Capacitor of periodic discharge of physical interpretation If the resistance value of the resistor is larger, the capacitor discharge when consume more energy in the resistor, and into inductors in the magnetic energy will be less. Can imagine, when a resistor of resistance value exceeds a certain limit, the capacitor at the beginning of the first discharge process, the energy released by would be a tiny part of the change of magnetic energy, and most were resistor consume, the capacitor in the latter period of the first discharge process in the rest of the energy is not enough to compensate the consumption of the resistor, and must take the magnetic energy stored in the inductor is all out to meet the consumption of the resistor. In this case, the capacitor charging will not be in the opposite direction, vC and I wait until zero attenuation does not change direction. The discharge process is referred to as non periodic discharge of capacitor discharge or non oscillation. Circuit is contains two independent energy storage components of the linear time-invariant circuit. Describe the equation of the circuit is the second order linear ordinary differential equations. Consists of a resistor, inductor and capacitor in series or parallel circuit is the most simple second-order circuit. Relevant search: temperature sensors, dongguan dongcheng power sensors, guan city power sensors, south side temperature sensor, temperature sensor in shenzhen, dongguan, capacitor, dongguan power sensors, foshan capacitor |