10 Best Transformers Voltage Converters , CA
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Shopping Guide for the Best Transformers Voltage Converters 2018
As buyers, the durability of our electrical appliances is an attribute we thoroughly scrutinize before purchase and look forward to even after purchase. Interestingly, our daily lives revolve around plugging in different kinds of devices to power sources. Consequently, though most of the times the chargers used for smartphones, laptops or digital cameras are multi-voltage compatible (100-240 volt electrical), there is no need for a transformers voltage converter. However, if it happens that your appliance is non-compatible, leveraging a voltage converter becomes a basic requirement. In the subsequent paragraphs, we dig deep into the market, coming up with the most suitable brand of converter that will work best with your various electrical appliances.
What is a Transformers Voltage Converter?
Even though used often, many people still don’t figure out what a voltage converter is despite being applied in almost every household. Transformers voltage converters are electric power conversion devices engineered for changing the electrical output of a power source. The typical usage is the step down of voltage from 220 volts to 110 volts or steps up of 110 volts to 220 volts.
Transformer voltage converters operate on a very simple principle. When electric current flows through a wire, it generates a magnetic field around it. The magnitude of the magnetic field generated is directly proportional to the amount of current being transmitted through the wire. With an electromagnetic field in a given wire, we can create a current in a second wire placed close to the first wire, commonly referred to as electromagnetic induction.
The current being transmitted in the first wire is referred to as primary current while the one being induced in the second wire is referred to as secondary voltage. To efficiently generate secondary current from primary current, we use turns of coils around an iron bar. If the coils of turns in the primary circuit are more than those in the secondary circuit, we have a step-down transformer, demonstrated in the aforementioned typical transformer voltage converter which steps down 220 volts to 110 volts.
On the other hand, if the secondary circuit has more turns of the coil than the primary circuit, we have a step-up transformer that can, for instance, step up 110 volts of current to 220 volts.
Why do you need Transformers Voltage Converters?
The different electrical appliances and gadgets you own have been engineered to operate at specific voltages, usually indicated on their user manuals or noted on their surfaces. The application of these appliances at above or below the recommended voltages can not only damage them but also compromise their efficiency of operation. Transformers voltage converters come in handy to ensure that all your appliances and gadgets operate at just the recommended voltages, thereby protecting them from damage while at the same time ensuring their efficiency.