Ideal Diode Equation: Research & Calc for Non-Linear Activity

  • Thread starter Thread starter impendingChaos
  • Start date Start date
  • Tags Tags
    Diode
AI Thread Summary
Research on chaotic behavior in diodes highlights the need for the derivation of the ideal diode equation and calculations for non-linear activity, particularly under over-reverse bias conditions. Standard texts on solid-state electronics, such as those by S.M. Sze and Streetman, provide the necessary derivation. The discussion also touches on the applicability of empirical diode test results to quantum chaos, referencing the Schrödinger equation. Questions arise regarding the characteristics of the hypothetical ideal diode, specifically its behavior in forward and reverse bias. Understanding these aspects is crucial for advancing research in this area.
impendingChaos
Messages
24
Reaction score
0
i am conducting research in chaotic behavior within diodes, can someone please direct me to the derrivation of the ideal diode equation and more importantly for my research, the calculation required for non linear activity in a diode such as that which occurs when the diode is over-reverse biased. as an aside, does anyone have experience with making the results of empirical diode tests applicable to quantum chaos such as through the schroedinger equation?

-Mikael
 
Physics news on Phys.org
I'm moving this to "classical physics". I don't see how it has anything to do with "Calculus and Mathematics".
 
You will find a derivation of the diode equation in any standard text on solid state electronics. Try S.M.Sze or Streetman.
 
I once hooked up a diode backwards and it blowed up real good.

How "ideal" is this hypothetical diode you're talking about? Dead short forward, open circuit reverse?
 

Similar threads

Back
Top