松下高分子电容 10TPB330M

松下高分子电容 POSCAP聚合物电容 Panasonic贴片聚合物电容

10TPB47M 10TPB33M 8TPB47M 6TPB100MA 6TPB100MAV 6TPB68M 6TPB47M 4TPB150MA 4TPB100M 4TPB100MV 4TPB68M 2R5TPB220MA 2R5TPB100M 10TPB220MC 10TPB68MC 10TPB47MC 8TPB82MC 6TPB150MC 6TPB100MC 4TPB220MC 4TPB150MC 2R5TPB220MC 10TPB220ML 10TPB150ML 10TPB100ML 6TPB330ML 6TPB220ML 6TPB150ML 4TPB470ML 4TPB330ML 4TPB220ML 2R5TPB680ML 2R5TPB470ML 2R5TPB330ML 10TPB100M 6TPB150M 4TPB220M 2R5TPB330M 10TPB330M 10TPB220M 6TPB470M 6TPB330M 4TPB680M 4TPB470M 2R5TPB1000M 2R5TPB680M 

导电性高分子材料的有机物与二氧化锰无机物相比 在较低的300℃高温下就会出现热分解及绝缘化。因此 在短路的前兆阶段 即电流流过正极表面氧化绝缘层产生的焦耳热 会在氧化层微小的绝缘不充分部位形成导电性高分子绝缘层 阻碍电流通过达到自愈修复效果。卓越的自愈能力降低了短路因素 实现了在过冲击电流下的高可靠性 耐冲击电流保证至20A。