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Page 1: alan.ece.gatech.edualan.ece.gatech.edu/ECE3040/ExamSolutions/Exam2Spring2007.pdfiode leakage current is proportional to the area of the device and the across the diode.. 3.) (2-points
Page 2: alan.ece.gatech.edualan.ece.gatech.edu/ECE3040/ExamSolutions/Exam2Spring2007.pdfiode leakage current is proportional to the area of the device and the across the diode.. 3.) (2-points
Page 3: alan.ece.gatech.edualan.ece.gatech.edu/ECE3040/ExamSolutions/Exam2Spring2007.pdfiode leakage current is proportional to the area of the device and the across the diode.. 3.) (2-points
Page 4: alan.ece.gatech.edualan.ece.gatech.edu/ECE3040/ExamSolutions/Exam2Spring2007.pdfiode leakage current is proportional to the area of the device and the across the diode.. 3.) (2-points
Page 5: alan.ece.gatech.edualan.ece.gatech.edu/ECE3040/ExamSolutions/Exam2Spring2007.pdfiode leakage current is proportional to the area of the device and the across the diode.. 3.) (2-points
Page 6: alan.ece.gatech.edualan.ece.gatech.edu/ECE3040/ExamSolutions/Exam2Spring2007.pdfiode leakage current is proportional to the area of the device and the across the diode.. 3.) (2-points
Page 7: alan.ece.gatech.edualan.ece.gatech.edu/ECE3040/ExamSolutions/Exam2Spring2007.pdfiode leakage current is proportional to the area of the device and the across the diode.. 3.) (2-points
Page 8: alan.ece.gatech.edualan.ece.gatech.edu/ECE3040/ExamSolutions/Exam2Spring2007.pdfiode leakage current is proportional to the area of the device and the across the diode.. 3.) (2-points