MDF7-16P-2.54DSA(01)

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Rectangular Connectors - Headers, Male Pins are typically used for connecting circuit boards and electronic equipment, and MDF7-16P-2.54DSA(01) is no exception.

MDF7-16P-2.54DSA(01) is a connector with a 16-pin dual row male header, with 2.54mm pitch spacing between the pins for connecting printed circuit boards and electronic equipment. It is designed to ensure reliable contact while providing strong mechanical connection, and comes with insulation sleeves to ensure freedom from electric shock.

Application Field:

MDF7-16P-2.54DSA(01) makes an ideal solution for a wide variety of applications, from basic connection of everyday consumer electronics, such as mobile phones, to more complex industrial and manufacturing equipment. It has been designed for use in a wide range of environments, offering protection against dust, humidity, vibrations, and temperatures.

Its small footprint makes it ideal for use in enclosures and other areas with limited space. Additionally, it can be used to pass high current and has a low contact resistance. This makes it useful for reliable connection to power supplies, as well as a variety of signal, data, and communication applications.

Working Principle:

The MDF7-16P-2.54DSA(01) operates by establishing two-way electrical connections between circuit boards and electronic equipment. The connections are made by two rows of 16 pins spaced 2.54mm apart. The pins are inserted into two rows of holes on the board. The connector assembly is then secured to ensure the most reliable contact between the equipment and the board.

The two rows of pins are connected to each other via an internal connector, while the outerframe is insulated with protective sleeves to eliminate potential contact with the sides or edges of other components located next to the connector.

The connector also includes a latch mechanism for secure connection of the board and the header, ensuring dependable operation. Additionally, the latch prevents accidental disconnection or interference with the pins while the equipment is in operation.

The connector is also designed to pass a high current rating, making it able to withstand high-voltage impulses and support a wide range of power, signal, and communication connections.

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