# Current Divider Rule Calculator

Introduction:

Introduction:

Calculating current in an electronic circuit is crucial for understanding and optimizing its performance. The Current Divider Rule Calculator simplifies this process, providing a convenient tool for engineers and hobbyists alike.

**How to Use:**

To utilize the Current Divider Rule Calculator, follow these simple steps:

- Input the total current (I_total) in the designated field.
- Enter the resistance values for each branch resistor.
- Click the “Calculate” button to obtain the current through each resistor.

**Formula:**

The Current Divider Rule, a fundamental concept in electrical engineering, is expressed as follows:

Where:

**Example:**

Suppose we have a circuit with a total current (*I*total) of 2 amperes and two resistors (*R*1 and *R*2) with values of 10 ohms and 20 ohms, respectively. The Current Divider Rule can be applied to find the currents through each resistor.

**FAQs:**

**Q1: What is the Current Divider Rule?**

A1: The Current Divider Rule is a formula used to calculate the current flowing through each branch of a parallel circuit.

**Q2: Why is the Current Divider Rule important?**

A2: It helps engineers analyze and design parallel circuits by determining the distribution of current among different paths.

**Q3: Can the calculator handle more than two resistors?**

A3: No, the provided calculator is designed for circuits with two resistors.

**Q4: Are the results accurate for all types of circuits?**

A4: The calculator assumes ideal conditions and linear behavior, providing accurate results for typical electronic circuits.

**Conclusion:**

The Current Divider Rule Calculator is a valuable tool for anyone working with parallel circuits. By simplifying complex calculations, it facilitates efficient circuit design and analysis.