TMM-134-05-T-S

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The TMM-134-05-T-S is a rectangular connector belonging to the Male Pins family found in the Headers category. It is a 2x50 pin connector for board-to-board/wire-to-board applications, featuring two rows of 50 pins each, making it ideal for use in a variety of applications where micro-miniature signals need to be securely connected.

The TMM-134-05-T-S features a gap between the two rows, allowing easy access to the pins in order to make connections quickly and easily. This gap also reduces the density of the circuit, making it easier to route the signals through without interference. The connector has a robust body design which is fabricated from high grade flame retardant plastic, making it resistant to wear and tear and resistant to temperature changes. In addition, the connector also boasts a unique locking system which provides improved contact retention.

When it comes to installation, the two rows of 50 pins are clearly marked on the connector, giving the user better visual identification. A snap-on locking mechanism is also provided, which helps to lock the connector securely in place after correct installation. With a contact spacing of 0.1 mm (0.004"), it is also an extremely compact design, allowing for tight routing between the board and the connector.

The working principle of the TMM-134-05-T-S is based on the forces of attraction between the connector and the circuit board, which is achieved by a combination of spring force, surface contact and the pegging force of the pins. This is especially effective when mating is done at a lower PCB board level. The contact force between the connector and the board is produced through the contact spring and the pegging force of the pins, which together provide a secure and reliable connection.

The TMM-134-05-T-S is a very versatile connector, and can be used in a variety of applications, including automotive and avionics, medical devices, telecommunications, consumer electronics and even robotics. Its unique features make it an ideal choice for manufacturers looking to quickly and easily connect several micro-miniature signals securely in a less densely populated circuit. It is also a cost effective solution, with the lifetime cost usually coming in significantly lower than other alternative solutions.

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