Power up mobile devices and other electronics.

Unlike many chargers in the market, these are high quality and reliable. All have passed strict U.S., Canadian, or European Union safety standards. Some of these chargers even have an LPS output, so if something fails inside the charger, it limits the risk of electrical shock. Most of our wall chargers also meet standards for energy efficiency when they're in-use, as well as when they're plugged in but not charging. Chargers that use switching regulation produce the stated voltage despite fluctuations in your outlet’s power and the power being drawn by your device. It also means they won’t get too hot.

USB-C chargers are quickly becoming the new standard, often seen on new phones and tablets. Some are USB-C Power Delivery 3.0 certified, so they charge your devices on average 3-4 times faster than standard chargers because they send more power over your cable. 18W chargers will power phones and tablets sold after 2016. 27W chargers will power small laptops. Choose chargers with an output greater than 27W to charge large laptops and other high-power devices.

USB-A chargers have the traditional USB connection. 18W chargers will power phones and tablets sold after 2016.

Chargers cannot be sold to the listed areas due to energy efficiency regulations.

Couple these adapters with a cord that matches your outlet and length requirements to run DC-powered electronics. Instead of plugging directly into an outlet, the body of these adapters sits on the floor or other surface, so it remains out of the way and won’t block multiple outlets. These adapters use switching regulation—they produce the stated voltage even when your outlet’s power or the power drawn by your device fluctuates. Most have an LPS low-voltage output, so if something fails inside these adapters, they’ll limit the risk of electrical shocks. They meet U.S., Canadian, and European safety standards. Many also meet U.S. and European standards for energy efficiency.

When choosing an adapter, match the output voltage and polarity of your device. Look for the polarity illustration on your device or the adapter you're replacing. The current you choose should, at a minimum, match your device. You can choose a higher current, but it will not improve performance.

Adapters with an IEC C8 input require power cords with a C7 socket. With Class II shock protection, they have two levels of insulation that prevent electrical shocks.

Adapters with an IEC C14 input require power cords with a C13 socket. They have Class I shock protection and prevent electrical shocks with a combination of insulation and a protective ground.