MMT-140-02-H-DH

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Rectangular connectors are the most widely used electrical connectors in the world. They are used in a variety of applications, such as automobiles, appliances, consumer electronics, industrial equipment, and networking. The Rectangular connectors are divided into two categories: headers and male pins. The MMT-140-02-H-DH belongs to the family of rectangular connectors. This article will focus on discussing the application fields and working principles of the MMT-140-02-H-DH.

The MMT-140-02-H-DH is a dual-row, 40-position connector, with a 2mm pin pitch and a 20mm cable length. This connector is typically used in industrial automation, communications, office automation, home automation and consumer electronic applications. It is generally used for power, signal and data connections. It is rated for a current of up to 2.5 A per pin and voltage of up to 250 VAC. The MMT-140-02-H-DH is also UL approved and meets the requirements of the European Directive CEE 7/7. The connector features a locking clip that securely fastens the plug to the socket ensuring a robust connection in harsh environments.

The working principle of the MMT-140-02-H-DH can be described in three steps. First, the connector\'s plug is inserted into the socket. When the plug is inserted, the locking clip engages with the socket and secures the connection. Second, once the connection is secure, the electric current flows through its pins. The pins are arranged in pairs for power/signal combining or separating. Finally, when the connection is finished, the locking clip is disengaged and the plug is removed from the socket. This is done by pressing the unlocking button on the connector.

In summary, the MMT-140-02-H-DH is a dual-row, 40-position connector that is commonly used in industrial automation, communications, office automation, home automation and consumer electronic applications. It has a current rating of up to 2.5 A per pin and voltage of up to 250 VAC. The working principle of this connector involves three steps, namely insertion of the plug, electric current flowing through its pins and disengaging the locking clip after the connection is done.

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