Electromagnetic Theory

Notes of electromagnetic theory for electrical & electronics engineering.it almost cover important topics with pictures which are given chapter wise

Chapter 1

1. Coordinate Systems in Two and Three Dimensions

2. scalar & vector fields

3. gradient

4. divergence & curl of a vector field

5. fundamental theorems of vector calculus

6. Coulomb's law

7. electric field intensity due to different charge distribution viz

8. line charge, sheet charge, Field due to continuous volume

9. electric potential

10. properties of potential function

11. potential gradient equipotential surfaces

12. line of force

13. Gauss law

14. applications of Gauss law

Chapter 2

1. Laplace's & Poisson's equations

2. solution of Laplace's equation

3. Electric dipole

4. dipole moment

5. potential & electric field intensity due to dipole

6. Behavior of conductors in an electric field

7. Conductor & insulator

8. electric field inside a dielectric

9. Boundary value conditions for electric Field

10. Energy stored and energy density in static electric field

11. conduction & convection current density ohms law in point form

12. equation of continuity

Chapter 3

1. Static Magnetic Field

2. Biot-Savart's law

3. Magnetic Field intensity due to straight current carrying filament

4. Magnetic field due to current carrying conductor

5. Relationship between magnetic flux, flux density & magnetic Field intensity

6. Ampere?s circuital law and its applications

7. Maxwell's Equations and Electromagnetic Waves

8. Ampere's circuital law in point form

9. Magnetic force

10. moving charge in a magnetic field

11. Lorentz Force on straight and long current carrying conductors in magnetic field

12. force between two long & parallel current carrying conductors

13. Magnetic dipole & dipole moment

14. a differential current loop as dipole

15. torque on a current carrying loop in magnetic field

16. Magnetic Boundary conditions

Chapter 4

1. Scalar magnetic potential and its limitations

2. Vector magnetic potential and its properties

3. vector magnetic potential due to different simple configurations

4. Self and Mutual inductances

5. self inductance of solenoid

6. Energy stored in magnetic Field & energy density

7. Faraday's Law

8. transformer & motional EMFs

9. Maxwell's equations as Generalization of circuit equations

10. Maxwell's equation in free space

11. Maxwell's equation for harmonically varying Field

12. static and steady fields

13. Maxwell's equations in differential & integral form

Chapter 5

1. Electro Magnetic Waves

2. Uniform plane wave in time domain in free space

3. Wave equation and solution for material medium

4. Pointing Vector theorem

5. power loss in a plane conductor

6. Polarization of waves

7. Reflection at surface of a conducting medium

8. surface impedance

</div> <div jsname="WJz9Hc" style="display:none">Nota teori elektromagnet untuk elektrik dan elektronik engineering.it hampir meliputi topik penting dengan gambar yang diberi bab bijak

Bab 1

1. Menyelaras Systems dalam Dua dan Tiga Dimensi

2. skalar & vektor bidang

3. kecerunan

4. perbezaan & curl sebuah padang vektor

5. teorem asas kalkulus vektor

6. undang-undang Coulomb

7. keamatan medan elektrik kerana berbeza iaitu taburan cas

8. caj talian, caj lembaran, Field disebabkan oleh jumlah berterusan

9. potensi elektrik

10. sifat-sifat fungsi yang berpotensi

11. berpotensi kecerunan permukaan sama upaya

12. garis kekerasan

13. Undang-undang Gauss

14. aplikasi undang-undang Gauss

bab 2

1. persamaan Laplace & Poisson

2. penyelesaian persamaan Laplace

3. dipole Electric

4. dipole masa

5. berpotensi & elektrik keamatan medan kerana dipole

6. Kelakuan konduktor dalam medan elektrik

7. Conductor & penebat

8. medan elektrik di dalam dielektrik yang

9. syarat nilai Sempadan Field elektrik

10. Tenaga yang disimpan dan tenaga ketumpatan dalam medan elektrik statik

11. pengaliran & perolakan ketumpatan arus ohm undang-undang dalam bentuk titik

12. persamaan kesinambungan

Bab 3

1. Medan Magnet statik

undang-undang 2. Biot-Savart ini

3. magnet intensiti Field kerana lurus filamen membawa arus

4. Medan magnet disebabkan oleh konduktor membawa arus

5. Hubungan antara fluks magnet, ketumpatan fluks & keamatan Field magnet

6. Ampere s undang-undang circuital dan aplikasinya

7. Persamaan Maxwell dan elektromagnet Waves

8. Undang-undang circuital Ampere dalam bentuk titik

9. kuasa magnet

10. bergerak caj dalam medan magnet

11. Force Lorentz pada konduktor membawa arus lurus dan panjang dalam medan magnet

12. kuasa antara dua konduktor membawa arus panjang & selari

13. magnet dipole & dipole masa

14. pengkamiran gelung semasa dipole

15. tork pada gelung membawa arus dalam medan magnet

16. keadaan Boundary magnet

Bab 4

1. potensi magnet Skalar dan batasannya

2. Vector potensi magnet dan sifat-sifatnya

3. vektor potensi magnet kerana konfigurasi mudah yang berbeza

4. sendiri dan Mutual inductances

5. kearuhan diri solenoid

6. Tenaga disimpan dalam magnet Field & tenaga ketumpatan

7. Undang-undang Faraday

8. pengubah & yg menggerakkan EMFs

9. persamaan Maxwell sebagai generalisasi persamaan litar

persamaan 10. Maxwell dalam ruang bebas

persamaan Maxwell 11. untuk harmonik yang berbeza-beza Field

12. bidang statik dan mantap

persamaan 13. Maxwell dalam pengkamiran & bentuk kamiran

Bab 5

1. Electro Magnetic Waves

2. Seragam gelombang satah dalam domain masa dalam ruang bebas

3. persamaan Wave dan penyelesaian untuk medium bahan

4. Menunjuk teorem Vector

5. kehilangan kuasa dalam konduktor pesawat

6. polarisasi gelombang

7. Refleksi di permukaan medium menjalankan

galangan 8. permukaan</div> <div class="show-more-end">