| 摘要 |
PROBLEM TO BE SOLVED: To increase mechanical strength and thermal shock resistance by forming internal electrodes with a conductive paste containing metallic powder which is an electrically conductive component, SiO2 powder, and an organic vehicle. SOLUTION: This method of manufacturing a laminated ceramic capacitor is to print inner-electrode patterns 11 by a screen-printing method on a ceramic green sheet 12 of Pb-based composite perovskite dielectric ceramic by using a conductive paste, which has been prepared by kneading Ag-Pb alloy, SiO2 and an organic vehicle. Then, ceramic green sheets 13 for outer layers, having no inner electrode patterns, are laminated on both sides of plural ceramic green sheets 12 having inner electrode patterns formed, and then they are pressed. Then this mother-laminated body is cut at specified positions to produce individual elements 3, which are then fired. Each of the elements is coated with the conductive paste and is baked to form outer electrodes 4a and 4b.
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