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Unformatted text preview: >> Plot 2 >> vsat=4*10^6; >> Vdssat=(vsat/un)*L*100; >> Vds5=linspace(0,.667,667); >> Vmin5=[Vds5 linspace(.667,.667,4333)]; >> Id5=un.*Cox.*Z.*(Vgs-Vmin5/2).*Vmin5.*(1+wavelength.*Vds)/L(1); >> Vds1=linspace(0,1.333,1333); >> Vmin1=[Vds1 linspace(1.333,1.333,3667)]; >> Id1=un.*Cox.*Z.*(Vgs-Vmin1/2).*Vmin1.*(1+wavelength.*Vds)/L(2); >> Vds2=linspace(0,2,2000); >> Vmin2=[Vds2 linspace(2,2,3000)]; >> Id2=un.*Cox.*Z.*(Vgs-Vmin2/2).*Vmin2.*(1+wavelength.*Vds)/L(3); >> plot(Vds, Id5, 'g') >> hold Current plot held >> plot(Vds, Id1, 'r') >> plot(Vds, Id2, 'b') >> legend('L=.5um', 'L=1um', 'L=2um') >> xlabel('Vds (V)') >> ylabel('Id (A)') >> title('I-V Characteristics by Channel Length') >> grid...
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This note was uploaded on 04/01/2008 for the course EECS 320 taught by Professor Philips during the Fall '06 term at University of Michigan.
- Fall '06