PowerPoint of Figures and Tables Principles and Applications of Electrical Engineering Fifth Edition Chapter 9 Semiconductors and Diodes

Figure A pn junction Figure 9.5

Figure Drift and diffusion currents in a pn junction Figure 9.6

Figure Forward- and reverse-biased pn junctions Figure 9.7

Figure 9.8, Semiconductor diode i-v characteristic Figure 9.8 Figure 9.9 Semiconductor diode circuit symbol

Figure The i-v characteristic of the semiconductor diode Figure 9.10

Figure Large-signal on/off diode model Figure 9.11

Figure 9.12, 9.13, Circuit containing ideal diode Figure 9.12 Circuit of Figure 9.12, assuming that the ideal diode conducts Figure 9.13 Circuit of Figure 9.12, assuming that the ideal diode does not conduct Figure 9.14 Please see page 497 for Focus on Methodology

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Figure 9.20, Figure 9.20 Ideal diode rectifier input and output voltages Figure 9.21 Please see page 500 for First Paragraph

Offset Diode Model

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(1) Please see the eq. (9.13) ~ (9.15) at pages (2) Please see page 505 for Focus on Methodology

Figure Superposition of load line and diode i-v curve Figure 9.34

Figure 9.35, Piecewise linear diode model Figure 9.35 Figure 9.37

Figure Full-wave rectifier Figure 9.39

Please see “Electronic Devices and Circuits”, 4 th ed. T. Bogart, p (1997)

Figure DC power supply Figure 9.45

Figure (a) A Zener diode voltage regulator; (b) simplified circuit for Zener regulator Figure 9.49

Figure 9.54, Two-sided diode clipper Figure 9.54 Circuit model for the diode clipper Figure 9.55

Figure 9.56, Equivalent circuit for the one- sided limiter (diode on) Figure 9.56 Equivalent circuit for the one- sided limiter (diode off) Figure 9.57

Figure 9.58, Two-sided (ideal diode) clipper input and output voltages Figure 9.58 Voltages for the diode clipper (piecewise linear diode model) Figure 9.60

Figure Photodiode i-v curves Figure 9.70