Howw to scale the nonlinearity in the figure for visual comparison
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Here is the code
if true
Vgo=1.2;
Tr=300;
T=[248:423];
n=3.6;
x=1;
Vbetr=0.7;
Vbe=Vgo-(T/Tr)*(Vgo-Vbetr)-((4-n)-x)*(k*Tr/e)*log(T/Tr)
plot(T, Vbe)
end
clearly the plot of Vbe is nonlinear, but I want to visually show it that it is nonlinear in the plot since the plot shows as:
![](https://www.mathworks.com/matlabcentral/answers/uploaded_files/190423/image.png)
How do I "exaggerate" the nonlinearity of the plot to compare it with a straight line?
2 Comments
Accepted Answer
Ameer Hamza
on 9 May 2018
Since nonlinear term include log(T/Tr), therefore the nonlinearity will signify at smaller values of T. Consider changing the range of T as follow
T=0:200;
will signify the nonlinearity
![](https://www.mathworks.com/matlabcentral/answers/uploaded_files/188311/image.jpeg)
.
3 Comments
Ameer Hamza
on 9 May 2018
Edited: Ameer Hamza
on 9 May 2018
The following code will produce something similar
Vgo=1.2;
Tr=300;
T = 0:250;
n=3.6;
x=1;
Vbetr=0.7;
k=1.38e-23;
e=1.602e-19;
Vbe=Vgo-(T/Tr)*(Vgo-Vbetr)-((4-n)-x)*(k*Tr/e)*log(T/Tr);
Vbe_straight=Vgo-(T/Tr)*(Vgo-Vbetr);
plot(T, Vbe, T, Vbe_straight)
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