JEE MAIN - Physics (2020 - 6th September Morning Slot - No. 16)
For the given input voltage waveform Vin(t), the output voltage waveform V0(t), across the
capacitor is correctly depicted by :
_6th_September_Morning_Slot_en_16_2.png)
_6th_September_Morning_Slot_en_16_3.png)
_6th_September_Morning_Slot_en_16_4.png)
_6th_September_Morning_Slot_en_16_5.png)
_6th_September_Morning_Slot_en_16_6.png)
Explanation
$$\tau $$ = RC = 10$$\mu $$s
For 0 < t < 5 $$\mu $$s, capacitor is charging.
For 5 < t < 10 $$\mu $$s potential is constant so capacitor is discharging but during discharging not possible to discharge 100%.
After that capacitor again gets charged.
For 0 < t < 5 $$\mu $$s, capacitor is charging.
For 5 < t < 10 $$\mu $$s potential is constant so capacitor is discharging but during discharging not possible to discharge 100%.
After that capacitor again gets charged.
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