f_t
Member level 4
Dear friends,
How can I use optimization tools in ADS to optimize drain efficiency of my class-E power amplifier?
As you know, to gain a 100% efficiency (theoretically) voltage of switch and derivative of switch voltage at the time when the switch wants to be on should be zero:
v_s (2π)=0
(dv_s (2π))/(d(2π))=0
So, if we adjust these two parameters in optimization goals to be zero at the time, we can get high efficiency. The question is how I should write these equations in optimization goals of ADS?
How can I use optimization tools in ADS to optimize drain efficiency of my class-E power amplifier?
As you know, to gain a 100% efficiency (theoretically) voltage of switch and derivative of switch voltage at the time when the switch wants to be on should be zero:
v_s (2π)=0
(dv_s (2π))/(d(2π))=0
So, if we adjust these two parameters in optimization goals to be zero at the time, we can get high efficiency. The question is how I should write these equations in optimization goals of ADS?