## Secondary Voltage Calculator:

Enter the values of primary voltage, V_{1(V)}, primary current, I_{1(A)} and secondary current, I_{2(A)} to determine the value of secondary voltage, V_{2(V)}.

__Secondary Voltage Formula:__

__Secondary Voltage Formula:__

Secondary voltage is a fundamental concept in the realm of electrical engineering, particularly in the context of transformers and voltage conversion circuits.

This voltage is crucial in systems where voltage levels need adjustment for safe and efficient power distribution and utilization.

Secondary voltage refers to the voltage that results from the transformation process in a transformer or a similar device, where a primary voltage (V1) is converted based on the ratio of currents flowing through the device.

Secondary voltage, V_{2(V)} in volts equals the product of primary voltage, V_{1(V)} in volts and primary current, I_{1(A)} in amperes divided by the secondary current, I_{2(A)} in amperes.

Secondary voltage, V_{2(V)} = V_{1(V)} * I_{1(A)} / I_{2(A)}

V_{2(V)} = secondary voltage in volts, V.

V_{1(V)} = primary voltage in volts, V.

I_{1(A)} = primary current in amperes, A.

I_{2(A)} = secondary current in amperes, A.

__Secondary Voltage Calculation:__

__Secondary Voltage Calculation:__

**Calculate the secondary voltage for a transformer where the primary voltage is 120 volts, primary current is 10 amperes, and the secondary current is 20 amperes:**

Given: V_{1(V)} = 120V, I_{1(A)} = 10A, I_{2(A)} = 20A.

Secondary voltage, V_{2(V)} = V_{1(V)} * I_{1(A)} / I_{2(A)}

V_{2(V)} = 120 * 10 / 20

V_{2(V)} = 120 / 20

V_{2(V)} = 60V.

**Suppose a transformer’s primary voltage is 230 volts and the primary current is 5 amperes. If the secondary voltage is 460V, calculate the secondary current:**

Given: V_{1(V)} = 230V, I_{1(A)} = 5A, V_{2(V)} = 460V.

Secondary voltage, V_{2(V)} = V_{1(V)} * I_{1(A)} / I_{2(A)}

I_{2(A)} = V_{1(V)} * I_{1(A)} / V_{2(V)}

I_{2(A)} = 230 * 5 / 460

I_{2(A)} = 1150 / 460

I_{2(A)} = 2.5A.

__Applications and Considerations:__

__Applications and Considerations:__

**Electrical Engineering**: Secondary voltage calculations are essential for transformer design and ensuring compatibility between power sources and electrical devices.**Power Systems**: Accurate calculation of secondary voltage is vital for the efficient operation of power distribution systems.**Industrial Applications**: Secondary voltage is crucial for machinery and equipment that require specific voltage levels for operation, ensuring safety and functionality.