Sketch iR and vo for the network of Fig. for the input shown.FIG.
Sketch iR and vo for the network of Fig. for the input shown.
FIG.
Step-by-Step Solution
Refer to Figure 2.180 in the text book.
Draw the following for positive region of the input voltage.
Figure 1
For the positive region of the input voltage 
, the diode 
is reverse bias and acts as open circuit up to 
of input.
Figure 2
Calculate the output voltage for input up to 
.
For the input voltage is above 
, diode 
is forward bias and acts as battery of 
.
Draw the following circuit:
Figure 3
Calculate the output voltage for input after 
.
Draw the following for negative region of the input voltage.
Figure 4
For the negative region of the input voltage 
, the diode 
is reverse bias and acts as open circuit up to 
of input.
Figure 5
Calculate the output voltage for input up to 
.
For the input voltage is above 
, diode 
is forward bias and acts as battery of 
.
Draw the following circuit:
Figure 6
Calculate the output voltage for input after
.
Draw the output voltage waveform.
Figure 7
For the range 
there is no current flow through the 
resistor.
So, the reverse biased current 
For the condition 
the reverse biased voltage 
is,
Calculate the reverse biased current 
.
Therefore, when 
then the positive reverse biased current 
is 
.
For 
the reverse biased voltage 
is,
Calculate the reverse biased current 
.
Therefore, when 
then the negative reverse biased current 
is 
.
Draw the resistance current 
.
Figure 8
Refer to Figure 2.180 in the text book.
Draw the following for positive region of the input voltage.
Figure 1
For the positive region of the input voltage 
, the diode 
is reverse bias and acts as open circuit up to 
of input.
Figure 2
Calculate the output voltage for input up to 
.
For the input voltage is above 
, diode 
is forward bias and acts as battery of 
.
Draw the following circuit:
Figure 3
Calculate the output voltage for input after 
.
Draw the following for negative region of the input voltage.
Figure 4
For the negative region of the input voltage 
, the diode 
is reverse bias and acts as open circuit up to 
of input.
Figure 5
Calculate the output voltage for input up to 
.
For the input voltage is above 
, diode 
is forward bias and acts as battery of 
.
Draw the following circuit:
Figure 6
Calculate the output voltage for input after
.
Draw the output voltage waveform.
Figure 7
For the range 
there is no current flow through the 
resistor.
So, the reverse biased current 
For the condition 
the reverse biased voltage 
is,
Calculate the reverse biased current 
.
Therefore, when 
then the positive reverse biased current 
is 
.
For 
the reverse biased voltage 
is,
Calculate the reverse biased current 
.
Therefore, when 
then the negative reverse biased current 
is 
.
Draw the resistance current 
.
Figure 8
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