paul0
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Dear all,
I have a deadbeat controller with a control law as follow:
u(k) = -0.8*u(k-1) + -3.1*y(k) + 2.4*y(k-1) + 2.9*yr(k+1)
where signal u(k) is the control law and is the output of my half bridge inverter ( it s also an input to my LC filter )
y(k) is a sinusoidal wave output of my LC filter (which is next to my inverter)
yr(k+1) is a discrete reference sinsusoidal signal
So the goal here is that the signal y(k) has to follow the reference signal at every sampling interval.
I am expecting to get a pulse width modulated signal for u(k), but what I get in simulation is a sinusoidal signal !! Is that right ???
I hope that was enough clear and I m waiting for your answers
thanks
I have a deadbeat controller with a control law as follow:
u(k) = -0.8*u(k-1) + -3.1*y(k) + 2.4*y(k-1) + 2.9*yr(k+1)
where signal u(k) is the control law and is the output of my half bridge inverter ( it s also an input to my LC filter )
y(k) is a sinusoidal wave output of my LC filter (which is next to my inverter)
yr(k+1) is a discrete reference sinsusoidal signal
So the goal here is that the signal y(k) has to follow the reference signal at every sampling interval.
I am expecting to get a pulse width modulated signal for u(k), but what I get in simulation is a sinusoidal signal !! Is that right ???
I hope that was enough clear and I m waiting for your answers
thanks
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