BookVerse

About This Book

1.1 Electronics Matters Electronics are ubiquitous. We light our homes, communicate, navigate, socialize, inform, compute, and perform myriad other activities through the use of electronic devices and technologies. Chances are, you’re reading this text now on an electronic device such as a portable e-reader or a laptop. Your smart phone is probably nearby. You may be wearing a smart watch. A long-life, energy efficient LED lamp is probably lighting up the room you’re in. And a motion sensor hidd

Chapters

• 1.4 Lab Kit
• 2.1 Basic Physics Review
• 2.3 Circuit Elements
• 2.6 Circuit Laws: KCL and KVL
• 2.7 Resistors and Ohm’s Law
• 2.8 Power and energy in resistive circuits
• 2.9 Device I-V Characteristics
• 2.10 Problems
• 4.1 Diode concept and bias
• 4.2 Diode I-V Characteristic Curves and Load Lines
• 3.1 Equivalent Resistance
• 3.2 Voltage and Current Dividers
• 3.3 Node voltages
• 3.4 Node Voltage Analysis
• 3.5 Thevenin Equivalence
• 3.7 Problems
• 6.1 Ideal Op Amp Characteristics
• 6.4 Negative Feedback Amplifier
• 6.7 Lab Experiments
• 5.1 Transistor Construction and Models
• 5.5 Lab 2 Experiments
• 7.3 Charging capacitor
• 7.5 Relaxation Oscillator
• 7.6 Problems
• 8.1 Signals in time, frequency, and phasor domains
• 8.2 Phasor representations
• 9.1 Computer vs Microcontroller
• 9.8 Example: showTime
• 9.10 Example: MotorReverserSpeed
• 9.11 Example: SonarRanger

Rate This Book