CLM-118-02-G-D

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The CLM-118-02-G-D is a type of rectangular connector, which is specifically classified as a header, receptacle, and female socket. It is typically used in a wide variety of applications, such as in computers, communication systems, and industrial equipment. This type of connector is usually made up of two plastic housings held together by a metallic pin.

When using this connector, users typically need to ensure that all components are properly plugged in, correctly aligned, and securely connected. This type of connector is designed to be highly reliable and minimize electromagnetic interference. It is also designed with an efficient grounding system that ensures a consistent signal transmission. In terms of its design, the CLM-118-02-G-D is composed of two parts – the male and female connectors – with the male side typically connecting to the power source or device.

The operation of a CLM-118-02-G-D is fairly simple. First, the male end of the connector should be plugged into the designated port in the device. Then, the female end of the connector should be securely fastened onto the power source or device. This is essentially done by means of a screw or other fastening device. After this is complete, the connector is then ready to transmit signals and power between the two devices.

In terms of its performance, the CLM-118-02-G-D is designed to be highly reliable. It is able to handle a wide range of signal frequencies of varying levels. Furthermore, it is also designed to be highly resistant to wear and tear, as it is made of durable, high quality materials. This ensures that the connector is able to withstand even the most rigorous and demanding applications.

The CLM-118-02-G-D is a versatile, reliable, and efficient rectangular connector that can be used for a variety of applications. Its two-part design makes it easy to install and use, and its high resistance to wear and tear makes it ideal for long-term use. Additionally, its efficient grounding system and ability to handle a wide range of signal frequencies make it a highly reliable choice for most applications.

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