DC to AC Power Inverter: Explaining the Way It Works


Posted May 25, 2013 by johnharisson

Portable electronic accessories in the cars are powered through cigarette lighter receptacles these days. However, not all devices run on the power supplied by lighter receptacles.

 
Portable electronic accessories in the cars are powered through cigarette lighter receptacles these days. However, not all devices run on the power supplied by lighter receptacles. A DC to AC power inverter is required for running more elaborate and complex electronic devices. For example, if you want to run LCD TVs, laptops and other more complex consumer electronics items in your car, you may need to buy an electronic converter of this type. This is because an inverter of this type can convert the direct current, which comes straight from your car battery, to alternating current. A good example of this type of inverter is pure sine inverter.

What do you need to know before buying a DC to AC power inverter? Automobile batteries usually produce 12 volts power. However, batteries preinstalled in some cars have different voltage capacity. Therefore, you should buy an inverter that is fully compatible with the battery of your car. For this reason only, you should first become aware of the technical specs of the battery used in your car and purchase an inverter after considering this factor. Take note that car batteries only supply DC current (current that flows in one direction only). This type of current is very useful, but electronic appliances such as LCD TV or laptop cannot use this type of current. A fully compatible pure sine inverter can convert the DC current to AC current and you can utilize the power supplied by the battery of your car to run the appliances you need on board. You can use this type of inverter to convert the DC current supplied by solar battery as well.


How does a DC to AC power inverter change current mode? Modern day inverters come with oscillator circuits inside that contain semiconductors. The alternated current takes the form of a sine wave. An inverter of today works on the same logic of an electro-mechanical inverter, but in a more efficient and faster manner. These inverters also produce almost no sound, contrasting to their predecessors that used to produce annoying sounds. However, some models still produce a buzzing sound. A pure sine inverter produces a perfect sine wave, and not a square wave. Navigation devices, such as GPS navigator, or broadcast devices, such as radio and television can easily run with the help of this type of inverter.

When shopping for DC/AC power inverters, you need to take in consideration the compatibility factors. Firstly, you need to check whether the DC to AC power inverter is compatible with the battery of your car. Secondly, you must ensure that the electronic appliances that you have in your car are fully compatible with the inverter you have planned to buy. These specifications and compatibility factors are best explained in the user manual of any converter manufactured by a reputable manufacturer.

Finding a pure sine inverter manufacturer or dealer is easy, as because there are quite a few companies selling these items online now. You just need to exploit the power of web to find these dealers.
DCACPowerInverters.com offers a wide range of DC to AC power inverter http://www.dcacpowerinverters.com , adopters, chargers, transformers and cable now. Visit our website to choose and buy the pure sine inverter http://www.dcacpowerinverters.com/pure_sine_power_inverters.html you need.
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Issued By john
Country United Kingdom
Categories Technology
Last Updated May 25, 2013