Basic Electrical and Electronics Engineering: Unit I: Electrical Circuits

Current Division Principle

Electrical Circuits

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Two resistors R1 and R2 connected in parallel.Total current I = I1 + I2

CURRENT DIVISION PRINCIPLE

Figure 1.16

Figure 1.16 Shows two resistors R₁ and R₂ connected in parallel.

Total current I = I₁ + I₂

V =I₁ R₁ = I₂ R₂

From the above

Therefore

and

The current in a branch is equal to total current multiplied by other branch resistances and divided by sum of branch resistances.

Basic Electrical and Electronics Engineering: Unit I: Electrical Circuits : Tag: : Electrical Circuits - Current Division Principle

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Basic Electrical and Electronics Engineering: Unit I: Electrical Circuits

Introduction of Electrical Circuits

Basic Circuit Components - Resistance, Inductance, Capacitance

Electrical Network - Definition, Circuit diagram, Terms

Types of Electrical Networks - Electrical Circuits

Types of Network Elements - Electrical Circuits

Types of Sources - Electrical Circuits

Dependent or Controlled Sources - Electrical Circuits

Ohms Law in Electrical Circuits - Statement, Formula, Limitations, Example Problems

Resistors in Series - Electrical Circuits

Resistors in Parallel - Electrical Circuits

Current Division Principle - Electrical Circuits

Voltage Division Principle - Electrical Circuits

Solved Example Problems [Current and Voltage Division Principle] - Electrical Circuits

Grouping of Inductors - with Solved Example Problems | Electrical Circuits

Grouping of Capacitors - with Solved Example Problems | Electrical Circuits

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