FCE17A15PN490

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D-sub connectors are used commonly in the electronics and electrical fields as multiple-contact devices for the transmission of sign and data. The most commonly used type of connector used by the electronics industry is the FCE17A15PN490. It is a 9-pin connector.

The FCE17A15PN490 is a D-Sub connector that is typically used for communications, networking, and instrumentation applications. It is rated for up to 5.0A at 250V and is available in two types of shell thicknesses; ‘mid’ and ‘panel’. It is also UL-rated to CSA standard C22.2 No. 182.

The FCE17A15PN490 features nine contacts and is offered in either straight or right angle configuration. The pins are arranged in two rows, four pins in the center with two pins on each side. It has a maximum working voltage of 250VAC, making it suitable for many electronic and electrical applications. It is equipped with a shell-connected ground and drain wiring, which ensures reliable contact and offers a good protection against electromagnetic interference. This connector is made from corrosion resistant stainless steel, making it ideal for applications in harsh conditions.

The working principle of the FCE17A15PN490 is to connect two ends of the signal cable and wire together using the nine contacts. The voltage runs through each contact and travels from each end of the wire to the other. This connector provides a reliable connection and ensures a quality signal transmission.

The FCE17A15PN490 is widely used in industrial controls, robotics, signal control, telecommunications, medical equipment, power supplies, measuring and testing equipment, and audio and video equipment. It is also used in many consumer applications, such as in gaming consoles, computer peripherals, and other consumer electronics.

In conclusion, the FCE17A15PN490 is an essential part of many different electronic and electrical applications, and its working principle and usage field make it a go-to option for many professionals. It is highly reliable, offers good protection against electromagnetic interference, and is corrosion-resistant all contribute to making it a popular choice for many users.

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