A transformer's voltage ratio, also known as the turns ratio, is the relationship between the primary and secondary winding voltages. It is a crucial parameter that determines how a transformer adjusts the voltage levels between circuits.
The voltage ratio is defined as the ratio of the primary voltage to the secondary voltage. It is crucial for ensuring the correct voltage transformation, enabling devices to function properly and safely. The formula is: Voltage Ratio = Primary Voltage / Secondary Voltage.
To calculate the voltage ratio, divide the primary voltage by the secondary voltage. For example, if a transformer has a primary voltage of 240V and a secondary voltage of 120V, the voltage ratio is 240V/120V = 2:1. This means the secondary tage is half the primary voltage
The voltage ratio is essential in various applications such as power distribution, electrical appliances, and industrial machinery. Understanding this ratio helps in selecting the appropriate transformer for specific needs, ensuring efficiency and safety in electrical systems.
Understanding a transformer's voltage ratio is essential for efficient electrical system design. For quality transformers, contact Makpower Transformer for your specific needs and requirements