Equipped with USB-C Power Delivery and Quick Charge 3.0, this wall charger can deliver up to 4X faster charging speed compared to standard wall chargers.
|Model :||Travel Lite PD66|
|Features :||Ultra compact design | Support Power Delivery 48W and Quick Charge 3.0 | 2 USB-C outputs and 2 USB-A outputs | Charge iPhone 8 and above with 50% power in 30 mins | Auto-detect devices' power to deliver the fastest charge | Safety features for safe usage|
|Design :||When both USB-C ports are in used, their outputs are adjusted to 30W and 18W respectively (Max) | When both USB-A ports are in used, total USB-A output is adjusted to 16W (Max)|
|Compatibility-Power Delivery :||iPhone 11 | 11 Pro | 11 Pro Max | XS | XS Max | XR | X | 8 Plus | 8 | iPad Pro 2018 | Samsung Galaxy S10 | S10+ | S10e | Google Pixel | Nexus 6P|
|Compatibility-Quick Charge 3.0 :||LG G5 | G6 | V20 | V30 | Nokia 8 | 9 | RedMi Mi5 | Mi6 | MiMax 2 | MiMax 3 | MiMix | MiMix 2 | Note 5 | Samsung Galaxy Note 8 | 9 | 10 | S10 | S9 | S8 | S7 | S7 Edge | Sony Xperia XZ | XZ1|
|Dimension :||75.5 x 103.5 x 49.9mm|
|Product Id :||17859|
Power delivery travel charge with Quick Charge 3.0 compatibility
Charge up to 4 devices
A multi-device charging solution with fast charging dual USB-C and dual USB-A ports.
Fast Charging Technology
Equipped with USB-C Power Delivery which charges iPhone 8 and above at 50% in 30mins and Quick Charge 3.0 to provide the fastest charge possible to all your devices.
Charge at optimum speed
48W fast charging to laptop when single USB-C port is in use. MacBook Air fully charge in 2 hours.
Dual USB-C and USB-A ports
Fast charge your Macbook and new iPhone simultaneously using dual USB-C Power Delivery ports. An universal charging technology that delivers faster charge up to 4X more for all your android devices using USB-A Quick Charge 3.0.
Prevent charger from overheating and damaging the ciruit board
Over Voltage Protection
A safety feature that clamps the output when the voltage exceeds a preset level
Designed with breaker to interrupt the flow of electrical current when it overloads the circuit.