Hello all,
taking a "practical approach" course in my uni for my optional credit points, not part of the official curriculum, but hey, its practical.
Im already stuck with my first assignment, diodes, namely there are a couple of formulas that I have never seen, maybe perhaps you can help me with it.
There is an attachment, the AC voltage is a sinewave.
Can any of these formulas be derived from somewhere and somehow ? I am flabergasted atm.
Regarding the breakdown voltage, can such a thing rly be calculated with such a simple formula ? Aside from being manufacturer specific in the real world, I would assume it has alot more to do with the area of the n and p and far more variables ?
Now a question did arise here. Let us assume we have a no forward voltage drop or break down voltage diode, are the RMS and mean values equal to the formulas I provided, since one side of the polarity is removed...
taking a "practical approach" course in my uni for my optional credit points, not part of the official curriculum, but hey, its practical.
Im already stuck with my first assignment, diodes, namely there are a couple of formulas that I have never seen, maybe perhaps you can help me with it.
There is an attachment, the AC voltage is a sinewave.
Can any of these formulas be derived from somewhere and somehow ? I am flabergasted atm.
Regarding the breakdown voltage, can such a thing rly be calculated with such a simple formula ? Aside from being manufacturer specific in the real world, I would assume it has alot more to do with the area of the n and p and far more variables ?
Now a question did arise here. Let us assume we have a no forward voltage drop or break down voltage diode, are the RMS and mean values equal to the formulas I provided, since one side of the polarity is removed...
Attachments
-
147.6 KB Views: 32