Embedded Systems Design with the Atmel AVR Microcontroller Part II

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AC device control, 229 AC interfacing, 229 analog sensor, 195 ATmega164 timers, 145 ATmega164 timing system, 137 battery capacity, 185 battery operation, 185 counting events, 143 CTC timer mode, 148 current sink, 183 current source, 183 DC motor, 218 DC motor control, 218 DC motor speed control, 144 digital sensor, 194 dot matrix display, 201 duty cycle, 138 elapsed time, 140 electrical specifications, 182 fan cooling system, 170 fast PWM timer mode, 148 frequency measurement, 143 graphicLCD, 207 H-bridge, 219 HC CMOS, 182 input capture, 142 Index input capture programming, 163 input devices, 185 keypad, 189 LED biasing, 197 light emitting diode (LED), 197 liquid crystal display (LCD), 204 MOSFET, 216 motor operating parameters, 219 normal timer mode, 148 operating parameters, 181 optical encoder, 194 output compare, 143 output device, 197 output timer, 139 period, 138 phase correct timer mode, 148 pullup resistors, 187 PWM, 144 PWM programming, 161 sensors, 194 servo motor, 165, 218 seven segment displays, 197 signal generation, 144 solenoid, 216 solid state relay (SSR), 216 sonalert, 229 stepper motor, 219, 220 295
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Embedded Systems Design with the At
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iv An Introduction to Logic Circuit
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Copyright © 2010 by Morgan & Clayp
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ABSTRACT This textbook provides pra
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x CONTENTS 7 6.9.3 Input Capture Mo
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xii CONTENTS A 8.5.3 Circuit diagra
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Preface In 2006 Morgan & Claypool P
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138 CHAPTER 6. TIMING SUBSYSTEM x(t
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142 CHAPTER 6. TIMING SUBSYSTEM 6.4
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164 CHAPTER 6. TIMING SUBSYSTEM TCN
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166 CHAPTER 6. TIMING SUBSYSTEM CW
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178 CHAPTER 6. TIMING SUBSYSTEM fan
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182 CHAPTER 7. ATMEL AVR OPERATING
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236 CHAPTER 8. SYSTEM LEVEL DESIGN
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Page 173: Author’s Biography STEVEN F. BARR
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