Three electrolytic capacitors
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Three electrolytic capacitors
Three electrolytic capacitors with capacitance values of 2200 microfarads, 1000 microfarads and 470 microfarads. The arrows on the canisters are pointing to the capacitors negative ends. A capacitor is similar to a battery in that it is designed to store and release electrons. It has two terminals (electrodes) that connect to two metal plates separated by a dielectric (non- conducting material). However, unlike a battery, a capacitor cannot produce new electrons and must be charged. Also, a capacitor can release its charge in under a second, compared to a few minutes for a battery. This is used to power a camera flash, for example
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Media ID 6438027
© ANDREW LAMBERT PHOTOGRAPHY/SCIENCE PHOTO LIBRARY
Capacitor Capacitors Component Cylinder Dielectric Electrical Electricity Electrode Electrodes Electrolytic Electronic Electronics Electrostatic Electrostatics Terminal Terminals Trio Unit 1000 2200 Physical
EDITORS COMMENTS
This print showcases three electrolytic capacitors with different capacitance values, namely 2200 microfarads, 1000 microfarads, and 470 microfarads. The arrows thoughtfully placed on the canisters indicate the negative ends of these powerful components. Similar to a battery, a capacitor is ingeniously designed to store and release electrons. It consists of two terminals or electrodes that connect to metal plates separated by a non-conducting material called dielectric. However, unlike batteries, capacitors cannot generate new electrons; they need to be charged before use. What sets them apart is their remarkable ability to discharge their charge in less than a second compared to minutes for batteries. This rapid energy release makes them ideal for applications such as powering camera flashes. The trio of capacitors in this image represents an essential part of electronic technology and highlights the fascinating world of electrostatics. With its sleek cylindrical shape and precise terminal connections, each capacitor embodies the perfect blend of form and function. As we delve into the realm of physics and explore electronics further, it becomes evident that capacitors are indispensable units within this technological landscape. They play a crucial role in various electrical equipment by storing energy efficiently and releasing it when needed most. This exceptional photograph from Science Photo Library beautifully captures the essence of these vital components while showcasing their significance in our modern world dominated by electronic marvels.
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