M3EEK-4036R

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Rectangular Cable Assemblies, such as M3EEK-4036R, are essential components in any electronics system. They provide an efficient, reliable and cost-effective way to connect components in a wide range of applications. This article discusses the application field and working principle of the M3EEK-4036R, a rectangular cable assembly with two or three rows of pins.

M3EEK-4036R is a versatile rectangular cable assembly that can be used in various application fields. It is usually designed for large-scale designs, and offers high flexibility and stability for power communication in applications such as computer systems, solar panel systems, home security systems, medical equipment, telecommunication systems and others. In addition, its compact design makes it ideal for use in tight spaces. It also provides good protection from EMI and RFI interference.

M3EEK-4036R is a type of self-shielding rectangular cable assembly. It provides two or three rows of pins, depending on the design, for power and signal transmission. The pins are arranged in a “U” shape pattern, which provides an optical-contact connection. The pins are polished and coated with gold plating for improved contact conductivity. In addition, the pins are ultrasonically welded to the cable sheath to provide a reliable connection.

The working principle of the M3EEK-4036R is simple. The pins are electrically connected to the corresponding cables by a series of contacts. When electricity is passed through the pins, the electrons pass through the cables and create an electrical circuit. The electrical circuit is then connected to the desired component, allowing the electricity to pass through it and be consumed. This type of connection is also known as an “active connection”, since the electricity is actively flowing from the pins to the corresponding component.

M3EEK-4036R is a versatile rectangular cable assembly that can be used in a wide range of applications. Its three-row design and flexible pin arrangement provide good stability and performance for power communication applications. Furthermore, its compact design makes it ideal for use in tight spaces. Its pins are polished and gold-plated for improved contact conductivity, and it is self-shielding for protection against EMI and RFI interference. It also provides an active connection for transmitting energy between components.

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