People often find themselves in situations where it's beneficial to charge various electronic devices while driving. Mobile phones are a very common example, as are portable GPS units. Keeping these types of devices fully charged can be very useful, especially during long road trips. A vehicle power inverter is designed specifically for this purpose, effectively allowing people to convert the existing DC outlet in their car into an AC outlet. Once inverted, the outlet works similarly to any wall outlet found in a home or office, but in most cases, the power cord that's plugged in is specific to the device being used.
There are various sizes of auto power inverters
Some versions simply require a wire to be plugged into the car's cigarette lighter, while permanent fixtures are installed in the engine compartment of the vehicle and are directly connected to the battery. Most people are familiar with the cigarette lighter-style inverters because they're relatively inexpensive, widely available in most places, and are typically very simple to use. Many small appliances, such as laptops, DVD players, and small televisions, will use this type of vehicle power inverter. Larger engine compartment inverters are installed near the vehicle's battery and are designed for larger items like circular saws, drills, and flood lights.
The purpose of a car power inverter
Automotive power inverters can be very elaborate, often featuring numerous channels; others can be very simple, with just one power outlet or a USB port. Many households install a temporary car power inverter to provide power for their children's televisions or DVD players, for example, when they go on off-road trips. Some police cruisers are equipped with permanent power inverters to allow laptops to run for the entire process without worrying about battery life.
Choosing a vehicle power inverter that meets one's needs and power demands is very important. Using a small inverter to power appliances that require a lot of electricity can make the accessories hard to operate, for example, because most inverters have fuses that will trip at a certain voltage. To purchase the correct size inverter, users should add together the maximum power of each accessory they plan to run simultaneously on the inverter and then add 10% to that number. An inverter that can handle this power should be able to work without tripping the fuse when the devices are in operation.
There are typically many different choices available, some of which are often better made and more secure than others. People interested in buying inverters will often do well to do some research, particularly if they intend to depend on the availability of reliable power. Poorly made or improperly wired car power inverters can damage the device they're plugged into, the car, or both.
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