Consider the circuit shown in Figure 8. The input voltage is sinusoidal(AC),with a peak amplitude of 3 V. The resistor has a value of 1 kohm.

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1.Consider the circuit shown in Figure 8.33. The input voltage is sinusoidal(AC),with a peak amplitude of 3 V. The resistor has a value of 1 kohm. When conducting, the two diodes have a forward drop of 0.7 V. Make a sketch of the output voltage. Carefully label your axes.

2.Design a clipping circuit that limits the voltage of an input signal to within the range −5 V to +5 V.

3.The circuit of Figure8.37 is a Cockroft-Walton multiplier. The input signal is a square wave with a high voltage Vp and a low voltage of zero volts.

(a) What is the output voltage? (Neglect diode drops.)

(b) If Vp = 5 V, find the output voltage, including diode drops of 0.6 V.

Consider the circuit shown in Figure 8. The input voltage is sinusoidal(AC),with a peak amplitude of 3 V. The resistor has a value of 1 kohm.

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-4Explain What is the advantage of this circuit, called a bridge rectifier, compared to that one in experiment B?