MMS-130-02-F-SV

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Rectangular Connectors, such as Headers, Receptacles, and Female Sockets, are among the most widely used types of electrical connectors. From consumer electronics to aerospace applications, they are used to provide connections between two or more electrical components. The MMS-130-02-F-SV is a popular type of rectangular connector that is widely used in many industries. This article will look at the typical application fields that the MMS-130-02-F-SV is used in and describe its working principles.

Applications of the MMS-130-02-F-SV

The MMS-130-02-F-SV is commonly used in a range of industrial applications, including automotive, medical, and industrial automation systems. This connector is often used in applications where reliability and low voltage distribution are required. In automotive systems, the MMS-130-02-F-SV is used in applications such as automotive control centers, power distribution systems, and engine control systems. In medical systems, the MMS-130-02-F-SV is used in applications such as medical diagnostic systems, medical imaging systems, and medical device management. In industrial automation systems, the MMS-130-02-F-SV is used in applications such as robot control centers, automated manufacturing systems, and industrial process controls.

Working Principle Of The MMS-130-02-F-SV

The MMS-130-02-F-SV has two complimentary parts, a male and a female connector. The male end has two pins, and the female has two sockets. The male end is inserted into the female socket, forming a tight connection between them. The contact surfaces between the two connector parts are gold plated, which ensures a reliable electrical connection. The connector has two wide contact areas that ensure good conductivity and also allows for a wide range of current carrying capacity.

The female socket of the MMS-130-02-F-SV has an integral spring latch that is used to secure the male connector in the female socket. This ensures a reliable and stable connection between the two connector parts. The latch is also designed to help protect the contact surfaces from dust and dirt, thus ensuring that the connector is free from contamination. The latch also prevents the connector body from coming out of the female socket at high temperatures.

The MMS-130-02-F-SV is also designed with two built-in strain reliefs that help to absorb shock and vibration. The strain reliefs help to protect the contact surfaces from excessive stresses, thus ensuring a reliable electrical connection even under harsh environmental conditions. The strain reliefs also protect the connector from damage due to mechanical impacts.

The MMS-130-02-F-SV is designed to meet the requirements of RoHS and Reach standards. This ensures that the connector is free of hazardous substances, such as lead, mercury, and cadmium. The connector is also designed to meet the UL 94V-2 flammability standard, which ensures that it does not spread fire in the event of an electrical overload.

The MMS-130-02-F-SV is also designed with two built-in seals. The seals protect the contact surfaces from moisture, dust, and other environmental contaminants, thus ensuring a reliable electrical connection. The seals also help to reduce EMI/RFI interference, thus ensuring the stability of the electronic components to which the connector is connected.

Conclusion

The MMS-130-02-F-SV is a popular type of rectangular connector that is widely used in many industries. It is commonly used in automotive, medical, and industrial automation applications. The connector has two complementary parts, with a male and female connector. The contact surfaces between the two connector parts are gold-plated, providing good conductivity and a wide range of current carrying capacity. The MMS-130-02-F-SV also has two built-in strain reliefs and two built-in seals, providing reliable protection against mechanical impacts, shock, vibration, EMI/RFI interference, dust, moisture, and other environmental contaminants.

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