II. (10 total pts) The PN junction of II has a structure given by the following the P doping 1016cm' N doping 1018cm", W

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II. (10 total pts) The PN junction of II has a structure given by the following the P doping 1016cm' N doping 1018cm", W

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Ii 10 Total Pts The Pn Junction Of Ii Has A Structure Given By The Following The P Doping 1016cm N Doping 1018cm W 1
Ii 10 Total Pts The Pn Junction Of Ii Has A Structure Given By The Following The P Doping 1016cm N Doping 1018cm W 1 (37.3 KiB) Viewed 41 times
Ii 10 Total Pts The Pn Junction Of Ii Has A Structure Given By The Following The P Doping 1016cm N Doping 1018cm W 2
Ii 10 Total Pts The Pn Junction Of Ii Has A Structure Given By The Following The P Doping 1016cm N Doping 1018cm W 2 (53.14 KiB) Viewed 41 times
II. (10 total pts) The PN junction of II has a structure given by the following the P doping 1016cm' N doping 1018cm", Wp =2x104cm Wy=100x104cm Xno=.0032x104cm, Xpo=.32x104 cm 1016 1018 → 2x104cm 100x10-4cm

a (2pts) Sketch the charge distribution H We WN b. (2pts) Sketch the electric field diagram Epold Wp WN c (2pts) What is the built in potential for the junction V d. (2pts) Calculate the maximum value of electric field in the device. At what value of x does it occur (5pts) Sketch the potential diagram OP Wp WN
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