Code covered by the BSD License

Highlights from
RF Design and Analysis

C2F (C) C2F Convert a temperature from Centigrade to Farenheit
C2K (C) C2K Convert a temperature from Centigrade to Kelvin
F2C (F) F2C Convert a temperature from Farenheit to Centigrade
F2K (F) F2K Convert a temperature from Farenheit to Kelvin
FFTSNDR(samples, fsample, fsi... FFTSNDR Function to find SNR from an FFT
GaussFilt(BW, N) GAUSSFILT Design a Gaussian Low-Pass Filter
GaussSQNR(L, MQL, STD); GAUSSSQNR Function to calculate SQNR of A/D converter with Gaussian input
IMR(a, p) IMR Calculate image rejection ratio given amplitude and phase mismatch
K2C (K) K2C Convert a temperature from Kelvin to Centigrade
K2F (K) K2F Convert a temperature from Kelvin to Farenheit
MUSTRIPLOSS (EpsR, EpsE, tand... MUSTRIPLOSS Calculate the attenuation of a microstrip line
MUSTRIPZ0 (EpsR, WbyD) MUSTRIPZ0 Calculate the characteristic impedance of a microstrip line
PulseSource (X, RT, FT, W, T,... PULSESOURCE Generates output of pulsed source
SIMPLE_GM(mode, IN, W, L, Mu0... SIMPLE_GM Function to find transconductance given drain current or overdrive voltage
SINEAPPROX(T, F, A, C) SINEAPPROX Generates a clipped sine wave and an approximation to it.
STRIPLINELOSS (EpsR, tandelta... STRIPLINELOSS Calculate the attenuation of a stripline
STRIPLINEZ0 (EpsR, WbyB) STRIPLINEZ0 Calculate the characteristic impedance of a stripline
adbP (x) ADBP Convert a decibel signal into a power signal
adbV (x) ADBV Convert a decibel signal into an amplitude signal
adbm (x) ADBM Convert a dbm signal into a power signal (Watts)
binomialtransformer (Zl, Z0, ... BINOMIALTRANSFORMER Design a multisection binomial impedance transformer
binomialxfrmrbw (Zl, Z0, N, G... BINOMIALXFRMRBW Calculate the bandwidth of a binomial transformer
ccc2pcc (ccc); CCC2PCC Converts a complex number into magnitude and phase (in radians)
cfreqz.m CFREQZ Function to plot pole-zero plot and transfer function of complex poles
chebpoly(N,X) CHEBPOLY Evaluate Chebyshev polynomial
compare(varargin); COMPARE Function to plot two vectors of different scales on same x axis
dbP (x) DBP Convert a power signal into decibels
dbV (x) DBV Convert a voltage signal into decibels
dbm (x) DBM Convert a power signal (Watts) into dbm
deg2rad (deg) DEG2RAD Convert a vector from degrees to radians
digital(varargin); DIGITAL Function to plot digital signals
fft_a_p_mismatch(samples1, sa... FFT_A_P_MISMATCH Amplitude and phase mismatch of two signals from an FFT
fftamp(samples, fs, f0, varar... FFTPHASE Function to find phase of a particular frequency from an FFT
fftamp(samples, fs, f0, varar... FFTAMP Function to find amplitude of a particular frequency from an FFT
fftbandamp(samples, fs, fL, f... FFTBANDAMP Function to find rms amplitude of a particular band from an FFT
freqs1 (B,A,W) FREQS1 Function to find the frequency response of a filter at 1 frequency
iscmplx (x) ISCMPLX Tests if a number or array is complex
iseven (x) ISEVEN Tests if a number or vector is even
isodd (x) ISODD Tests if a number or vector is odd
lambertw (A)
llimit (x, m); LLIMIT Limit a vector to a given minimum value
loadspice(infname) LOADSPICE Reads in SPICE data from .out file
logfft(samples, fs, vpp, vara... LOGFFT Function to plot FFT
mask (vect, maskv) MASK Mask a vector using another vector. Include only those elements in the
mustrip (H, Z0, EpsR) MUSTRIP Calculate the required width of a microstrip line
mustripw (Weff, T, H) MUSTRIPW Calculate the width of a microstrip line from the effective width required
mustripweff (W, T, H) MUSTRIPWEFF Calculate the effective width of a microstrip line
parallel (varargin) PARALLEL Computes the value of components in "parallel"
pcc2ccc (mag, ang); PCC2CCC Convert the polar input into a complex number
pinkfilt (alpha, numtaps) PINKFILT Generate filter coefficients for a 'pink noise' filter.
rad2deg (rad) RAD2DEG Convert a vector from radians to degrees
repeat(x, N); REPEAT Upsample a vector by inserting repeated samples
rflib RFLIB Open the RF Circuits Toolbox SIMULINK Block Library.
rms (x) RMS Compute the RMS value of a vector
roundto (X, Resolution) ROUNDTO Round the input to a specified resolution
sd_fft(samples, fs, vpp, vara... PLOTFFT Function to plot FFT
sigres(x,y) SIGRES Function to plot the signal response of a complex system
singlestub (Z0, Zl, STUBTYPE)... SINGLESTUB Computes the single-stub matching networks for a given Zl and Z0
singlestubresponse (Z0, Zl, D... SINGLESTUBRESPONSE Computes the frequency response of a single-stub match
stripline (H, Z0, EpsR) STRIPLINE Calculate the required width of a stripline
ulimit (x, m); ULIMIT Limit a vector to a given maximum value
uniquepcnt(a, PCNT) UNIQUEPCNT Set unique, ignoring roundoff error.
vectfilt (vect, type) VECTFILT Filter a vector to have only specific type of elements. Types are 'real',
IMR_JT.m
L1PSD.m
constants.m
RF
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4.0 | 46 ratings Rate this file 16 Downloads (last 30 days) File Size: 84.5 KB File ID: #261

RF Design and Analysis

by Jackson Harvey

23 Jul 2001

A collection of functions, scripts, & Simulink models useful for designing and analyzing RF systems

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File Information

Description

This is a collection of MATLAB functions and scripts, and a Simulink model library, useful for designing and analyzing RF communication systems.

To the extent the submission has been tested, it was tested under MATLAB 5. Some blocks have not been tested, as the readme.txt file explains.

Required Products

Simulink

MATLAB release

MATLAB 5.2 (R10)

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Comments and Ratings (49)
21 Jun 2011	Hiroyuki
21 Oct 2008	Jing Wang
14 Aug 2008	hongzheng han
26 May 2008	bin bin	perfect
30 Oct 2007	Hades Pluto	thanks
27 Aug 2007	saad Malik	not tested but excellent library
05 May 2007	Barýþ cincirop
05 May 2007	barýþ cincirop
23 Mar 2007	Diego Barragán	Excelent
27 Feb 2007	khalil aljabory
06 Feb 2007	mahesh kumar	good softwere
17 Dec 2006	ABU IQBAL
06 Oct 2006	OUS ALAB
08 Aug 2006	porfirio sanchez u.
25 Apr 2006	mui lim tan
26 Oct 2005	Todd Duncan
27 Sep 2005	Roi Faust	Uses for too many times were could have used built-in matlab vector functions. When working with long files it would take too long to run it.
06 Jun 2005	sreenatyh r	it was a good one but do add some more explanations...
23 May 2005	oya akbaþ	mükemmel teþekkür ederim
11 Apr 2005	Thomas Allison Jr.
07 Apr 2005	adfggg sdfgjk
07 Apr 2005	adfgf zgbjhn
31 Mar 2005	ANUCHA YANAWIMUT	NO COMMENT
30 Dec 2004	M.Furqan Akhtar
26 Dec 2004	gaurav goel	good one
20 Oct 2004	mohammed aldawood
23 Sep 2004	abdul fairoz
23 Jul 2004	behrooz shin dadkhah	It would be usefull for my some radio subsystems designing .
29 May 2004	Haithem ahmad	working on matlab simulation of rake receiver for future 3GPP mobile communication system
19 May 2004	GHULAM MEHDI	It would be a good tool for RF design
15 Apr 2004	Ale Polloni	A very useful application on non linearities
17 Mar 2004	Serigne dia
04 Mar 2004	malek smadi
09 Feb 2004	Nursani Rahmatullah	It's a great job
21 Jan 2004	Javier De La Cruz Berospi
15 Jan 2004	daibing zeng
07 Dec 2003	c sf
22 Oct 2003	zhu peiiqng	I wnat to study it.
05 Oct 2003	virgilio wijangco	very good
23 Sep 2003	werder ekrem	this doesnt run under matlab R12
17 Sep 2003	Jin-Han Lee
04 Jul 2003	daya nand
17 Jun 2003	Alan Tam
20 May 2003	hadi khajoei
31 Mar 2003	German Martinez
16 Mar 2003	Lina Chang
05 Feb 2003	Jerzy Gremba
14 Dec 2002	Alexander Mihalev
13 Nov 2001	Alfredo Fernandez

Highlights from RF Design and Analysis

RF Design and Analysis

Highlights from
RF Design and Analysis