For each type of timer circuit below, draw the simplified RC circuit that you could use...

 

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For each type of timer circuit below, draw the simplified RC circuit that you could use to analyze the behavior of the capacitor (CM or CA) as it charges. Solve the resulting ODE and plot the resulting curve (initial conditions will differ between circuit types). Also show a horizontal line where the voltage of the capacitor triggers the internal comparator in pin 6. Monostable 555 Timer +5V Astable 555 Timer +5V 4 8 Ri 2 555 R2 6 CA 4 8 RM Trigger o 2 7 555 6 Output 3 CM Output o 3 1 10 0.01F 50 0.01F For each type of timer circuit below, draw the simplified RC circuit that you could use to analyze the behavior of the capacitor (CM or CA) as it charges. Solve the resulting ODE and plot the resulting curve (initial conditions will differ between circuit types). Also show a horizontal line where the voltage of the capacitor triggers the internal comparator in pin 6. Monostable 555 Timer +5V Astable 555 Timer +5V 4 8 Ri 2 555 R2 6 CA 4 8 RM Trigger o 2 7 555 6 Output 3 CM Output o 3 1 10 0.01F 50 0.01F

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depicts two circuits a monostable 555 timer and an astable 555 timer For both circuits the capacitor C is connected in series with a resistor R between a power supply pin VCC and ground This is the ba... View the full answer