1. 电容器：它允许用户快速又有效率地产生一般器件,如P/N 信道金属氧化半导体(P/N MOS),电阻器(resistors),电容器(capacitors),防护圈(guard-ring),接点(contact),所产生的器件无论是否经过变形,始终保证设计检测规则正确(DRC correct).
2. 电容：多谢Mario指点,小弟因资质所限,都系不能原全明白其原理,如果D电容(capacitors)系用黎防止外接装置开关时做成DC输出直流电压不稳,加一两个大电容就应该得,如果系要防止高频干扰就应该唔止用电容咁simple,起码要加D resistors or inductors去做个高,
3. 电容器等：Batteries and associated circuitry 电池及附属电路 | Capacitors 电容器等 | Key Areas of Support 主要技术支持领域
1. But the biggest problem with current super capacitors is a short power cycle.
2. It also is considering equipping the city's buses with the super capacitors and setting up quick charging facilities at bus terminals.