Parallel Plate Capacitors is made and published by
Theresa Gilbert.
AppBrain is an independent app data site and isn't affiliated with Theresa Gilbert.
The app name, icon, screenshots and description belong to Theresa Gilbert and are shown as
published on the App Store.
About Parallel Plate Capacitors
Parallel Plate Capacitors was a productivity app developed by Theresa Gilbert. It was removed from the App Store Jan 3, 2024.
User Ratings
The app had no ratings.
App Information
Parallel Plate Capacitors was free. The app size was 7.16 MB. The last available version was 1.0.0. The last update was on September 14, 2023.
Technical Requirements
The app had a content rating of Everyone. The app had been available on the App Store since September 2023.
Description by Theresa Gilbert(from the App Store)
A capacitor is a common electronic component that stores and releases it when needed. A parallel plate capacitor is a common type of capacitor that consists of two parallel metal plates with a layer of insulating material between them, usually air or an insulating medium.
Capacitors are electronic components used to store electrical charge, and they play an important role in electronic circuits and electrical systems. Parallel plate capacitors are one of the simplest types of capacitors and consist of insulation sandwiched between two parallel metal plates. This tool is designed to help engineers and electronics enthusiasts calculate the capacitance values of parallel plate capacitors.
Electronic circuit design: Engineers can use this tool to calculate the capacitance value of parallel plate capacitors to ensure the performance and stability of the circuit. Education and learning: Students can use this tool to learn the basic principles and calculation methods of capacitors. Research: Researchers can use this tool to estimate the capacitance value of a capacitor in research experiments. This tool will help simplify the calculation of capacitor capacitance values, improve engineering and learning efficiency, and ensure that the designed circuit or system can function properly.
Each subscription will automatically renew 3 days before the expiration date for
the same time period. Subscriptions can be cancelled at any time before the renewal.