1. Given the diode circuit shown ID IR Diode specifications: Vk=0.5V, Rf=200 (a) Determine VD, VR, and Ir using ideal diode approximation if E=12V and R=309. (b) Determine VD, VR, and Ir using the second diode approximation if E=12V and R=3092. (c) Determine VD, VR, and IR using the third diode approximation if E=12V and R=309.

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1. Given the diode circuit shown
ID
IR
Diode specifications: Vk=0.5V, Rf=200
(a) Determine VD, VR, and Ir using ideal diode approximation if
E=12V and R=309.
(b) Determine VD, VR, and Ir using the second diode approximation if
E=12V and R=309.
(c) Determine VD, VR, and Ir using the third diode approximation if
E=12V and R=309.
(d) Determine VR, IR,and E using the third diode approximation if
VD=1.5V.
Transcribed Image Text:1. Given the diode circuit shown ID IR Diode specifications: Vk=0.5V, Rf=200 (a) Determine VD, VR, and Ir using ideal diode approximation if E=12V and R=309. (b) Determine VD, VR, and Ir using the second diode approximation if E=12V and R=309. (c) Determine VD, VR, and Ir using the third diode approximation if E=12V and R=309. (d) Determine VR, IR,and E using the third diode approximation if VD=1.5V.
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