Consider the diode circuit shown in Fig. Q6. Assume VDO = 0.7 V and the diode breakdown voltage is at 10 V. (a) (b) (c) (d) V₁ VDD R₁ D₁ W+V₂ D₂ Fig. Q6 If Vi operates between 0 to 9 V and VDD is 9 V, which operating region would both diodes be in? Supposed R1 is 10 kn, VDD is 1 V, and Vi is now 20 V. Assume Dr is forward biased and D2 is reversed biased. Determine V2 and thus IRI. Explain why in part (b), the diode D2 is not operating in the breakdown region. Supposed R is 10 k, VDD is 1 V, and V is now -20 V. Assume D2 is forward biased and D; is reversed biased. Determine V₂ and thus IRI.

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Consider the diode circuit shown in Fig. Q6. Assume VDO = 0.7 V and the diode
breakdown voltage is at 10 V.
(a)
(b)
(c)
(d)
V₁
VDD
R₁ D₁
W+V₂
AD₂
Fig. Q6
If Vi operates between 0 to 9 V and VDD is 9 V, which operating region would
both diodes be in?
Supposed R is 10 kQ, VDD is 1 V, and V₁ is now 20 V. Assume D is forward
biased and D2 is reversed biased. Determine V2 and thus IRI.
Explain why in part (b), the diode D2 is not operating in the breakdown region.
Supposed R1 is 10 k, VDD is 1 V, and V is now -20 V. Assume D2 is forward
biased and D is reversed biased. Determine V₂ and thus IRI.
Transcribed Image Text:Consider the diode circuit shown in Fig. Q6. Assume VDO = 0.7 V and the diode breakdown voltage is at 10 V. (a) (b) (c) (d) V₁ VDD R₁ D₁ W+V₂ AD₂ Fig. Q6 If Vi operates between 0 to 9 V and VDD is 9 V, which operating region would both diodes be in? Supposed R is 10 kQ, VDD is 1 V, and V₁ is now 20 V. Assume D is forward biased and D2 is reversed biased. Determine V2 and thus IRI. Explain why in part (b), the diode D2 is not operating in the breakdown region. Supposed R1 is 10 k, VDD is 1 V, and V is now -20 V. Assume D2 is forward biased and D is reversed biased. Determine V₂ and thus IRI.
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