电烙铁应与电容器塑胶套管保持适当距离，以防止过热造成塑胶套管破裂。
Soldering iron should be kept in a suitable distance from vinyl sleeve of capacitor in order to avoid sleeve crack.
电容器从放电电路断开以后，电容器中保持剩余的电荷，从而在电容器的端子之间重新建立起电压。
After a capacitor is disconnected from a discharge circuit, a residual charge remains on the capacitor, so a voltage is re-established across the capacitor terminals.
介绍一种具有干燥、照明和充电系统的演示实验装置，该装置使平行板电容器在演示时能保持所带电荷基本不变。
A parallel plate condenser with installation of drying air, lighting and charging is provided, which can keep charge numbers constant in demonstration experiment.
电烙铁应与电解电容器塑料套管保持适当距离，以防止过热造成塑料套管破裂。
Soldering irons should be kept away from the vinyl sleeve of capacitor to avoid excessive heat or damage to the sleeve.
电烙铁应与电解电容器塑胶外壳保持适当之距离，以防止过热造成塑胶套管破裂。
Soldering irons should be kept away from the vinyl insulation sleeve of capacitor, to avoid the cause made over heat or break down to sleeve.
电烙铁等高温发热装置应与电解电容器塑料外壳保持适当的距离，以防止过热造成塑料套管破裂。
Heaters of high temperature, such as soldering irons, should be kept away from the vinyl insulation sleeve of capacitor which to avoid the cause made over heat or break down to sleeve.
因此，电容器放电回线，以努力保持电压的降低中的值。
Therefore, the capacitor discharges back into the line in an effort to keep the voltage from decreasing in value.
所述接脚受限于所述连接槽内而不会产生位移，可以保持电解电容器的稳定性，延长使用寿命。
The pins are restricted in the connecting grooves and can not shift, thereby keeping the stability of the electrolytic capacitor and prolonging the service life.
所述接脚受限于所述连接槽内而不会产生位移，可以保持电解电容器的稳定性，延长使用寿命。
The pins are restricted in the connecting grooves and can not shift, thereby keeping the stability of the electrolytic capacitor and prolonging the service life.
应用推荐