A Zener diode circuit is shown in Figure Q.1(b). Given Vz = 12 V, (i) Determine I, Vulh and lg assuming that V, = 30 V, R, = 1 kn and R = 500 n. [Ans: ,-0mA,V,=10V,l,=1,=20MA] (ii) Determine the range of R, so that the Zener will maintain in the 'ON' state when Izmax = 15 mA. [Ans: 6670 S RS 4kN] (ii) Calculate the diode's maximum power dissipation, Pzma- [Ans: 0.18W] R1 IR Vị VL Iz IL Vz=12V RL H-

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A Zener diode circuit is shown in Figure Q.1(b). Given Vz = 12 V,
(i) Determine I, Vulh and lg assuming that V, = 30 V, R, = 1 kn and
R = 500 n. [Ans: ,-0mA,V,=10V,l,=1,=20MA]
(ii) Determine the range of R, so that the Zener will maintain in the 'ON' state
when Izmax = 15 mA. [Ans: 6670 S RS 4kN]
(ii) Calculate the diode's maximum power dissipation, Pzma- [Ans: 0.18W]
R1
IR
Vị
VL
Iz
IL
Vz=12V
RL
Transcribed Image Text:A Zener diode circuit is shown in Figure Q.1(b). Given Vz = 12 V, (i) Determine I, Vulh and lg assuming that V, = 30 V, R, = 1 kn and R = 500 n. [Ans: ,-0mA,V,=10V,l,=1,=20MA] (ii) Determine the range of R, so that the Zener will maintain in the 'ON' state when Izmax = 15 mA. [Ans: 6670 S RS 4kN] (ii) Calculate the diode's maximum power dissipation, Pzma- [Ans: 0.18W] R1 IR Vị VL Iz IL Vz=12V RL
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