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Thank you for your reply, but I did not understand what should I check to see what is the problem with my circuit.. Could you please explain a bit more?
Hello,
I have designed a doubler rectifier with a Pi-shaped matching network.
in my first design, I did not use the short copper connections required for fabrication and I got acceptable results. The problem is that when I added short coppers the S11 is still the same but I lost the efficiency...
To my understanding, the Pin and the Power that enters into the matching circuit, P_probe1.p[1], should be the same.
As Pin is a variable in the design, if I define an equation like Efficiency=P_Probe3[0]/Pin[1], the resulting plot does not make sense.
However, if I rewrite the efficiency...
Thank you for your helpful answers.
I have applied your suggestion to the design. Now the efficiency is not zero anymore, but it is still very low.
How I can increase the efficiency to a value of about 40%?
Hi,
Thanks a lot for taking the time to reply to my question.
1) In the uploaded image I just wanted to show all the simulation boxes, however, to run the HB simulation I disabled all the blocks except the HB and LSSP simulation to avoid any error.
2) Could you please let me know how I can add...
Hi,
I have designed a voltage doubler rectifier matched at 1.75 GHz.
My problem is with HB simulation. I cannot understand what is the problem with my design that Pin and Pout are about zero and conversion efficiency vs Pin is negative nd zero.
I would be thankful if someone can help me to...
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