(natural response): when the square wave input is 0 V and the capacitor is discharging R-100...

 

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(natural response): when the square wave input is 0 V and the capacitor is discharging R-100 <=10uF (3) Assume the value of the voltage source goes from 5 V to 0 V instantaneously, and the capacitor is initially charged to 5 V. Write the expression for the voltage Vout(t): VoutH)=5.e (4) With the answer you found in questions (1) and (3), at what time (starting from 0 seconds) do you expect the capacitor to discharge to the following values? Write your process in the box below and express your answer in milliseconds. (a) 5 V: (b) 4 V: (c) 2.5 V: 5V uv (3-02-2 2.5V (natural response): when the square wave input is 0 V and the capacitor is discharging R-100 <=10uF (3) Assume the value of the voltage source goes from 5 V to 0 V instantaneously, and the capacitor is initially charged to 5 V. Write the expression for the voltage Vout(t): VoutH)=5.e (4) With the answer you found in questions (1) and (3), at what time (starting from 0 seconds) do you expect the capacitor to discharge to the following values? Write your process in the box below and express your answer in milliseconds. (a) 5 V: (b) 4 V: (c) 2.5 V: 5V uv (3-02-2 2.5V

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