Interactive Animated Learning Platform

  • 中文版

Interactive Animated Learning Platform

I. Vectors

  1. Addition and Substraction of Vector
  2. Dot Product and Cross Product
  3. Cylindrical Coordinate System
  4. Spherical Coordinate System
  5. Volume Element of Various Coordinate Systems
  6. Relation between Coordinate Systems
  7. Gradient of a Scalar Field
  8. Divergence of a Vector Field
  9. Curl of a Vector Field

II. Maxwell equation

  1. Transformer (Faraday’s induction law) and Displacement current

III. Plane waves

  1. Time varying uniform plane waves
  2. Brewster Angle and Critical Angle
  3. Incidence of Plane Wave (TE)
  4. Incidence of Plane Wave (TM)
  5. Wavenumber Vector of Plane Wave
  6. Phase Velocity and Group Velocity

IV. Time Domain Transmission Line

  1. Bouncing Signal in T. Line w/ DC Source
  2. Bouncing Signal in T. Line w/ Impulse Source
  3. Bouncing Signals in 3 Sec. T.-Line w/ Pulse Source
  4. Bouncing Signal in a T.-Line System w Shunt/Series Discontinuity
  5. TDR Simulator
  6. Bouncing Energy in the Lossless Line
  7. Bouncing signals on a lossy line with initial condition
  8. Time Domain Analysis of a T. Line Terminated with a Reactive Load
  9. Crosstalk between Transmission Lines

V. Transmission Lines

  1. Wave Propagation on a Transmission Line(lossless case)
  2. Standing Wave Pattern(lossless case)
  3. Input Impedance
  4. Generator and Load Mismatches
  5. Reflection Coefficient
  6. Wave Propagation on a Transmission Line (lossy case)
  7. Standing Wave Pattern (lossy case)

VI. Smith Chart

  1. Smith Chart
  2. Smith Chart and Transmission Lines
  3. Smith Chart and Transmission Line (lossy case)
  4. Quarter-wavelength Transformer
  5. Single-Stub Impedance Matching
  6. Double-Stub Impedance Matching (one-eighth wavelength)
  7. Double-Stub Impedance Matching (one-sixteenth wavelength)
  8. Impedance Matching by Lumped elements
  9. Impedance Matching by Lumped Elements (T or π Model)

VII. Waveguides

  1. Rectangular Waveguides (TE Mode)
  2. Rectangular Waveguides (TM Mode)
  3. Rectangular Waveguides (Animation)
  4. Rectangular Cavity Resonator (Animation)

VIII. Antennas

  1. Polarization of EM Wave
  2. Linear Polarization
  3. Circular Polarization
  4. Elliptical Polarization
  5. Array of N Isotropic Point Sources
  6. 3D Radiation Pattern of A highly directive Antenna
  7. Field Distribution of Electrically Short Dipole
  8. Field Distribution of Dipole

IX. M Wave Simulation(The EM simulator, EMPro, is kindly supported by Keysight Technologies)

  1. Dipole
  2. Magic Tee
  3. Rectangular Metallic Waveguide
    1. Introduction
    2. TE10 Mode
    3. TE20 Mode
    4. TE01 Mode
    5. TE11 and TM11 Modes
    6. Q_A_Acknowldgment

X. Microwave Transistor Amplifier Design

  1. S Parameters of the Transistor
  2. Stability Circles
  3. Maximum Stable Gain (MSG)/Maximum Available Gain (MAG) and K Factor
  4. Input/Output Matching Network Design
  5. Microwave Transistor Amplifier Design

Disclaimer:
This platform is only for educational purposes. We do not promise that any content on this plateform will be error-free. We are not responsible for any damages or losses caused by the use of this plateform. All contents on this plateform are provided on an "AS IS" basis and is subject to change without notice. If you find any glitches, you are welcome to send an e-mail to yhpang@nuk.edu.tw with the subject "Interactive Animated Learning Platform - Glitch Report".