Differences between Self-Inductance and Mutual Inductance
Can self-inductance and mutual inductance occur simultaneously in the same circuit?
Yes. It is possible for both self-inductance as well as mutual inductance to occur at the same time in one circuit. For instance, consider a transformer.
How does the distance between two conductors or coils affect mutual inductance?
As the distance between conductor and coil increases, the amount of magnetic flux linkage decreases, resulting in a lower mutual inductance, and when the conductors or coils are brought closer together, the mutual inductance increases due to stronger magnetic coupling.
Can mutual inductance be negative?
Yes, mutual inductance can have negative values, depending on the orientation and winding direction of the coupled circuits or conductors.
Differences between Self-Inductance and Mutual Inductance
Self-inductance and mutual inductance are both the ways in which electric currents and magnetic fields interact. both self inductance and mutual inductance are measured in henrys (H). In this article, we will look into their differences along with advantages, disadvantages, applications, etc.
Filters are frequently utilized for self-inductance and chokes also help store energy whereas transformers are required for mutual inductions due to their significance along with coupled inductors and wireless power transfer systems.
Table of Content
- What is Self – Inductance ?
- Working of Self-Inductance
- What is Mutual Inductance ?
- Working of Mutual Inductance
- Self-Inductance Vs Mutual Inductance
- Advantages and Disadvantages
- Applications