initial commit / add all books

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+disp('chapter 5 ex5.16')

+disp('given')

+disp('calculating R4 and C4 for high Zin Mod for ex 5.4')

+disp('assuming R3 is a short circuit')

+disp('circuit is designed to have Av=1/beta')

+beta=0.01

+Av=1/beta

+disp(Av,'Av=')

+Avindb=20*log10(Av)

+disp(Avindb,'Av in db=')

+disp('to reduce next compensating components select 1/beta1=1000=60db')

+disp('1/beta1=((r1||r4)+r2)/(r1||r4)')

+disp('r2=220kohms,r1=2.2kohm')

+disp('r14=r1||r4=r2/(1000-1)')

+r2=220000

+r1=2200

+r14=r2/(1000-1)

+disp('ohms',r14)

+disp('(1/r4)=(1/220)-(1/r1)')

+g4=(1/r14)-(1/r1)

+r4=1/g4

+disp('ohms',r4)

+disp('use 220ohm std value')

+r4=220

+disp('the compensating components for 1/beta1=60db are c1=10pf,r1=0,c2=3pf')

+c1=10*10^(-12)

+c2=3*10^(-12)

+r1=0

+disp('the frequency at which M*beta=1 is found and is equal to 2MHz')

+f2=2000000

+disp('Xc4<<r4 therefore Xc4=r4/10')

+Xc4=r4/10

+disp('ohms',Xc4)

+disp('C4=1/(2*%pi*f2*Xc4)')

+C4=1/(2*%pi*f2*Xc4)

+disp('farads',C4)