Question and solution both are attached but i dont understand Draw a line on Fig. 40–38 representing the current in the resistor as a function of the voltage across the diode; the intersection of this line with the characteristic curve will give the answer.]so please draw a line in diagram and give detail solution means how u get the answer please if u sure then u try i surely upvote dont give incorrect method only give method which i mention in question You can also try trial and error:AV 1=AVR+AVDtotAVD=0.60 V:I=0.0020 A,AVR=(0.0020 A)(1502)=0.3V,AV =0.9VAV,=0.65 V:I=0.005 A, AV R=(0.005 A)(150 Q)=0.75 V,AV =1.40 VAVD=0.70 V:I=0.015 A ,AVR=(0.015 A)(150 2)=2.25 V ,AV 10=3.15 Vtottottotestimate AV,=0.67 VAVR=1.33VI-AV _ 1.33 V-=8.9 mAR1502 51. (II) Suppose that the diode of Fig. 40-38 is connected inseries to a 150-N resistor and a 2.0-V battery. What currentflows in the circuit? [Hint: Draw a line on Fig. 40-38 repre-senting the current in the resistor as a function of thevoltage across the diode; the intersection of this line withthe characteristic curve will give the answer.]I (mA)302010+ReversebiasForwardbias- 12.0-1.2 -1.0 -0.8 -06-04 -020.2 0.4 0.6 0.8V (volts)

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Answered: 51. (II) Suppose that the diode of Fig.…

Introductory Circuit Analysis (13th Edition)

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ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

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Question and solution both are attached but i dont understand Draw a line on Fig. 40–38 representing the current in the
resistor as a function of the voltage across the diode; the intersection of this line with the characteristic curve will give the answer.]

so please draw a line in diagram and give detail solution means how u get the answer

please if u sure then u try i surely upvote

dont give incorrect method only give method which i mention in question

You can also try trial and error:
AV 1=AVR+AVD
tot
AVD=0.60 V:I=0.0020 A,AVR=(0.0020 A)(1502)=0.3V,AV =0.9V
AV,=0.65 V:I=0.005 A, AV R=(0.005 A)(150 Q)=0.75 V,AV =1.40 V
AVD=0.70 V:I=0.015 A ,AVR=(0.015 A)(150 2)=2.25 V ,AV 10=3.15 V
tot
tot
tot
estimate AV,=0.67 V
AVR=1.33V
I-AV _ 1.33 V
-=8.9 mA
R
1502

51. (II) Suppose that the diode of Fig. 40-38 is connected in
series to a 150-N resistor and a 2.0-V battery. What current
flows in the circuit? [Hint: Draw a line on Fig. 40-38 repre-
senting the current in the resistor as a function of the
voltage across the diode; the intersection of this line with
the characteristic curve will give the answer.]
I (mA)
30
20
10+
Reverse
bias
Forward
bias
- 12.0
-1.2 -1.0 -0.8 -06-04 -02
0.2 0.4 0.6 0.8
V (volts)

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