Electromagnetic Theory: Unit III: (a) Magnetostatics
Magnetic field intensity (H) at the Centre of a Circular Conductor
• Consider the current carrying conductor arranged in a circular form as shown in the Fig. 7.6.1.
at the Centre of a Circular Conductor
•
Consider the current carrying conductor arranged in a circular form as shown in
the Fig. 7.6.1.
•
The at the centre of the circular loop is to be obtained. The
conductor carries the direct current I.
•
Consider the differential length 
at a point 1.
•
The direction of at a point 1 is tangential to the circular
conductor at point 1.
Using
the definition of cross product,
•
According to Biot-Savart law, the differential magnetic field intensity 
at point P is,
•
The flux 
at centre of the circular conductor carrying direct current
I, placed in a free space is given by,
Review Question
1. Derive an expression for the flux density at the centre of a
circular loop carrying current I.
Electromagnetic Theory: Unit III: (a) Magnetostatics : Tag: : - Magnetic field intensity (H) at the Centre of a Circular Conductor
Related Topics
Related Subjects
Electromagnetic Theory
EE3301 3rd Semester EEE Dept | 2021 Regulation | 3rd Semester EEE Dept 2021 Regulation