unlocked. Pressure is released and the contacts securely hold the connection in place.

In conclusion, the TMMH-150-06-G-6 is a rectangular connector – headers, male pins – which is commonly used in a variety of applications such as computer, telecommunications, medical, automotive, and military devices. It features a two-piece housing and six metal pin contacts which are rated for 4 amps of current and a maximum voltage rating of 250 volts. Its latch mechanism makes it suitable for high reliability applications such as in military and aerospace devices. The working principle for the TMMH-150-06-G-6 involves opening the latch, aligning and pressing the two housing halves, and finally releasing the pressure to securely hold the connection in place.

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