Let be the circuit shown in the Figure 65-02.1. Assume that V_i = 20 sin 100 t, V_Z = 10 volts and V_D = 0.7 V. Find the output voltage as a function of the input voltage.

Problem 65-3    Source:   Problem elaborated by the author of the site.

Given the circuit shown in the Figure 65-03.1, calculate the output voltage V_o, assuming that the input voltage is given by V_i = 10 sin 1000 t. Sketch the waveform of V_o. Consider the voltage on the conduction diode as V_D = 0.7 V.

Problem 65-4    Source:   Problem elaborated by the author of the site.

Let be the circuit shown in the Figure 65-04.1. Assume that V_i = 12 sin 1000 t and V_D = 0.7 volts on the conduction. Calculate the voltage V_o and sketch a graph with the circuit transfer characteristic.

Problem 65-5    Source:   Problem elaborated by the author of the site.

Let be the circuit shown in the Figure 65-05.1. Assume that V_i = 15 sin 1000 t and V_D = 0.7 volts on the conduction. Calculate the voltage V_o and sketch a graph with the circuit transfer characteristic.

Problem 65-6    Source:   Problem elaborated by the author of the site.

Let be the circuit shown in the Figure 65-06.1. Assume that V_i = 18 sin 1000 t and V_D = 0.7 volts on the conduction. Calculate the voltage V_o and sketch a graph with the circuit transfer characteristic.

Problem 65-7   Source:  Problem elaborated by the author of the site.

Given the circuit shown in the Figure 65-07.1, calculate the output voltage V_o , assuming that the input voltage is given by V_i = 20 sin 500 t. Sketch a graph with the circuit transfer characteristic. Consider the voltage on the conduction diode as V_D = 0.7 V, V_Z1 = 6.8 V and V_Z2 = 3.9 V.

Problem 65-8   Source:  Problem elaborated by the author of the site.

Given the circuit shown in the Figure 65-08.1, calculate the output voltage V_o, assuming that the input voltage is given by V_i = 15 sin t. Sketch a graph with the circuit transfer characteristic. Consider the voltage on the driving diode as V_D = 0.7 V, V_Z1 = 6.8 V, V_Z2 = 4.7 V and V_Z3 = 3.3 V.

Problem 65-9   Source:  Problem elaborated by the author of the site.

Given the circuit shown in the Figure 65-09.1, calculate the output voltage V_o, assuming that the input voltage is given by V_i = 15 sin t. Sketch a graph with the circuit transfer characteristic. Consider the voltage on the driving diode as V_D = 0.7 V, V_Z1 = 6.8 V, V_Z2 = 4.7 V and V_Z3 = 3.3 V.

Problem 65-10   Source:  Problem elaborated by the author of the site.

Given the circuit shown in the Figure 65-10.1, calculate the output voltage V_o, assuming that the input voltage is given by V_i = 15 sin t. Make a graph showing the output waveform. Consider the voltage on the conducting of the diode as V_D = 0.7 V, V_Z1 = 2.3 V e V_Z2 = 3.0 V.