Tolerance Analysis of Electronic Circuits Using MATLAB: G6(X) - File Exchange

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Highlights from
Tolerance Analysis of Electronic Circuits Using MATLAB

B2(X,s) function for Mult Fdbk BPF
B2w(R1,R2,R3,C1,C2,w) function for MFBPF
B3(X,s) fcn for Delyiannis BPF
B5(X,s) fcn for LTC1562 BPF
B6(X,s) matrix fcn for Sallen & Key BPF
DA2(X); function for dc diffamp
DA3(RR); function for dc diffamp
G1(X,s) bpf function with matrices
G2a(X) RTD function
G3(X,s) Sallen & Key BPF transfer function
G4(X,s) All-pass circuit function
G5(X,s) buffered 60Hz notch filter
G6(X) fcn for offsets.m offset analysis
L2(X,s) fcn for Butterworth LPF
SCF(X,s) function for SCF
T2(X,s) fcn for twin-T passive notch filter
[A,B]=bw3(X)
[A,B]=vo6(X)
dydt=ps3(t,v,flag,A,B) called by ODE function
f=c100(X) 100 Hz comparator clock generator
frac(x) Fractional value of x
y=HWR(V1,w,t,T) half-wave rectified sine wave
y=VA7(R1,R2,R3,R4,R5,R6,R9,R1... uA733 Video Ampl analysis
y=ccs(R1,R2,R3,Be,E3) constant current sources for uA733
y=simp3a(V,n) Simpon's 3/8 rule integration routine
y=tc(Ra,Rb,Eref) Voltage divider test circuit
allpass2.m
bpfinflpts.m
bpfrss3.m
buff60.m
bwdiff.m
bwfil3mca.m
centdiff.m
comp100.m
daratio.m
dftvivo6.m
diffamp.m
fig1819.m
fmcabpf1.m
fmcadely.m
fmcadiff.m
fmcatwint.m
genorm.m
hwrsine2.m
lm158pol.m
lm158ta.m
lpfrss2.m
ltc1562.m
mcabpf.m
mcasallen.m
offsets.m
pcyield.m
rtdbimod.m
rtdmca3.m
rtdrss.m
rtdskewmca.m
sakrsstf.m
scfbpf.m
senseqns.m
skevafmcatf.m
temptest.m
uA733.m
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from Tolerance Analysis of Electronic Circuits Using MATLAB by Robert Boyd
Companion Software

G6(X)

function y = G6(X)
% fcn for offsets.m offset analysis
%G6(R1,R2,R3,R4,Vos,Ib1,Ib2)
R1=X(1);R2=X(2);R3=X(3);R4=X(4);Vos=X(5);Ib1=X(6);Ib2=X(7);
Vo=(Vos+Ib1*R1*R2/(R1+R2)-Ib2*R3*R4/(R3+R4))*(1+R2/R1);
y=Vo*1e3; % output in mV
%y=Vo;

Highlights from Tolerance Analysis of Electronic Circuits Using MATLAB

Highlights from
Tolerance Analysis of Electronic Circuits Using MATLAB