SFUMC0500473MX0

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Feed Through Capacitors are useful in a variety of applications. The SFUMC0500473MX0 is a feed through capacitor that is typically used in high-voltage, low-frequency applications. It comprises a tubular element, insulating material and metal plates. It is typically used in DC and AC applications, with maximum operation voltages of 6,200-Volt AC and 200-Volt DC.

The SFUMC0500473MX0 has a standard body size of 0.5”, with an overall lead length of 2.5”. Its length-to-diameter ratio is also standard, at 0.6-1. This makes it suitable for when the space in the appliance is restricted. Other features include a high sustained dielectric strength, as well as excellent stability and reliability.

The working principle of the SFUMC0500473MX0 is not complex. Two metal plates are held inside the body of the capacitor, with a dielectric material in between them. When a current is applied to the capacitor, this dielectric material will store some of the electrical energy, creating an electrostatic field. This electrostatic field will act as a filter, blocking any alternating currents, whilst allowing direct current to flow through.

This effect is very useful when targeting certain frequency ranges. For example, if the application requires a signal at only 50Hz frequency, the capacitor can filter out any other frequencies that may be interfering with the desired signal. This makes the SFUMC0500473MX0 ideal for some audio, video and radio applications.

The SFUMC0500473MX0 also has a broad range of general electrical applications. As it is very effective at blocking high-frequency signals, it is often used in power supply filters, capacitor discharge circuits, and over-voltage protection. Additionally, it can be used in medical equipment circuits, device charging circuits and computer isolation circuits.

Overall, the SFUMC0500473MX0 is an extremely versatile and reliable feed through capacitor. It is well-suited to a wide variety of applications, offering both filtering and protection. Its consistent performance and reliability make it a great choice for a range of high-voltage, low-frequency applications.

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