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unit 1  electrical and electronic engineering
  1.1  text introduction to electrical and electronic engineering
  1.2  reading and translation early development for electffcal engineering
  1.3  furtherreading electrical and electronic engineering in the future
  1.4  general knowledge Êýѧ·ûºÅ¼°ÊýѧʽµÄ¶Á·¨
unit 2  power generation and transmission
  2.1  text electromagnetic induction
  2.2  reading and translation single-phase and threephase ac
  2.3  further reading transformers
  2.4  general knowledge ¹úÍâµçÁ¦µç×ÓÓë²â¿ØÀàרҵӢÎÄÆÚ¿¯
unit 3  passive circuit components
  3.1  text resistance£¬inductance and capacitance
  3.2  reading and translation  full¡ªwave bridge rectifiers
  3.3  further reading relays
  3.4  general knowldg ¡¶²â¿Ø¼¼ÊõÓëÒÇÆ÷¡·×¨Òµ¿Î³ÌÓ¢ÎÄÃû³Æ¼ò½é
unit 4  circuits
  4.1  text rlc series circuits
  4.2  rea(1ing and translation  resonance
  4.3  further reading electrical networks 
  4.4  general knowledge ¿Æ¼¼Ó¢Óï´Ê»ãµÄÌص㼰Æä·­Òë
unit 5  basic semiconductor devices
  5.1  text semiconductor diodes
  5.2   reading and translation bipolar transistors and their configurations
  5.3  further reading v¡ªmos field¡ªeffect transistors
  5.4  general knowledge Äδ﷭ÒëÀíÂÛÔڿƼ¼Ó¢Óï¾ä×Ó·­ÒëÖеÄÓ¦ÓÃ
unit 6  amplifiers
  6.1  text distinction between voltage and current amplifiers
  6.2  reading and translation  amplifying system functions
  6.3  further reading operational amplifiers
  6.4  general knowledge ¿Æ¼¼Ó¢Óï·­Òë±ê×¼
unit 7  electronic transducers
  7.1  text transducer types
  7.2  reading and translation transducer characteristics
  7.3  further reading photovoltaic cells and photoresistors
  7.4  general knowledge ÈçºÎдºÃÓ¢Îľä×Ó
unit 8  measuring technique
  8.1  text errors in measurement
  8.2  reading and translation temperature instrumentation
  8.3  further reading pressure level and flow measurements
  8.4  general knowledge ¶¨Òå
unit 9  manipulative devices
  9.1  text final control elements
  9.2  reading and translation  speed control
  9.3  further reading mode of thermal system control
  9.4  general knowledge ¶ÎÂäµÄ×é³É
unit 10  digital electronic systemsv
  10.1  text the binary numbering ystem
  10.2  reading and translation  basic binary logic fuctions
  10.3  further reading flip¡ªflops
  10.4  general knowledge ÎÄÕµĻù±¾×é³É
unit 11  microcomputers
  11.1 text microprocessor components
  11.2  reading and translation  fundamentals of single-chip microcomputers
  11.3  further reading the applications of computers 
  11.4  general knowledge ¿Æ¼¼ÂÛÎĵĽṹÓëд×÷
unit 12  real world signal processing
  12.1  text analog todigital and digital to analog conversion
  12.2  reading and translation digital signal processing
  12.3  further reading smart sensors and actuators 
  12.4  general knowledge Ó¢ÎÄÊéÐÅ
unit 13  introduetion to control systems
  13.1  text open¡ªloop and closed¡ªloop control
  13.2  reading and translation  characteristics of control systems
  13.3  further reading typefiof feedback control systems
  13.4  general knowledge Ó¢ÎļòÀú
unit 14  system analysis
  14.1  text time-domain analysis
  14.2  reading and translation  nyquists stability criterion
  14.3  further reading analysis of control systems in state space
  14.4  general knowledge Ó¢ÎÄ֪ͨºÍ±ã¼ã
unit 15  control approaches
  15.1  text pid controllers
  15.2  reading and translation  expert systems
  15.3  further reading optimal control
  15.4  general knowledge Ó¢ÎIJúƷ˵Ã÷Êé
unit 16  industrial control systems
  16.1  text computer-controlled systems
  16.2  reading and translation  modern industrial process contr01 svstems
  16.3  further reading industrial robotic systems
  16.4  general knowledge Ó¢ÎÄ e-mail
unit 17  distributed real time systems
  17.1  text understanding real-time for measurement and automation
  17.2  reading and translation  embedded real time svstems
  17.3  further reading communication protocols for embedded svstems
  17.4  general knowledge Ó¢ÎÄרÀû˵Ã÷Êé
glossary
references