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This type of battery charger is designed to charge lead acid and other types of batteries based on computer-generated algorithms. Simply put, the charger collects information from the battery and adjusts the charge current and voltage based on this information. This allows the battery to be charged quickly, correctly, and completely when using a smart charger. All the chargers we sell can remain connected to a battery indefinitely and will not overcharge or damage it.
Simple steps to select the right battery charger for your needs.
Step 1: Choosing a Charger Based on Battery TypeSome folks wanting quick recharge should look for a charger with more amps, such as a golf cart charger. If you’re not in a hurry, you can select a smaller charger. The most important thing is to make sure you have enough charger power to do the job you require in the time you allocate.
Step 3: Choosing a Battery Charger Based on Desired OutcomeGaN chargers are physically smaller than current chargers. This is because gallium nitride chargers don’t require as many components as silicon chargers. The material is able to conduct far higher voltages over time than silicon.
GaN chargers are not only more efficient at transferring current, but this also means less energy is lost to heat. So, more energy goes to whatever you’re trying to charge. When components are more efficient at passing energy to your devices, you generally require less of them.
As a result, GaN power bricks and chargers will be noticeably smaller when the technology becomes more widespread. There are other benefits, too, such as a higher switching frequency that enables faster wireless power transfer, and bigger “air gaps” between the charger and device.
At present, GaN semiconductors generally cost more than the silicon kind. However, due to improved efficiency, there’s a reduced reliance on additional materials, like heatsinks, filters, and circuit elements. One manufacturer estimates cost savings of 10 to 20 percent in this area. This could improve even further once the economic benefit of large-scale production kicks in.
Wall chargers waste a considerable amount of electricity. When a wall charger steps down the high-energy power from the outlet to the low-energy power that the device uses, it radiates the unused power as heat. The charger keeps wasting this power as long as it is plugged into the wall, even if no device is connected. USB charging, on the other hand, is prone to less electrical energy waste as the computer is already converting the power from the wall outlet.
What is a Power Supply?Therefore, if AC is the type of power delivered to your house and DC is the type of power you need to charge your phone, you are going to need a desktop power adapter in order to convert the AC voltage coming in from the power grid to the DC voltage needed to charge your mobile phone’s battery.In places where the plug type differs, you’ll need an adapter plug that has the correct prong configuration for outlets at your destination.
According to the International Electrotechnical Commission (IEC), there are 14 different plugs (Type A through Type N) used around the world.