This video addresses the relationship between magnetic flux density or magnetic induction, B, and the magnetic field, H, with applications and solved examples in magnetic circuits. You may be interested in the following videos on this channel: Propagation and Antennas 1. Electromagnetic waves: • Electromagnetic waves and radio frequen... 2. Classification of wireless links: • Wireless links: types and applications 3. Disturbances in propagation 1/3: • Disturbances in the propagation of r... 4. Disturbances in propagation 2/3: • Disturbances in the propagation of r... 5. Disturbances in propagation 3/3: • Disturbances in the propagation of r... 6. Frequency bands and services: • Frequency bands and associated services... 7. Propagation mechanisms: • Mechanisms of propagation of r... 8. Propagation modes by band: • Mechanisms of propagation of electric... 9. Propagation in dielectrics: • Propagation in dielectrics 10. Propagation in conductors: • Propagation in conductors 11. Propagation in space free 1/2: • Free space propagation 1/2 12. Free space propagation 2/2: • Free space propagation 2/2 13. Power balance equation 1/2: • Power balance equation 1/2 14. Power balance equation 2/2: • Power balance equation 2/2 15. Station installation losses 1/2: • Radar station installation losses... 16. Station installation losses 2/2: • Radar station installation losses... 17. Minimum transmission power 1/2: • Minimum transmission power 1/2 18. Minimum transmission power 2/2: • Minimum transmission power 2/2 19. Radiated power, EIRP 1/2: • Effectively Radiated Power - EIR... 20. Radiated power, EIRP 2/2: • Effectively Radiated Power - EIR... 21. Electric field in free space 1/2: • Electric field in free space 1/2 22. Electric field in free space 2/2: • Electric field in free space 2/2 23. Power density 1/2: • Power density 1/2 24. Power density 2/2: • Power density 2/2 25. Fresnel zones 1/4: • Fresnel zones 1/4 26. Fresnel zones 2/4: • Fresnel zones 2/4 27. Fresnel zones 3/4: • Fresnel zones 3/4 28. Fresnel zones 4/4: • Fresnel zones 4/4 29. Design and analysis of wireless links: • How to design and analyze links wireless 30. Indoor propagation 1/2: • Design and analysis of indoor links 1/2 31. Indoor propagation 2/2: • Design and analysis of indoor links 2/2 32. Refraction: • Refraction: effects on wireless links 33. Satellite links 1/5: • Design and analysis of satellite links... 34. Satellite links 2/5: • Design and analysis of satellite links... 35. Satellite links 3/5: • Design and analysis of satellite links... 36. Satellite links 4/5: • Design and analysis of satellite links... 37. Satellite links 5/5: • Design and analysis of satellite links... 38. Band propagation: • Frequency bands in telecommunica... 39. Antennas – monopole: • Monopole antenna: design and applications 40. Antennas – dipole: • Antennas: the half-wave dipole 41. Antennas – parabolic: • Antennas: the parabolic reflector 42. Antenna gain and directivity: • Antenna gain and directivity Electromagnetism 1. Skin depth: • Skin depth 2. The Divergent of B: • Divergent of B. What does it mean? Wave... 3. Hopkinson's Law: • Hopkinson's Law in magnetic circuits... 4. Reluctance and Inductance: • Reluctance and Inductance. What are they? The... 5. Series magnetic circuit: • Series Magnetic Circuit. How do you ca... 6. Magnetic induction and magnetic field: • Magnetic induction B and Magnetic fi... 7. Parameters of magnetic circuits: • Magnetic parameters: what are they? ond... 8. Inductor: solved exercise 1: • Inductor - solved exercise 1 9. Transformer: solved exercise 1: • Transformer: solved exercise 1 10. Toroidal cores: specifications: • Toroidal cores - specifications 12. AL and ur in the design of inductors: • Al and magnetic permeability in the design... 13. AL: applications: • The AL parameter in the design and analysis of... 14. Faraday and Lenz's law - 1/3: • Faraday's law and Lenz's law - part 1/3 15. Faraday and Lenz's law - 2/3: • Faraday and Lenz's law - part 2/3 16. Faraday and Lenz's law - 3/3: • Video 17. Transformer 1/4: • The transformer: theory and practice 1/4 18. Transformer 2/4: • Transformer equations: theory and p... 19. Transformer 3/4: • Transformers: power and losses 3/4 20. Transformer 4/4: • The most dangerous and deadly equation in e... 21. Electromagnetic parameters – 1/2: • Electrical and magnetic parameters of... 22. Electromagnetic parameters – 2/2: • Electromagnetic parameters: constant... 23. What is our color?: • What is our color? Electromagnetism... 24. The energy that propagates in a vacuum: • The energy that propagates in a vacuum 25. How much does light weigh?: • What is the weight of light? 26. Is a flashlight a rocket? • Is a flashlight a rocket in space?