Electrical properties of a unique solid array capacitor with 6 capacitance consisting of 4 electrodes and 3 organic dielectrics in single body

We investigated the electrical properties of a unique solid array capacitor with 6 capacitances consisting of 4 electrodes and 3 organic dielectrics in single body. The unique solid array capacitors with 4 electrodes and 3 dielectrics were composed of Cu/organics Di-electric/Cu/organics Di-electric/Cu/organics Di-electric/Cu with horizontal arrays structure. It was made by a new and unique fabrication process. A 4 cu sheet and a 3 organic sheet are stacked up in a vertical direction. The stacked materials are then pressed vertically using temperature, pressure, and time. The pressed samples were mechanically cut into the designed sizes in the transverse and longitudinal directions. When the cutted sample is laid flat, a 4 cu electrode and 3 organic di-electrics can be made a unique solid array capacitor horizontally. A size of the completed array capacitor is 3x4.86x0.5mm and 2.7x3.6x0.5mm. The length of the electrode and organic Di-electric is about 0.5 mm at plane. The thickness of the fabricated array capacitor in the vertical direction is 0.5 mm. It has 6 capacitances with a series-type structure. The capacitance values calculated by the formula and the measured capacitance values were compared with each other. C₁, C₂, and C₃ of Sample1 and Sample2 show that the difference between the calculated value and the measured value is as small as about 5% or less for a 0.349 pF of sample 1 and a 0.301 pF of sample 2. C₄, C₅, and C₆ were compared within 13∼15% of the calculated and measured values. The variation of the measured capacitance was confirmed to be within 15%.