Περιγραφή:
CHARGE ANY USB-ENABLED DEVICE IN YOUR CAR
ΧΑΡΑΚΤΗΡΙΣΤΙΚΑ
- With the MIXIT↑ Metallic Car Charger, you can keep your devices fully charged while you're driving.
- Ideal for mobile users with an active, on-the-go lifestyle, this charger plugs directly into your car's DC power connector.
- You and your passengers will be able to charge smartphones, tablets, or other mobile devices, even when you're on the road.
FASTER CHARGING
- The MIXIT↑ Metallic Car Charger always delivers the maximum amount of power required to charge your device--up to 2.4 amps.
- This means you'll be able to charge your device up to 40 percent faster, saving you hours of charge time.
- For example, the charger can take an iPad 4th generation tablet from zero to 100 percent charge in just 6.2 hours, compared to 10.3 hours with a regular 5-watt charger.
UNIVERSAL COMPATIBILITY
- Thanks to its versatile Ti chipset, the MIXIT↑ Metallic Car Charger is compatible with nearly any device that charges via USB cable (sold separately).
- The chipset automatically recognizes devices when they're plugged in, so you'll be able to begin charging without any setup.
SLEEK DESIGN
- Thanks to its low-profile design, the charger plugs in to your car's dash without obstructing your buttons and dials.
- It is compact and lightweight enough to slip into a pocket or handbag. And with its stylish, metallic finish, it attractively complements your car's interior.
RELIABLE CHARGING
- Belkin chargers are rigorously engineered to protect your device while it is charging.
- The charger's intelligent circuitry measures voltage and automatically adjusts power output, ensuring that your device stays safe in the event of an unexpected power surge.
At A Glance:
- Car charger plugs directly into your car's DC connector
- Charges your smartphone, tablet, or other mobile device up to 40 percent faster than ordinary 5-watt chargers
- Compatible with any USB charging cable (sold separately)
- Low-profile design blends with car interior
- Smart circuitry protects your device from power spikes