The average capacitor discharge current in Figure 252 is a constant 9.42 pA for a 0.507...

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The average capacitor discharge current in Figure 252 is a constant 9.42 pA for a 0.507 uF film capacitor. Assume a different film capacitor C-0.7350 uF results in a different discharge current given by y=-0.05160x + 5.0. Calculate the discharge current (amps) for this different capacitor. If the Arduino were like a 10M Ohm voltmeter, the cap would discharge very quickly. Calculate the time (seconds) to discharge 98.2%, which is four time constants. Tau-R*C. i.e. sample time is 0.1sec close & open every 0.1sec Arduino Analog In 4.94 1.1 4.86 Capacitor Discharge through Arduino (dt-0.1sec) Ve(t) 3.4 4.69 55 4.6 4.6 6.5 4.48 7.7 44 10.5 4.23 25.7 aime hes) Cap Volts 3.21 10 11 12 13 14 Time heun) 15 Figure 252 CIOSorur telt The average capacitor discharge current in Figure 252 is a constant 9.42 pA for a 0.507 uF film capacitor. Assume a different film capacitor C-0.7350 uF results in a different discharge current given by y=-0.05160x + 5.0. Calculate the discharge current (amps) for this different capacitor. If the Arduino were like a 10M Ohm voltmeter, the cap would discharge very quickly. Calculate the time (seconds) to discharge 98.2%, which is four time constants. Tau-R*C. i.e. sample time is 0.1sec close & open every 0.1sec Arduino Analog In 4.94 1.1 4.86 Capacitor Discharge through Arduino (dt-0.1sec) Ve(t) 3.4 4.69 55 4.6 4.6 6.5 4.48 7.7 44 10.5 4.23 25.7 aime hes) Cap Volts 3.21 10 11 12 13 14 Time heun) 15 Figure 252 CIOSorur telt

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