The Influence of Dielectric Space on Materials Capacitance of Capacitor

Abstract

This study examines the effect of dielectric space of various types of materials on capacitor capacitance using a theoretical study approach from various relevant literature. Relevant and valid literature is carried out by searching for keywords that are in accordance with the topic being discussed. The discovery of relevant articles uses various online media that provide various trusted journals. The number of articles used is 12 articles. The 12 articles obtained are then summarized for each article found by reviewing the results of the research obtained. In the articles found, the results of research are obtained regarding the capacitance value of capacitors which are influenced by various dielectric material tests. Testing of materials studied from articles found aims to determine materials that are efficient in increasing the capacitance value directly to a capacitor or energy storage. The influence of this selection has an impact on the magnitude of the capacitor capacitance value. The selection of materials makes the dielectric space or constant of different materials which causes different capacitor capacitances. The capacitance of the capacitor increases when the thickness of the type of material used is thinner. The selection of the type of capacitor dielectric material also affects the value of the dielectric space of the material caused by polarization between the dipoles which indirectly causes an increase in the capacitance value of the capacitor