Code covered by the BSD License
Highlights from
Delta Sigma Toolbox
- 1; end end
- DocumentNTF(arg1,osr,f0,quadr... axis_handle = DocumentNTF(ntf|ABCD|mod_struct,osr=64,f0=0,quadrature=0) Plot the NTF's poles and zeros as well as its frequency-response
- ESLselect(v,sy,dw,df) sv = ESLselect(v,sy,dw,df) Select the elements of a multi-element
- H=evalMixedTF(tf,f,df) H=evalMixedTF(tf,f)
- H=evalTFP(Hs,Hz,f)
- LCObj(x,param,dbg) LCObj Compute the objective function
- LCObj1(x,param,max_radius,dbg) function [objective,constraints] = LCObj1(x,param,max_radius,dbg)
- LCoptparam2tf(x,param) LCoptparam2tf(...) Convert optimization parameters to transfer functions.
- LCplotTF(H,L0,param) LCplotTF(H,L0,param)
- NTF=clans(order,OSR,Q,rmax,op...
- NTF=clans5(order,OSR,Q,rmax,o... Version of clans for MATLAB 5 or lower
- NTF=clans6(order,OSR,Q,rmax,o... Version of clans for MATLAB >=6
- PlotExampleSpectrum(mod_struc... PlotExampleSpectrum(ntf|mod_struct,M=1,osr=64,f0=0,quadrature=0)
- [ABCDs,umax,S]=scaleABCD(ABCD...
- [H,L0,ABCD,k]=LCparam2tf(para...
- [f,g]=dsclansObj(x,order,OSR,... Objective function for clans.m
- [f1,f2,info]=designHBF(fp,del...
- [f1_saved,f2_saved,info]=desi...
- [f1_saved,f2_saved,info]=desi...
- addPIS Add the PosInvSet subdirectory of the toolbox to the current path
- axisLabels(range,incr) function s = axisLabels(range,incr)
- bilogplot(V,f0,fbin,x,y,fmt) bilogplot(V,f0,fbin,x,y,fmt) Plot two side-by-side spectra
- bplogsmooth(X,tbin,f0)
- bquantize(x,nsd,abstol,reltol)
- bunquantize(q) Calculate the value corresponding to a bidirectionally quantized quantity.
- calculateQTF(ABCDr)
- calculateSNR(hwfft,f,nsig) snr = calculateSNR(hwfft,f,nsig=1) Estimate the signal-to-noise ratio,
- calculateTF(ABCD,k)
- cancelPZ(zpk1, tol) zpk2 = cancelPZ(zpk1, tol=1e-6) Cancel zeros/poles in a zpk system
- changeFig(fontsize,linewidth,... changeFig(fontsize,linewidth,markersize) Change the settings
- circ_smooth(x,n)
- delay(x,n)
- designLCBP(n,OSR,opt,Hinf,f0,...
- designLCBP6(n,OSR,opt,Hinf,f0... Modified designLCBP for use with latest optimization toolbox
- dotplot(p,fmt) function dotplot(p,fmt)
- ds_f1f2(OSR,f0,complex_flag);
- ds_freq(osr,f0,quadrature) f = ds_freq(osr=64,f0=0,quadrature=0) Frequency vector suitable for plotting the frequency response of an NTF
- ds_hann(n)
- ds_optzeros( n, opt )
- ds_quantize(y,n)
- ds_synNTFobj1(x,p,osr,f0) y=ds_synNTFobj1(x,p,osr,f0) Objective function for synthesizeNTF()
- dsclansNTF(x,order,rmax,Hz) Conversion of clans parameters into a NTF.
- dscut(p1,y1,p2,y2)
- dsdemo4(action) A GUI-based demonstration of delta-sigma with sound.
- dsdemo4fig() Window layout for the dsdemo4() function.
- dsexample1 Design example for a lowpass modulator.
- dsexample2 Design example for a bandpass modulator.
- dsexample3 Design example for a continuous-time lowpass DS ADC
- dsexample4 Example quadrature bandpass modulator
- dsexpand(s,c,k,n,o)
- dsisPlot(dbg,itn,order,x,s,e,... Show some pretty pictures
- dsmap(u,ABCD,nlev,x,e,v)
- dssplit2d(u,ABCD,p)
- edgeplot(e,s,fmt) function edgeplot(e,s,fmt) Plot edges e with format fmt
- evalF0(f1,z,phi) F0 = evalF0(f1,z,phi) Calculate the values of the F0 (prototype) filter
- evalF1(f1,z,phi) F1 = evalF1(f1,z,phi) Calculate the values of the F1 filter
- evalRPoly(roots,x,k)
- evalTF(tf,z)
- exampleHBF(n) Coefficients from toolbox v2.0 documentation
- find2dPIS(u,ABCD,options) function s = find2dPIS(u,ABCD,options)
- findPIS(u,ABCD,nlev,options)
- findPattern(N,OSR,NTF,ftest,A... [data snr] = findPattern(N=1024,OSR=64,NTF,ftest,Atest,f0,nlev,quadrature,debug)
- flattenStruct(s) flattenStruct(s) Puts each field of s into the current workspace.
- frespF1(f1,f,phi) frespF1(f1,f) Plot/calculate the frequency response of the F1 filter
- frespHBF(f,f1,f2,phi,fp,msg)
- hull2d(p)
- i=outsideConvex(x,n,o,tol) function i=outsideConvex(x,n,o,tol<0>). Determine which points are outside
- impL1(arg1,n)
- infnorm(H) [Hinf,fmax] = infnorm(H) Find the infinity norm of a z-domain transfer function.
- l1norm(H) h1 = l1norm(H) Compute the l1-norm of a z-domain transfer function.
- logsmooth(X,inBin,nbin,n)
- lollipop(x,y,color,lw,ybot) lollipop(x,y,color,lw,ybot) Plot lollipops (o's and sticks)
- mapABCD(ABCD,form)
- mapCtoD(sys_c,t,f0)
- mapQtoR(Z) A = mapQtoR(Z) Convert a quadrature matrix into its real equivalent.
- mapR2Q( ABCDr )
- mod1()
- mod2()
- outconvex2d(x,p) function out = outconvex2d(x,p)
- padb(x, n, val)
- padl(x, n, val)
- padr(x, n, val)
- padt(x, n, val)
- partitionABCD(ABCD, m);
- peakSNR(snr,amp) [peak_snr,peak_amp] = peakSNR(snr,amp) Find the snr peak by fitting
- plotPZ(H,color,markersize,lis... function plotPZ(H,color='b',markersize=5,list=0)
- plotSpectrum(X,fin,fmt) plotSpectrum(X,fin,fmt) Plot a smoothed spectrum
- plotUsave(sv) Plot the elemet usage for a multi-elemet DAC
- polyplot(p,fmt) function polyplot(p,fmt)
- predictSNR(ntf,R,amp,f0)
- printmif(file,size,font,fig) printmif(file,size,font,fig) Print graph to an Adobe Illustrator file
- pulse(S,tp,dt,tfinal,nosum)
- qhull(points,str)
- realizeNTF(ntf,form,stf)
- realizeNTF_ct( ntf, form, tda...
- realizeQNTF(ntf,form,rot,bn)
- rms(x,no_dc)
- rmsGain(H,f1,f2,N)
- selectQESL(v,sy)
- simulateDSM(u,arg2,nlev,x0)
- simulateESL(v,mtf,M,dw,sx0)
- simulateHBF(x,f1,f2,mode) y = simulateHBF(x,f1,f2,mode=0) Simulate a Saramaki half-band filter.
- simulateQDSM(u,arg2,nlev,x0)
- simulateQESL(v,mtf,M,sx0)
- simulateQSNR(ntf,R,amp,f0,nle...
- simulateSNR(arg1,osr,amp,f0,n...
- sinc_decimate(x,m,r)
- stuffABCD(a,g,b,c,form)
- synthesizeChebyshevNTF(order,... ntf = synthesizeChebyshevNTF(order=3,OSR=64,opt,H_inf=1.5,f0=0)
- synthesizeNTF(order,osr,opt,H...
- synthesizeNTF0(order,OSR,opt,... Determine the zeros.
- synthesizeNTF1(order,osr,opt,... Determine the zeros.
- synthesizeQNTF(order,OSR,f0,N...
- thermometer(x,m)
- un=uvar(u,N);
- undbp(x)
- undbv(x)
- v=undbm(p,z)
- y=dbm(v,R)
- y=dbp(x)
- y=dbv(x)
- y=leftof(p,a,b) function y=leftof(p,a,b)
- y=nabsH(w,H) nabsH computes the negative of the absolute value of H
- y=sgn(x)
- yRange(1):dy:yRange(2); s...
- zinc(f,m,n) mag = zinc(f,m=64,n=1) Calculate the magnitude response
- Contents.m
- dsdemo1.m
- dsdemo2.m
- dsdemo3.m
- dsdemo5.m
- dsdemo6.m
- dsdemo7.m
- dsdemo8.m
- dsistest.m
- View all files
from
Delta Sigma Toolbox
by Richard Schreier
High-level design and simulation of delta-sigma modulators |
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