Hello, readers welcome to the new post. Here we will discuss Difference Between Magnetic And Electric circuits. There are different paramerts related to these two terms and are covered for finding the differences between these two terms such as electromotive force, MMF, current flux, etc.

Here we will cover all details about these two terms and their different related factors. So let’s get started.

Difference Between Magnetic And Electric Circuit

What is Electric Circuit

• An electric circuit is a path used for the movement of current. This circuit path consists of a device for energy production like a battery generator.
• Power devices also consist of different types of loads like a lamp, electric motor, etc., and wires for current flow.

• The working of electric circuits depends on the two basic principles of ohms and Kirchhoff laws.
• There are different ways used to describe electric circuits. DC flows in a single direction and AC flows in back-and-forth movements different appliances used in our houses work on AC.

• In this circuit equation for current and resistance is Current =volts/resistance
• The current measuring unit for this circuit is ampers
• Current flows through electrons
• The series circuit has a path through which current flows in each component connected.
• In a parallel circuit, different branches exit and current dividers for each path
• In parallel combination volts about each component are similar and the series path current is the same

What is Magnetic CIrcuit

• The closed path that has a magnetic field denoted as magnetic flux is called a magnetic circuit.
• As current flows in the electric circuit, there is no moveable things in the magnetic circuit
• In the case of ring configured electromagnet having a small air gap flux retained in the  core and air gap makes the magnetic circuit
• In the motor magnetic field is enclosed in the pole’s rote and air gaps are among the rotor and poles.
• Its equation is Flux = mmf/reluctance
• Uit used for flux measuring is weber
• Magnetic flux is like the electric current. The magnetomotive force is analogous to emf.

• In the case of magnetic circuits, molecular pols have aligned arrangements that flow not flow but are created in the circuit.

 Electric Circuit vs Magnetic Circuit

Electric circuit

• An electric circuit is a closed path that has a current flow.
• The main quantities included for electric circuits are EMF, voltage, current, capacitance, resistance, etc
• Electric circuit work based on Ohm’s law V=IR
• Commonly used insulators for electric circuits are wood, glass, mica, etc. that avoid short circuit
• KVL and KCL laws are used in electric circuits for finding different parameters.
• EMF force causes the current flow and produces a potential difference in current flow.
• Circuit resistance hinders current flow in a circuit
• The inverse of resistance is called conductance in the circuit.
• The circuit has an electric field whose value is  E=VdE=Vd

Magnetic circuit

• It is a closed path that comes with magentic field lines or magnetic flux.
• The basic quantities involved in magnetic circuits are  MMF, magnetic flux, reluctance, etc.
• Magentic circuit has a flow of magnetic flux in circuits.
• The magnetomotive force causes the flow of magnetic flux in the core of the magnetic circuit.
• The direction of the magnetic field of lines is north pole to the south pole.
• Kirchhoff’s MMF law and Kirchhoff’s flux law are used in magnetic circuits.
• Reluctance provided by the core of the magentic circuit hinders flux flow in a circuit.
• Magentic flux moving in a magentic circuit is called magnetic flux density denoted as B=ϕaWb/m2B=ϕaWb/m2
• The hindrance for the magnetic circuit is the result of reluctance and is based on the change in magnetic flux density (B).
• It has magnetic intensity denoted as  H=NIlH=NIl

That is all about the Difference Between Magnetic And Electric Circuit all details has been explained. If you have any further queries ask in comments. Thanks for reading have a good day see you in next post.