Voltage Transformers vs Converters

What’s the Difference Between a Voltage Converter and a Voltage Transformer?

Stepping Up vs Stepping Down

Stepping Down: takes higher voltage (220-240V) from the wall outlet and makes it lower (110-120V) so that it is safe to power your 110-120V only device.

Stepping Up: the smaller voltage (110-120V) is converted to a larger one (220-240V) to power devices from many foreign countries in North America.

Converters vs Transformers

VOLTAGE CONVERTER GUIDELINES VOLTAGE TRANSFORMER GUIDELINES
Designed for short-term use
Can handle continuous use
Uses a solid-state switch and circuit board to convert the voltage in a non-sine wave output – cutting off excess input voltage
Designed heartier and heavier depending on the power requirements (watt)
Small converters with high power ratings are not recommended for sensitive electronics (i.e. computers, straighteners, etc.)
Built with an actual transformer to output voltage in a sinusoidal waveform, compatible with all types of electronics
Heat resistive products work with voltage converters (i.e. travel irons, water heaters, hair dryers, etc.)
Keeps your electronics safe for long periods of time while in use
Light and compact
Can get bulky and heavy as you require more power (watt)

Lootking for more?Below is the full video comparing voltage converters to transformers.

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