|
課程進度 |
下載 |
| |
97學年下 |
|
| 01 |
Oblique incidence at a plane dielectric boundary
|
256K/384K |
| 256K/384K |
| 256K/384K |
| 02 |
Transverse Electromagnetic Wave along a Parallel-Plate Transmission Line |
256K/384K |
| 03 |
lossy parallel plate transmission line |
256K/384K |
| 04 |
Transverse electromagnetic wave along a parallel plate transmission line |
256K/384K |
| 256K/384K |
| 05 |
General Transmission-Line Equations |
256K/384K |
| 06 |
Transmission line parameters |
256K/384K |
| 07 |
Attenuation constant from power relation |
256K/384K |
| 08 |
Transmission lines as a circuit element |
256K/384K |
| 09 |
Open-circuit termination |
256K/384K |
| 10 |
Let us the imput impedance of a lossy line with a short circuit termination |
256K/384K |
| 11 |
Lines with resistive termination
|
256K/384K |
| 256K/384K |
| 12 |
Transmission line circuit |
256K/384K |
| |
98學年上 |
|
| 13 |
Transients on Transmission Lines |
256K/384K |
| 256K/384K |
| 14 |
Differeutial Calculus |
256K/384K |
| 15 |
Divergence |
256K/384K |
| 16 |
Product rules |
256K/384K |
| 17 |
Curl |
256K/384K |
| 18 |
Integral Calculus |
256K/384K |
| 19 |
Seconcl derivatives |
256K/384K |
| 20 |
Divergence |
256K/384K |
| 21 |
Integral |
256K/384K |
| 22 |
Divergence theorem |
256K/384K |
| 23 |
Orthogonal curvilinear coordlinate |
256K/384K |
| 24 |
Relation among the fundamental theorems |
256K/384K |
| 25 |
Laplacian |
256K/384K |
| 26 |
Orthogonal complement coordinates |
256K/384K |
| 27 |
The Dirac Delta function |
256K/384K |
| 256K/384K |
| 28 |
The Theory of vector fields |
256K/384K |
| 29 |
The Three dimensional Delta function |
256K/384K |
| 30 |
The Helmholtz theorem |
256K/384K |
| 31 |
Chop2 Static Electric Field |
256K/384K |
| 32 |
The electric field intensity due to q |
256K/384K |
| 33 |
Causss and Application |
256K/384K |
| 34 |
Electric dipole |
256K/384K |
| 35 |
Electric potential |
256K/384K |
| 256K/384K |
| 36 |
Conductors in a static electric field |
256K/384K |
| 37 |
Dielectrics in static electric field |
256K/384K |
| 38 |
Potential |
256K/384K |
| 39 |
Polaization |
256K/384K |
| 40 |
Boundary condition for electrostatic fields |
256K/384K |
| 41 |
Capacitors and capacitance |
256K/384K |
| 42 |
Electrostatic shielding |
256K/384K |
| 43 |
Solution of electrostatic poblems |
256K/384K |
| 44 |
Method of images |
256K/384K |
| 256K/384K |
| 45 |
Boundary-value problems in Cantesion coordinates |
256K/384K |
| 256K/384K |
| 46 |
Charged sphere and grounded plane |
256K/384K |
| 47 |
Point change and Conducting sphere |
256K/384K |
| 48 |
Spherical coordinates |
256K/384K |
| 49 |
Legendre polynomial |
256K/384K |
| 50 |
Steady electric currents |
256K/384K |
| 51 |
Electromotive force and Kirchhoffs vollage law |
256K/384K |
| 52 |
Steady electric currents |
256K/384K |
| 53 |
Equation of continuity |
256K/384K |
| 54 |
Power dissipation and Joules laws |
256K/384K |
| 55 |
Resistance calculation |
256K/384K |
| 56 |
Static magnetic field |
256K/384K |
| 256K/384K |
| 57 |
Biot savart law |
256K/384K |
| |
98學年下 |
|
| 58 |
Magnetic dipole, magnetization |
256K/384K |
| 59 |
Magnetization and equivalent current deusities |
256K/384K |
| 60 |
Magnetic fields intensityand relative permeability |
256K/384K |
| 61 |
Magnetization and equivaient current density |
256K/384K |
| 62 |
Behavior of magnetic materials |
256K/384K |
| 63 |
B.C. for magnetic field |
256K(01 / 02 / 03) |
| 384K(01 / 02 / 03) |
| 64 |
Coaxial transmission line |
256K/384K |
| 65 |
Magnetic energy |
256K(01 / 02) |
| 384K(01 / 02) |
| 66 |
Maguetic forces and forgues |
256K(01 / 02 / 03)
|
| 384K(01 / 02 / 03) |
| 67 |
Forces and forgues in terms of stored magnetic energy |
256K/384K |
| 68 |
Time-varying fields |
256K/384K |
| 69 |
Transformer |
256K/384K |
| 70 |
Eddy current |
256K/384K |
| 256K(01 / 02) |
| 384K(01 / 02) |
| 71 |
Integral form of Maxwells equations |
256K(01 / 02 / 03)
|
| 384K(01 / 02 / 03) |
| 72 |
The wave equation for vector potential |
256K/384K |
| 73 |
Solutions of wave equations for potentials |
256K/384K |
| 74 |
Phasor |
256K/384K |
| 75 |
Time-Harmonic Electromagnetic |
256K/384K |
| 76 |
Source - free. fields in simple medium |
256K/384K |
| 77 |
Simple nonconducting source-free medium |
256K/384K |
| Plane EM waves |
256K/384K |
| 78 |
256K(01 / 02) |
| 384K(01 / 02) |
| 79 |
Plane wave in lossy medium |
256K(01 / 02) |
| 384K(01 / 02) |
| 80 |
Ionized gas |
256K(01 / 02) |
| 384K(01 / 02) |
| 81 |
Flow of EM power and the poynting vector |
256K/384K |
| Instantaneous and average power deusities |
256K/384K |
| 82 |
Normal incidence at plane dielectric boundary |
256K(01 / 02) |
| 384K(01 / 02) |
| 83 |
Obligue incidence at a plane dielectric boundary |
256K(01 / 02) |
| 384K(01 / 02) |
| 256K/384K |
| 84 |
Theory and Application |
256K(01 / 02) |
| 384K(01 / 02) |
| 256K/384K |
| 85 |
Microstrip lines |
256K/384K |
| 256K/384K |
| 86 |
Transmission line parameters |
256K/384K |
