03. (a) The zener diode shown in Figure 6a has the following specifications: Izx = 2 mA, Izv = 100 mA, Vz = 3.3 V. (1) Calculate the voltage, VR1. (i) Calculate the voltage, VR2 (iii) Calculate the current, I. (iv) Calculate the current, 12. (v) Calculate the current, Iz. (vi) If R₂ used is now changed to 180, calculate the new currents for h₁, 1₂ and Iz Briefly describe the region for the zener diode. 15 V R₁ 470 02 Iz VR1 R₂ 180 ΩΙ Figure 6a 1₂ VR₂

Electric Motor Control
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Chapter59: Motor Startup And Troubleshooting Basics
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Problem 12SQ: How is a solid-state diode tested? Explain.
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03.
(a) The zener diode shown in Figure 6a has the following specifications:
Izx = 2 mA, Izm = 100 mA, Vz = 3.3 V.
(1) Calculate the voltage, VR1.
(i) Calculate the voltage, VR2₂
(iii) Calculate the current, h.
(iv) Calculate the current, 12.
(v) Calculate the current, Iz.
(vi) If R₂ used is now changed to 180, calculate the new currents for h1, 1₂ and Iz
Briefly describe the region for the zener diode.
15 V
R₁
470 02
Iz
R₂2
180 02
Figure 6a
VR1
12
VR2
Transcribed Image Text:03. (a) The zener diode shown in Figure 6a has the following specifications: Izx = 2 mA, Izm = 100 mA, Vz = 3.3 V. (1) Calculate the voltage, VR1. (i) Calculate the voltage, VR2₂ (iii) Calculate the current, h. (iv) Calculate the current, 12. (v) Calculate the current, Iz. (vi) If R₂ used is now changed to 180, calculate the new currents for h1, 1₂ and Iz Briefly describe the region for the zener diode. 15 V R₁ 470 02 Iz R₂2 180 02 Figure 6a VR1 12 VR2
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