illustrated graphically as shown in figures 5 and 6 for the supply voltage shown in figure 4. The plots show the power and energy as functions of time. Fig. 4. A pulsed input supply emf. Fig. 5. The power supplied to the circuit the power pS, dissipated in the output (load) resistance and the pO power stored or supplied by the capacitor pC. Fig. 6. The energy supplied to the circuit the energy uS, dissipated in the output (load) resistance and the uO energy stored or supplied by the capacitor uC. The response of the RC circuit to a simple step function (OFF/ON) is shown in figures 7, 8, 9 and 10. Fig. 7. A simple step (OFF/ON) input supplied voltage.
illustrated graphically as shown in figures 5 and 6 for the supply voltage shown in figure 4. The plots show the power and energy as functions of time. Fig. 4. A pulsed input supply emf. Fig. 5. The power supplied to the circuit pS, the power dissipated pO in the output (load) resistance and the power stored or supplied by the capacitor pC. Fig. 6. The energy supplied to the circuit uS, the energy dissipated uO in the output (load) resistance and the energy stored or supplied by the capacitor uC. The response of the RC circuit to a simple step function (OFF/ON) is shown in figures 7, 8, 9 and 10. Fig. 7. A simple step (OFF/ON) input supplied voltage.
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