of the drawings illustrates another form of construction for a capacitor that utilizes the features of the present invention this arrangement has capacitor plates 40 and 41 and dielectric 1 divided into two parts 42 and 43 positioned on opposites of dielectric 2 that is identified also by the reference numeral 44 to understand and appreciate the reason for dividing one of the dielectric materials this way note that in relationship 2 above the areas a 1 and a 2 are two of the variables therefore a larger proporation of the electrode area will accommodate more volume of either of the dielectric materials fig5 illustrates a different arrangement of the capacitor of the invention where plates 50 and 51 have dielectric 1 divided into parts 52 and 53 and dielectric 2 divided into parts 54 and 55 with a third dielectric 3 positioned in the middle and identified by the numeral 56 even with multiple dielectric materials it should be observed that each dielectric material is in contact with each of the capacitor plates thereby forming electrically one capacitive value for each dielectric material as illustrated by fig2 amp 3 of the drawings the division of dielectric materials into multiple parts has no adverse effect for the capacitance value between the plates but with an arrangement according to the invention i e each dielectric material of whatever kind being in contact electrically with both capacitor plates there is no limitation to making the capacitor by any particular process therefore.