ICD26S13E4GX00LF Connectors, Interconnects

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D-Sub connectors are a type of electrical metal connector that has a "D" shaped metal shell which houses several contacts for transferring electrical signals between various devices. The ICD26S13E4GX00LF is a type of D-Sub connector that was specifically designed for VGA applications. It is used to carry RGB analog signals as well as the H-sync, V-sync, and other control signals.

The ICD26S13E4GX00LF has thirteen pins which are arranged in a female configuration. The contacts are gold-plated for optimum signal transfer and are arranged in two rows. Each contact has a pin diameter of 0.5mm and maximum current rating of 3A. The outside of the connector is made from nickel-plated brass for good conductivity. The shell also has a threaded bezel to provide a snug, secure fit.

The ICD26S13E4GX00LF is primarily used in VGA cable assemblies for transferring video signals from display devices such as monitors and projectors. The connector is also suitable for use in digital signage, KVM switches and other devices where high-quality video transfer is required. Additionally, the relatively low current rating of 3A makes it ideal for applications where current draw is limited, such as in portable computing equipment.

The working principle of the ICD26S13E4GX00LF is fairly straightforward. The signal travels through the pins of the connector and is then sent through the cable to its destination. Depending on the type of signal being transmitted, the signal may be either digital or analog. Digital signals are composed of ones and zeros while analog signals are constantly varying depending on the input source. It is important to be aware of which type of signal is being used in order to ensure proper operation of the connector.

The ICD26S13E4GX00LF is a reliable and robust D-Sub connector designed for use in VGA cable assemblies. Its thirteen pins are gold-plated for optimum signal transfer and the shell is made from nickel-plated brass for enhanced conductivity. The connector can also be used in digital signage, KVM switches and other applications where high-quality video transfer is required. The working principle is fairly straightforward and involves the transfer of analog or digital signals through the pins of the connector to its destination.

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