Curriculum
- 3 Sections
- 30 Lessons
- 52 Weeks
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- Quantum Mechanics7
- Fibre Optics and Laser14
- 2.1Applications of optical Fiber and Important Formula11 Minutes
- 2.2Laser introduction and characteristics9 Minutes
- 2.3Absorption,Emission and Einstein Coefficient13 Minutes
- 2.4Population inversion,Meta-stable state,Pumping in Laser9 Minutes
- 2.5Laser system,Pumping scheme in Laser9 Minutes
- 2.6HE-NE laser8 Minutes
- 2.7NDYAG and CO2 Laser10 Minutes
- 2.8Semiconductor Laser8 Minutes
- 2.9Semiconductor Laser with Full Working8 Minutes
- 2.10Application of Laser11 Minutes
- 2.11ND: YAG Laser with Full Working9 Minutes
- 2.12Optical fiber introduction12 Minutes
- 2.13Types of Optical Fiber 110 Minutes
- 2.14Types of Optical Fiber 210 Minutes
- Wave Optics9
- 3.1Introduction to Interference and diffraction8 Minutes
- 3.2Interference in thin film 19 Minutes
- 3.3Dispersion and Types of Dispersion8 Minutes
- 3.4Interference in thin film 26 Minutes
- 3.5Mechanism of Attenuation9 Minutes
- 3.6V number and attenuation in Optical fiber6 Minutes
- 3.7Wedge shaped film9 Minutes
- 3.8Newton’s rings in Interference9 Minutes
- 3.9Applications of Interference6 Minutes
Population inversion,Meta-stable state,Pumping in Laser
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