(2-4) For the circuit shown in Figure (2-70), suppose that the drop voltage across each diode is 0.7v. Find the voltages VA and Vg, currents Ip1, Ip2 and I. assume Ri and R2=5kN. lot Io2 R2 D, D2 R -10v Figure (2-70) the circuit of problem (2-4).

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(2-4) For the circuit shown in Figure (2-70), suppose that the drop voltage across each diode is
0.7v. Find the voltages VA and Vg, currents Ip1, Ip2 and I. assume Ri and R2=5kN.
R2
D,
D2
10v
Figure (2-70) the circuit of problem (2-4).
(2-5) Determine the range of (V ) value that will maintain the zener diode of the circuit shown
in Figure (2-71). In (on) state.
3300
R1
6v
4700
Figure (2-71) the circuit of problem (2-5).
(2-6) A half-wave rectifier circuit with a diode resistance equal to 1k is shown in Figure (2-
72) this circuit is used to supply power of 200 sin n t to 10 kn load.
Transcribed Image Text:(2-4) For the circuit shown in Figure (2-70), suppose that the drop voltage across each diode is 0.7v. Find the voltages VA and Vg, currents Ip1, Ip2 and I. assume Ri and R2=5kN. R2 D, D2 10v Figure (2-70) the circuit of problem (2-4). (2-5) Determine the range of (V ) value that will maintain the zener diode of the circuit shown in Figure (2-71). In (on) state. 3300 R1 6v 4700 Figure (2-71) the circuit of problem (2-5). (2-6) A half-wave rectifier circuit with a diode resistance equal to 1k is shown in Figure (2- 72) this circuit is used to supply power of 200 sin n t to 10 kn load.
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