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ELECTRICAL ENGINEERING MATERIALS (EEM)-26712

Course Information
- Mark distribution
  - Mark distribution
- Syllabus
  - Syllabus
- Book-1
  - Book-1
- Book-2
  - Book-2
- Reference book
  - Reference book
- Final Suggestion
  - Suggestion
- Lesson Plan
  - Lesson Plan
Lecture 1:Differentiate the conducting and non-conducting materials.
- Distinguish between conducting, non-conducting and semi conducting materials
  - Distinguish between conducting, non-conducting and semi conducting materials
- Explanation Of Conductor || Semi-Conductor || Insulator || Bangla Version
Live Class for Lecture 1
- Recorded Live Class
  - Recorded Live Class
- Feedback
Lecture 2: Understand the concept of receptivity and mechanical properties of conducting materials.
- Define conducting, non-conducting and semi conducting materials.
  - https://drive.google.com/file/d/1lU_2A1O6Ju610I1Bjx_RVSf0sJ3c1l-y/view?usp=sharing
- 02. Characteristic of Conductor, Insulator & Semiconductor | পরিবাহী, অপরিবাহী এবং অর্ধপরিবাহীর ধর্ম
Live Class for Lecture 2
- Recorded Live Class
  - Recorded Live Class
- Feedback
  - Feedback
- Define temperature co-efficient of materials and melting point of solid materials.
  - Define temperature co-efficient of materials and melting point of solid materials.
Lecture 3: Understand the concept of contact materials
- Define temperature co-efficient of materials and melting point of solid materials.
  - Define temperature co-efficient of materials and melting point of solid materials.
- Coefficients of Expansion
- Electrical Engineering Materials ET-1st Semester (2nd Class)
Live Class for Lecture 3
- Recorded Live Class
  - Recorded Live Class
- Feedback
Lecture 4: Review of Lecture 1 & 2
- Review Class
Live Class for Lecture 4
- Feedback
Lecture 5: Understand the high resistivity materials.
- High Resistivity Contucting Materials
Live Class for Lecture 5
- Feedback
Lecture 6: Understand the concepts of fuse materials
- Fuse Materials
Live Class for Lecture 6
- Feedback
Electrical Engineering Materials Final Suggestion
- Hysteresis Loop
- Stop Heat from Escaping: Testing Insulation Materials
- What is magnetic material?
- The Hysteresis loop explained
Live Class for Lecture 7
- Feedback
Lecture 8: Understand the concepts of insulating materials
- The Different Types of Insulation
Live Class for Lecture 8
- Feedback
Lecture 9: Review of Lecture 5,6,7 & 8
- Review class
Live Class for Lecture 9
- Feedback
Lecture 10: Understand the characteristics of solid insulating materials.
- solid insulating materials
Live Class for Lecture 10
- Feedback
Lecture 11: Understand the characteristics of liquid insulating materials.
- What is LIQUID DIELECTRIC? What does LIQUID DIELECTRIC mean? LIQUID DIELECTRIC meaning & explanation
Live Class for Lecture 11
- Feedback
Lecture 12: Understand Transformer oil and Silica gel
- How does a Transformer work ?
Live Class for Lecture 12
- Feedback
Lecture 13: Review of Lecture 8,9 & 10
- Review class
Live Class for Lecture 13
- Feedback
Lecture 14: Understand the characteristics of gas insulating materials.
- gas-insulated switchgear (GIS)
Live Class for Lecture 14
- Feedback
Lecture 15: Understand the semiconducting materials
- Semiconductor: What is Intrinsic and Extrinsic Semiconductor ? P-Type and n-Type Semiconductor
Lecture 16: Understand the Optical fiber.
- Feedback
- Optical fiber cables, how do they work?
Live Class for Lecture 16
- Recorded Live Class
  - Recorded Live Class
- Feedback
Certifications
- Certifications 01