Please show all steps of your work and write the solution with your handwriting.Consider a semiconductor of length (L) equal to 12 um. The current in this semiconductor only includeselectron drift current and hole diffusion current (keep in mind that that the total current is constant and totalcurrent density is J= 4.8 A/cm²). In this semiconductor, no=1016cm3. However, hole concentration dependson the position with the following equation:-Xxp(x) =10 expcmIf Dp= 12 cm?/s and Hn= 1000 cm?/V-s, please calculate (i) hole diffusion current density (which will dependon x) (ii) electron current density as a function of x, and (iii) the electric field as a function of x. (iv) theelectric field when x=2 µm and 8 um.

Answered: Image /qna-images/answer/333f925c-25de-4d3b-a585-d0f614ad6766.jpg

Please show all steps of your work and write the solution with your handwriting. Consider a semiconductor of length (L) equal to 12 µm. The current in this semiconductor only includes electron drift current and hole diffusion current (keep in mind that that the total current is constant and total current density is J= 4.8 A/cm²). In this semiconductor, no=101°cm3. However, hole concentration depends on the position with the following equation: p(x) =105 exp L cm If D,= 12 cm?/s and µ, = 1000 cm²/V-s, please calculate (i) hole diffusion current density (which will depend on x) (ii) electron current density as a function of x, and (iii) the electric field as a function of x. (iv) the electric field when x=2 µm and 8 µm.

Please show all steps of your work and write the solution with your handwriting. Consider a semiconductor of length (L) equal to 12 µm. The current in this semiconductor only includes electron drift current and hole diffusion current (keep in mind that that the total current is constant and total current density is J= 4.8 A/cm²). In this semiconductor, no=101°cm3. However, hole concentration depends on the position with the following equation: p(x) =105 exp L cm If D,= 12 cm?/s and µ, = 1000 cm²/V-s, please calculate (i) hole diffusion current density (which will depend on x) (ii) electron current density as a function of x, and (iii) the electric field as a function of x. (iv) the electric field when x=2 µm and 8 µm.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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