| 摘要 |
AN ELECTRONIC MULTILAYER CERAMIC COMPONENT (1) IS DISCLOSED WHICH IS LESS SUSCEPTIBLE TO HAVING A CRACK OR DELAMINATION IN A SINTERED CERAMIC BLOCK (2) AND HAS HIGH THERMAL SHOCK RESISTANCE, HIGH HUMIDITY RESISTANCE, AND HIGH RELIABILITY. DIMENSIONAL PARAMETERS EW, W, T, AND G OF THE ELECTRONIC MULTILAYER CERAMIC COMPONENT ARE DETERMINED SUCH THAT THE FOLLOWING CONDITIONS ARE SATISFIED:WG/EW?0.3; AND T/G?7.0, WHERE EW IS THE WIDTH OF INNER ELECTRODES (3A, 3E), WG IS THE WIDTH OF A SIDE GAP REGION BETWEEN THE ENDS OF THE INNER ELECTRODES AND ONE OF SIDE FACES (2E, 2F) OF A SINTERD CERAMIC BLOCK, T IS THE THICKNESS OF A REGION IN WHICH THE PLURALITY OF INNER ELECTRODES (3A, 3E) ARE LAMINATED, AND G IS THE THICKNESS OF ONE OF THE OUTERMOST CERAMIC LAYERS PARALLEL TO THE PLURALITY OF INNER ELECTRODES AND LOCATED OUTSIDE THE REGION IN WHICH THE PLURALITY OF INNER ELECTRODES ARE LAMINATED. (FIG.1A&1B) |
