Junus2012
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Dear Suta,
Attached below the picture of my recent simulation with 500 Sample,
Now suppose I want an actual voltage of 1.65 with +-50 mV is accepted,
As you mentioned before that Sigma is a result of simulation and requirement, if I would follow your procedure for 3 sigma....... 50 mV/3 = 16.66 mV.... thus if I want to go for 99.7 % of Yield my VCO max must be no more 1.65 V+ 16.66 mV =1.666
Similarly, VCO min = 1.65-16.6 mV = 1.6334 V. Since I didn't cross this limit in my MC result it means I have satisfied the sigma and the yield condition.
Please correct me if I am wrongly following your procedure.
The other question related to your discussion, you told I should look where Sigma is saturating, what this mean and how can I monitor it please
Thank you very much once again
Attached below the picture of my recent simulation with 500 Sample,
Now suppose I want an actual voltage of 1.65 with +-50 mV is accepted,
As you mentioned before that Sigma is a result of simulation and requirement, if I would follow your procedure for 3 sigma....... 50 mV/3 = 16.66 mV.... thus if I want to go for 99.7 % of Yield my VCO max must be no more 1.65 V+ 16.66 mV =1.666
Similarly, VCO min = 1.65-16.6 mV = 1.6334 V. Since I didn't cross this limit in my MC result it means I have satisfied the sigma and the yield condition.
Please correct me if I am wrongly following your procedure.
The other question related to your discussion, you told I should look where Sigma is saturating, what this mean and how can I monitor it please
Thank you very much once again