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learn:courses:real-analog-chapter-1:start [2017/05/30 19:57] – Marthalearn:courses:real-analog-chapter-1:start [2022/10/04 11:38] (current) – external edit 127.0.0.1
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 ====== Real Analog: Chapter 1 ====== ====== Real Analog: Chapter 1 ======
 [[{}/learn/courses/real-analog/start|Back to Landing Page]] [[{}/learn/courses/real-analog/start|Back to Landing Page]]
---> Chapter 1 Downloads#   +--> Chapter 1 Materials#   
   * Lecture Material:   * Lecture Material:
     * {{ :learn:courses:real-analog-chapter-1:lecture1.ppt |Lecture 1 PowerPoint Slides}}: Course overview, basic circuit parameters, passive sign convention     * {{ :learn:courses:real-analog-chapter-1:lecture1.ppt |Lecture 1 PowerPoint Slides}}: Course overview, basic circuit parameters, passive sign convention
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     * [[http://www.youtube.com/watch?v=4bJ9MvgSkY8&list=PL170A01159D42313D&index=3&feature=plpp_video| Lab 1 Video 3]]: Dependent Sources: MOSFETs and BJTs as dependent sources.     * [[http://www.youtube.com/watch?v=4bJ9MvgSkY8&list=PL170A01159D42313D&index=3&feature=plpp_video| Lab 1 Video 3]]: Dependent Sources: MOSFETs and BJTs as dependent sources.
     * [[http://www.youtube.com/watch?v=0ajtS0zSRvY&list=PL170A01159D42313D&index=4&feature=plpp_video| Lab 1 Video 4]]: Applications: Concept applications: dusk-to-dawn light and temperature measurement.     * [[http://www.youtube.com/watch?v=0ajtS0zSRvY&list=PL170A01159D42313D&index=4&feature=plpp_video| Lab 1 Video 4]]: Applications: Concept applications: dusk-to-dawn light and temperature measurement.
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   * {{ :learn:courses:real-analog-chapter-1:real-analog-chapter-1.pdf | Chapter 1 Complete PDF}}   * {{ :learn:courses:real-analog-chapter-1:real-analog-chapter-1.pdf | Chapter 1 Complete PDF}}
     * {{ :learn:courses:real-analog-chapter-1:lab1p1.pdf |Lab 1.1}}     * {{ :learn:courses:real-analog-chapter-1:lab1p1.pdf |Lab 1.1}}
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       * {{ :learn:courses:real-analog-chapter-1:back1p4p4_temperaturesensors.pdf |Background 1}}: Background material for lab 1.4.4: Resistive Temperature Sensors       * {{ :learn:courses:real-analog-chapter-1:back1p4p4_temperaturesensors.pdf |Background 1}}: Background material for lab 1.4.4: Resistive Temperature Sensors
       * {{ :learn:courses:real-analog-chapter-1:lab1p4p4_worksheet.docx |Worksheet 1.4.4}}       * {{ :learn:courses:real-analog-chapter-1:lab1p4p4_worksheet.docx |Worksheet 1.4.4}}
- +   * {{ :learn:courses:real-analog-chapter-1:realanalog-exercisesolutions-chapter1.pdf |Exercise Solutions}}: Chapter 1 exercise solutions 
-     * {{ :learn:courses:real-analog-chapter-1:realanalog-exercisesolutions-chapter1.pdf |Exercise Solutions}}: Chapter 1 exercise solutions +   * {{ :learn:courses:real-analog-chapter-1:homework1.docx |Homework}}: Chapter 1 homework problems
-     * {{ :learn:courses:real-analog-chapter-1:homework1.docx |Homework}}: Chapter 1 homework problems+
  
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 Mathematically, current is represented as:  Mathematically, current is represented as: 
  
-$$ i=\frac{dq}{dw}\         (Eq. 1.2) $$ +$$ i=\frac{dq}{dt}\         (Eq. 1.2) $$ 
  
 Where //i// is the current in amperes, //q// is the charge in coulombs, and //t// is the time in seconds. Thus, current is the time rate of change of charge and units of charge are coulombs per second, or //amperes// (abbreviated as //A//).  Where //i// is the current in amperes, //q// is the charge in coulombs, and //t// is the time in seconds. Thus, current is the time rate of change of charge and units of charge are coulombs per second, or //amperes// (abbreviated as //A//).