(a) Determine the fitting constant, n and saturation current density, Js for the above W-Si curve...

 

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(a) Determine the fitting constant, n and saturation current density, Js for the above W-Si curve by use of the following forward biased diode equation and the plot above, J = Js [exp (a)], [1] where V, is the voltage applied across the diode, q is the electronic charge, k is Boltzmann's constant and T is measured in kelvins. Hint: What happens when we make V₁0 V in Eq 1? Lex (cm²/pF)² x 10¹3 14 12 10 B 6 2 VR (V) 2 W-Si 3 (a) Determine the fitting constant, n and saturation current density, Js for the above W-Si curve by use of the following forward biased diode equation and the plot above, J = Js [exp (a)], [1] where V, is the voltage applied across the diode, q is the electronic charge, k is Boltzmann's constant and T is measured in kelvins. Hint: What happens when we make V₁0 V in Eq 1? Lex (cm²/pF)² x 10¹3 14 12 10 B 6 2 VR (V) 2 W-Si 3