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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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