You are using an outdated browser. Please
upgrade your browser to improve your experience.
In an AC circuit having a resistor R, an inductor L, and a capacitor C, the voltage across the circuit is generally different from the phase of the current therein
LC Circuit Frequency
by Jiaming Zhang
What is it about?
In an AC circuit having a resistor R, an inductor L, and a capacitor C, the voltage across the circuit is generally different from the phase of the current therein. If the parameters of the circuit components (L or C) or the power supply frequency are adjusted, they can be made to have the same phase, and the entire circuit appears to be purely resistive. To adjust the parameters of L or C, an accurate calculation is required. With this tool, calculations are fast and accurate.
App Screenshots
App Store Description
In an AC circuit having a resistor R, an inductor L, and a capacitor C, the voltage across the circuit is generally different from the phase of the current therein. If the parameters of the circuit components (L or C) or the power supply frequency are adjusted, they can be made to have the same phase, and the entire circuit appears to be purely resistive. To adjust the parameters of L or C, an accurate calculation is required. With this tool, calculations are fast and accurate.
Disclaimer:
AppAdvice does not own this application and only provides images and links contained in the iTunes Search API, to help our users find the best apps to download. If you are the developer of this app and would like your information removed, please send a request to takedown@appadvice.com and your information will be removed.
AppAdvice does not own this application and only provides images and links contained in the iTunes Search API, to help our users find the best apps to download. If you are the developer of this app and would like your information removed, please send a request to takedown@appadvice.com and your information will be removed.
