B43601C9477M60

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Aluminum electrolytic capacitors are one of the most widely used capacitors in domestic, industrial and military electronics. They not only feature high capacitance density, but also easy and simple installation and excellent general electrical characteristics. B43601C9477M60, a 63V/47UF aluminum electrolytic capacitor, is one of widely-seen components in this category due to its resistance to high temperature and its long-term reliability. Its main application is in mid-voltage systems in electronics and they are commonly used in medical, communication and automotive industries.

B43601C9477M60 is a snap-in aluminum electrolytic capacitor with leads and its packed in single/bulk format. Its maximum Operating Temp. is to be 125 degree centigrade (257 degree Fahrenheit) and its DCL is 15uA. It also has large capacity for energy storage, which makes it suitable for short term operation. Moreover, it combines very high voltage with large voltage resistant in a small-sized design, making it very efficient and popular.

The operating principle of B43601C9477M60 is electrostatic Faraday law. It is composed of flat electrodes which are thin plates of aluminum foil covered with a protective oxide layer and wound helically on an insulating cylinder known as the spacer. This is insulated from the case and then filled with an electrolyte. This electrolyte is made up of a liquid or gel and is used to allow the movement of electrical charges.When a charge is applied to the capacitor, it accumulates on the two electrodes, between the insulation and the dielectric layer. This causes a change in the electrical field between the electrodes, which then produces an opposition to the current flow. The electrolyte then acts as a path to complete the electric circuit; the current flows through it between the electrodes.

In summary, B43601C9477M60 is an aluminum electrolytic capacitor that is designed to store energy in short bursts and withstand high temperatures. It is mainly used in mid-voltage systems in electronics, particularly in medical, communication and automotive industries, and has proven to be highly reliable over the years. The capacitor works by using Faraday’s electrostatic law, where charges conveniently accumulate and create an opposing electric field on the two electrodes between the insulation and dielectric layers, allowing the current to flow.

The specific data is subject to PDF, and the above content is for reference