Electronics and Circuit Analysis Study Guide by MobileReference – Chemical analysis is the study of the separation, identification and quantification of chemical components in natural and artificial materials. Qualitative analysis gives an indication of the identity of the chemical species in the sample. Quantitative analyzes determine the amount of a specific component in a substance. Separation of components is often performed prior to analysis.
I. Electronic Components
1. Passive components: Fuse | Capacitors | Inductors | Magnetic amplifier | Crystal Oscillator | Polyswitch | Resistors | Varistor | Transformer | Switch
2. Active solid-state components: Semiconductor devices | Semiconductor materials | Diodes | Transistors | DIAC – Diode for Alternating Current | TRIAC – TRIode for Alternating Current | Power Supplies | Frequency changer
3. Active thermionic components: Vacuum tube | Cathode ray tube | Klystron | Magnetron
4. Display devices: Cathode ray tube | Liquid crystal display | Light-emitting diode | Nixie tube
5. Electromechanical sensors and actuators: Microphone | Loudspeaker | Strain gauge | Switch
6. Thermoelectric devices: Thermoelectric effect | Thermistor | Thermocouple | Thermopile | Peltier cooler
7. Photoelectric devices: Photomultiplier tube | Light-dependent resistor | Photodiode | Photovoltaic cell (solar cell)
8. Antennas: Radio antenna | Elemental dipole | Biconical | Yagi | Log-periodic antenna | Phased array | Magnetic dipole (loop) | Parabolic dish | Feedhorn | Waveguide
9. Interconnecting electronic components: Electrical connectors, plugs and sockets | Printed circuit boards | Point-to-point construction | Wire-wrap | Breadboard
II. Analog Circuits
10. Circuit Analysis: Introduction | Symbols used in Electronics | Kirchhoff’s current law | Ohm’s Law | Circuit diagram | Charge and Coulomb’s Law | Coulomb’s Law | Cell | DC Voltage and Current | Nodal Analysis | Mesh Analysis | Thevenin and Norton Equivalents | Norton’s Theorem | Thévenin’s Theorem | Superposition | DC Circuit Analysis | Noise in electronic circuits | Diagnostic Equipment | SPICE (Simulation Program with Integrated Circuit Emphasis)
11. Analysis of Resistive Circuits: Series and parallel circuits | Wheatstone bridge | Y-Delta transform | Voltage divider | Current divider | Combining impedances
12. AC Circuits: Alternating current | AC Voltage and Current | Phasors | Impedance | RC Circuits | RCL Circuits:RCL frequency domain | RCL time domain simple | RCL time domain Example
13. Benefits and Design: Benefits | Circuit design
14. Amplifiers: Multi-stage transistor amplifiers | Electronic amplifier | Operational amplifiers | Example | Applications: Comparator | Instrumentation amplifier | Schmitt trigger | Multivibrator | Inductance gyrator | Negative impedance converter | Precision rectifier | Analog multipliers
15. Switching amplifier: Pulse-width modulation (PWM) | Pulse-amplitude modulation (PAM) | Pulse-code modulation (PCM) | Pulse-density modulation (PDM) | Pulse-position modulation
16. Oscillators: Hartley | Armstrong | Clapp | Colpitts | Pierce | Phase-shift | Wien bridge | RC | LC
17. Modulation Methods:
17.1 Analog modulation methods:
Angular modulation: Phase modulation (PM) | Frequency modulation (FM)
Amplitude modulation (AM): Double-sideband suppressed-carrier transmission (DSB-SC) | Single-sideband modulation (SSB, or SSB-AM) | Vestigial-sideband modulation (VSB, or VSB-AM) | Quadrature amplitude modulation (QAM)
17.2 Digital modulation methods: Phase-shift keying (PSK) | Frequency-shift keying (FSK) | Amplitude-shift keying (ASK) | Polar modulation | Continuous phase modulation (CPM) | Minimum-shift keying (MSK)
Ortho.
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Table of Contents:
i. Introduction: Foreword | Symbols used in Electronics
ii. Signal Transforms: Fourier analysis | Fourier series | Fourier transform | Discrete Fourier transform | A derivation of the discrete Fourier transform | Discrete-time Fourier transform | Gibbs phenomenon | Laplace transform | Two-sided Laplace transform | Z-transform | Transfer function.
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