Akademik Dersler - İçerik

describe the fundamentals of electromagnetiics and microwaves
1.1. Describes the fundamentals of electromagnetics
1.2. Defines microwaves
1.3. Describes lumped and distributed parameter circuits
1.4. Defines wavelength, frequency, and propagation velocity.
1.5. Defines units and physical constants
1.6. Describes frequency bands.
1.7. Describes the propagation of electromagnetic waves and polarization
describe the fundamentals of transmission lines:
2.1. Defines transmission lines
2.2. Describes the losses in transmission lines
2.3. Describes the distributed parameters in transmission lines
2.4. Calculates the characteristic impedance of several transmission liines.
2.5. Defines standing wave, Voltage Reflection Coeffficient, and VSWR.
2.6. Describes different terminations and their effects on standing waves
2.7. Describes and explains the use of time-domain reflectometry.
describe and use Smith Chart
3.1. Describes the functions of Smith Chart
3.2. Solves the transmission line problems using the Smith Chart
3.3. Demonstrates the use of the radial scales of the Smith Chart.
describe microwave transmission lines:
4.1. Defines the common characteristics of fundamental transmission lines
4.2. Calculates the characteristic impedances of two wire and coaxial transmission lines
4.3. Describes propagation and propagation modes.
4.4. Defines cutoff wavelength, cutoff frequency, and guide wavelength
describe passive and active microwave components
5.1. Identifies passive and active components.
5.2. Describe operating principles of active and passive components.
5.3. Describes applications where these components are used.