TMM-135-01-T-D-RA-032

The TMM-135-01-T-D-RA-032 is a type of Rectangular Connectors – Headers, Male Pins design. The 032 style of this type of connector has two rows, 14 poles and 0.8mm pitch. It has a pin header of platinum-plated brass and a tin-plated steel latch, plus a polarized design for mating and unmating features.

The TMM-135-01-T-D-RA-032 is designed for a variety of applications, including computer and communication devices, electrical and electronic components and automotive equipment. It can also be used for applications where current and voltage requirements are higher.

In regards to its working principle, the TMM-135-01-T-D-RA-032 connector uses a process of electrical connection which involves metal tips that come into physical contact with protrusions on the mating connector. This type of contact allows an electrical current to flow, and the connector’s current rating is indicated by the amount of energy it can safely transmit. The connector also utilizes robust and dependable retention forces to keep it securely in place on the mating connector.

The TMM-135-01-T-D-RA-032 connector also features a locking latch, which helps to ensure a secure connection, even when mated under vibration and shock conditions. The latch is also keyed in order to prevent mismating between similar types of connectors. In terms of environmental acceptance testing, it has been tested to ensure that it meets the requirements for safety and operational performance in an industrial setting.

In conclusion, the TMM-135-01-T-D-RA-032 is a type of connector designed for applications where current and voltage requirements are higher, as well as in computer and communication devices, electrical and electronic components and automotive equipment. It utilizes a process of electrical connection which involves metal tips that come into contact with protrusions on the mating connector, and is also equipped with a locking latch for secure connections. In terms of environmental acceptance testing, it has been rigorously tested to ensure that it meets the requirements for safety and operational performance in an industrial setting.