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7.) (Based on Neamen, Problem 7.4) - A silicon pn junction at concentrations Na 10¹7 cm 3 and Na 5 x 10¹5 cm -3 at T = - xp and the maximum electric field in this junction. zero bias has doping 300K. Determine In,

7.) (Based on Neamen, Problem 7.4) - A silicon pn junction at concentrations Na 10¹7 cm 3 and Na 5 x 10¹5 cm -3 at T = - xp and the maximum electric field in this junction. zero bias has doping 300K. Determine In,

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7.) (Based on Neamen, Problem 7.4) - A silicon pn junction at zero bias has doping concentrations Na 10¹7 cm -3 and Na 5 x 1015 cm -3 = at T 300K. Determine In, = ¤Ã and the maximum electric field in this junction.
Transcribed Image Text:7.) (Based on Neamen, Problem 7.4) - A silicon pn junction at zero bias has doping concentrations Na 10¹7 cm -3 and Na 5 x 1015 cm -3 = at T 300K. Determine In, = ¤Ã and the maximum electric field in this junction.
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