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Eyal

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pll m_file phase detector filter intgrator vco fm demodulation

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18 May 2009		Simple PLL demostration This m-file demonstrates PLL operation Author: J C	pll m_file phase dete..., pll m_file phase dete...	35	4	4.66667 4.7 \| 3 ratings

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File	Simple PLL demostration

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Updated		File	Tags	Downloads (last 30 days)	Comments	Rating
18 May 2009		Simple PLL demostration This m-file demonstrates PLL operation Author: J C	pll m_file phase dete..., pll m_file phase dete...	35	4	4.66667 4.7 \| 3 ratings

Comments and Ratings Matching Eyal's Watch List			1-5 of 5
Date	File	Comment by	Comments	Rating
29 Apr 2013	Simple PLL demostration This m-file demonstrates PLL operation	Anderson	Thank you very much for this simple PLL implementation. However, I noticed it uses both the real and imaginary parts of the Signal. In a physical implementation we only have access to the real part of the signal, right? So how can this be applied to a real, physical signal?	4
11 Jul 2012	Simple PLL demostration This m-file demonstrates PLL operation	Mike Woodward	You might also be interested in our new PLL design page: http://www.mathworks.com/mixed-signal-systems/pll-design.html	Comment only
22 Nov 2011	Simple PLL demostration This m-file demonstrates PLL operation	Mike Woodward	If you're interested in this submission, you might also like the new, free mixed-signal library available from here: http://www.mathworks.com/programs/mixed-signal/index.html	Comment only
16 Sep 2011	Simple PLL demostration This m-file demonstrates PLL operation	Fernando Gregorio		5
17 May 2010	Simple PLL demostration This m-file demonstrates PLL operation	Andres Camilo Cuervo Pinilla	PLEASE SR I WOULD LIKE TO KNOW THE MEAN OF SOME VARIABLES: phi_hat(1)=30; e(1)=0; phd_output(1)=0; vco(n)=conj(exp(1i(2pinf/fs+phi_hat(n-1))));%Compute VCO phd_output(n)=imag(Signal(n)vco(n));%Complex multiply VCO x Signal input e(n)=e(n-1)+(kp+ki)phd_output(n)-ki*phd_output(n-1);%Filter integrator phi_hat(n)=phi_hat(n-1)+e(n);%Update VCO ALSO I WOULD LIKE TO KNOW HERE I COULD FIND SOME BOOKS TO READ ABOUT PLL THANKS AC	5