Electronics and Computer Technology

Overview

The scientific study of electronic devices.

Projects

Elementary

  1. AC measuring instruments.
  2. Alternating current.
  3. Alternating voltage.
  4. Amplifiers.
  5. Analog-to-digital conversion.
  6. Audio amplifiers.
  7. Batteries.
  8. Capacitance.
  9. Capacitive reactance.
  10. Capacitors.
  11. Common-emitter amplifier.
  12. Conductors.
  13. Counters.
  14. DC measuring instruments.
  15. Decoders.
  16. Differential amplifier.
  17. Digital ICs.
  18. Digital-to-analog conversion.
  19. Direct current.
  20. Electrostatics.
  21. Emitter-follower amplifier.
  22. Field-effect transistor.
  23. Filters.
  24. Gates.
  25. Inductance.
  26. Inductors.
  27. Insulators.
  28. Junction transistor.
  29. Kirchhoff's laws.
  30. Light-dependent resistors.
  31. Linear integrated circuits.
  32. Magnetic circuits.
  33. Magnetism.
  34. Magnetostatics.
  35. Multimeter.
  36. Multivibrators.
  37. Network analysis.
  38. Network theorems.
  39. Ohm's law.
  40. Op amp.
  41. Oscillators.
  42. Parallel circuits.
  43. Phase.
  44. Phasor representation.
  45. Power.
  46. Power supplies.
  47. Rectifiers.
  48. Resistance.
  49. Resistors.
  50. Resonant circuits.
  51. Semiconductor diodes.
  52. Series circuits.
  53. Series-parallel circuits.
  54. Signal control.
  55. Signal generation.
  56. Solid state switches.
  57. Thermistors.
  58. Thevenin's theorem.
  59. Timers.
  60. Transformers.
  61. Voltage.
  62. Voltage cells.
  63. Voltage-dependent resistors.
  64. Voltage multipliers.

Intermediate

  1. AC Power
  2. Active Filters
  3. Analog Communications
  4. Analog-to-Digital Encoding
  5. Assembly Language Programming
  6. ATM Networks
  7. Bipolar Transistors
  8. Boolean Algebra
  9. Boundary Conditions
  10. Boundary Value Problems
  11. Circuit Response to Impulse Functions
  12. Circuit Response to Periodic Functions
  13. Circuit Response to Step Functions
  14. Computer Architecture
  15. Computer Networks
  16. Continuous Waveforms
  17. Coprocessors
  18. Coupled Circuits
  19. Data Compression
  20. DC Machines
  21. Dielectrics
  22. Differential Amplifiers
  23. Digital System Testing
  24. Diodes
  25. Discrete Waveforms
  26. DMA
  27. Electric Machines
  28. Electric Motors
  29. Electromagnetic Radiation
  30. Electromechanical Devices
  31. Energy Supply Systems
  32. Error Control
  33. Exception/Interrupt Handling
  34. Field-Effect Transistors
  35. Flip-Flops
  36. Frequency Response
  37. Geometric Optics
  38. Hardware Interfaces
  39. I/O Interfaces
  40. I/O Programming
  41. Induction
  42. Linear Networks
  43. Large-Scale Network Simulation
  44. Lasers
  45. Logic Functions
  46. Logic Gates
  47. Machine Programming
  48. Magnetic Circuits
  49. Magnetic Materials
  50. Magnetic Recording Media
  51. Maxwell's Equations
  52. Microcontrollers
  53. Microprocessors
  54. MOSFETs
  55. Multistage Amplifiers
  56. Nonlinear Networks
  57. Number Systems
  58. Op Amps
  59. Physical Optics
  60. PLA Design Methods
  61. Plane Waves
  62. Power-Efficient Systems
  63. Power Supplies
  64. Random Signal Analysis
  65. Register-Level Computer Organization
  66. Relays
  67. RF Electronics
  68. ROM
  69. Semiconductor Devices
  70. Signal Detection
  71. Signal Generators
  72. Single-Phase Power Systems
  73. Static Vector Fields
  74. Steady-State Analysis
  75. Synchronous Generators
  76. Synchronous Sequential Circuits
  77. System Buses
  78. System Performance Analysis
  79. Three-Phase Power Systems
  80. Time-Varying Vector Fields
  81. Transformers
  82. Transients
  83. Transmission Lines

Advanced

  1. AC Machines
  2. Acoustic Waves
  3. Adaptive Systems
  4. Analog Filter Design
  5. Analog Integrated Circuit Design
  6. Antennas
  7. Baseband Digital Communications
  8. BICMOS
  9. Bipolar Logic
  10. Clean Rooms
  11. CMOS
  12. Combinatorial Logic Systems
  13. Configurable Computing
  14. DC Rotating Machines
  15. Digital Control Systems
  16. Digital Filter Design
  17. Digital Integrated Circuit Design
  18. Digital Logic Gates
  19. Digital Modulation
  20. Digital Signal Processing
  21. Doped Semiconductors
  22. ECL
  23. Electro-optics
  24. Fan Outs
  25. Fault Analysis
  26. Fault-Tolerant Computing
  27. Feedback Control Systems
  28. Feedback Power Amplifiers
  29. Fiber Optic Networks
  30. Filter Sensitivity
  31. Filter Synthesis
  32. Frequency Domain Analysis
  33. Frequency Domain Approximations
  34. Frequency Response
  35. Guided Waves
  36. Hardware-Software Interface
  37. Image Processing
  38. Impedence Matching Transformers
  39. Information Theory
  40. Intelligent Control
  41. Inverter Design
  42. Iterative Networks
  43. Kalman Filtering
  44. Laser Holography
  45. Linear Control Systems
  46. Linear Feedback Systems
  47. Metal-Semiconductor Contacts
  48. Microcontamination
  49. Microelectronics
  50. Microwave Electronics
  51. Modeling Communications Systems
  52. MOS Logic
  53. MOS Memory
  54. Neural Networks
  55. NMOS
  56. Noise
  57. Noise Margins
  58. Nonlinear Control Systems
  59. Nonlinear Optics
  60. Optical Communications
  61. Optical Data Storage
  62. Optical Interconnects
  63. Optical Processes in Semiconductors
  64. Optimal Control
  65. Optoelectronics
  66. Parallel Processing
  67. Passband Digital Communications
  68. Photonics
  69. pn Junctions
  70. Power Dissipation
  71. Power Flow Analysis
  72. Power System Stability
  73. Propagation Delay Times
  74. Protection from Lightning
  75. Protection from Switching
  76. Quantum Fluids
  77. Quantum Hall Effect
  78. Quantum Solids
  79. Radar Systems
  80. Radiation
  81. Root Locus Techniques
  82. Scattering
  83. Semiconductor Growth
  84. Semiconductor Physics
  85. Series Compensation
  86. Short Circuit Protection
  87. Signal Estimation
  88. Signal Processing
  89. Solar Cells
  90. State Variable Feedback
  91. Statistical Communications Theory
  92. Statistical Signal Processing
  93. Stochastic Control
  94. Synchronous Sequential Systems
  95. Thin Film Electronics
  96. Time Domain Analysis
  97. TTL
  98. Ultrapure Water
  99. Video Processing
  100. VLSI
  101. Wave Polarization
  102. Wave Scattering
  103. Wave-Shaping Circuits
  104. Waveguides
  105. Zero Sequence Impedence

Frontier

  1. Absorption
  2. Acousto-optics
  3. Adaptive Signal Processing
  4. Anisotropic Media
  5. Biochemical Computation
  6. Cellular Systems
  7. Charge Density Waves
  8. Chemical Computation
  9. Coding Theory
  10. Coherent Optics
  11. Computer Vision
  12. Conducting Media
  13. Correlated Electronic Systems
  14. Cryptography
  15. Crystal Lattices
  16. Detection Theory
  17. Dielectric Media
  18. Digital Communications
  19. Digital Image Compression
  20. Digital Image Processing
  21. Digital Spectral Analysis
  22. Disordered Electronic Systems
  23. Electric Power Quality
  24. Electronic States in Semiconductors
  25. Estimation Theory
  26. Filtering of Stochastic Processes
  27. Frequency Synthesizers
  28. Hardware Design Languages
  29. Heterojunctions
  30. Heterostructures
  31. High-Resolution Radar
  32. High-Temperature Superconductors
  33. IF Circuits
  34. Lattice Dynamics
  35. Light Emitting Diodes
  36. Magnetization
  37. Mesoscopic Physics
  38. Metal-Insulator Transitions
  39. Microbial Robotics
  40. Mixers
  41. Molecular Beam Epitaxy
  42. Molecular Computation
  43. Multidimensional Signal Processing
  44. Multipath Fading Channels
  45. Multivariable Control Systems
  46. Nanostructure Physics
  47. Nanotechnology
  48. Nonequilibrium Transport
  49. Nonlinear Wave Mixing
  50. Optical Phase Conjugation
  51. Optical Spatial Solitons
  52. Path Loss
  53. Pattern Recognition
  54. Performance Analysis
  55. Photodetectors
  56. Photoluminescence
  57. Photonic Devices
  58. Photonic Switching
  59. Polarization
  60. Power Distribution
  61. Power System Transients
  62. Power Transmission
  63. Quantum Computing
  64. Quantum Dots
  65. Quantum Electronics
  66. Quantum Interference
  67. Quantum Statistics
  68. Quantum Theory of Radiation
  69. Quantum Wires
  70. Radiative Processes
  71. Receivers
  72. Reciprocal Lattices
  73. RF Circuits
  74. Scanning Tunneling Microscopy
  75. Semiconducting Media
  76. Semiconductor Characterization
  77. Semiconductor Device Simulation
  78. Semiconductor Lasers
  79. Semiconductor Process Simulation
  80. Semiconductor Transport
  81. Single-Electron Tunneling
  82. Spin Glasses
  83. Spread Spectrum
  84. Structural Phase Transitions
  85. Superlattices
  86. Synthetic Gene Networks
  87. Three-Dimensional Integrated Circuits
  88. Transceivers
  89. Two-Dimensional Electron Systems
  90. Ultrafast Processes
  91. VLSI Signal Processing

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