TMM-117-02-L-Q

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The TMM-117-02-L-Q is a type of rectangular connector in the header, male pins category. This type of connector is used to pass current or signals between two regions on a printed circuit board, as well as in cabling between multiple boards on a system. Headers are commonly found in computers, mobile phones, electrical systems, and many other electronic products.

The TMM-117-02-L-Q connector’s application fields include printed circuit board assembly, computer peripherals, and multi-board cabling systems. It is typically used in tight places, and has a high contact density. Its operating temperature is -55 to +125 °C, and its rated current is 3A per contact.

The working principle of the TMM-117-02-L-Q can be broken down into two components: mechanical and electrical principles. The electrical signals that enter the header are first divided up into the two working circuits. One of these circuits is for the signal from the signal pin on the printed circuit board, and the other is for the power circuit from the power pin. The mechanical components work to link the two circuits, ensuring that the signals travel seamlessly from the source to the destination.

The TMM-117-02-L-Q connector consists of two surface mount tabs and two plastic tabs. One tab is for the signal, and the other is for the power. The surface mount tabs fit into corresponding holes on the printed circuit board, while the plastic tabs fit into drilled slots. The connector is then soldered in place. A locking mechanism ensures the connector is firmly held in place. Once the connector is secure, the electrical signals will travel from the signal pin to the power pin, and then to their respective destinations.

The TMM-117-02-L-Q connector is a type of rectangular connector in the header, male pins category. It is commonly used in tight places, and with its high contact density can pass current or signals between two regions on a printed circuit board, as well as in cabling between multiple boards on a system. Its working principle consists of both mechanical and electrical components, and its application fields include printed circuit board assembly, computer peripherals, and multi-board cabling systems.

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