Universal Usb Travel Adapter Usb-c 18w

technical specifications: material: pctype: universal socket and plugs with one qc3.0 usb-a socket + one pd usb-ccolor: blackweight: 120 gvoltage: 110-240 v a.c.power: 880 (at 110 v a.c.) 1840 (at 230 v a.c.) wprotection class: ip20frequency: 50/60 hzelectrical insulation class: iimax. Current: 8 agrounding: nosocket type: universalplug type: i (au cn) g (uk) a (usa jp) c (most eu)child protection: yesmax. Power: 1840 wfuse: 8ausb socket output voltage: 5 9 12 v d.c.max. Usb socket output current: 3 2 1.5 atotal usb socket output voltage: 5 v d.c.total max. Usb socket output current: 3 atotal max. Usb socket output power: 18 wmin. Current consumption: 600 maadapter with a built-in charger with two usb ports using fast charging technology adapted to the standards of over 150 countries.retractable plugs with a locking mechanism that prevents the pins from sliding back into the housing. Adapter protected against short circuits by an easily accessible ceramic fuse. The housing is made of durable flame-retardant plastic.adapter functionuniversal socket with child lockfour types of plugsmaximum power at 230 v: 1840 wceramic fuse: 8 adimensions: 68 x 53 x 52 mmspare fuse includedpower adapter functionmaximum power: 18 wusb-c socket with pd technology (power delivery): 5v/3 a 9v/2 a 12v/1.5 ausb-a socket with q.c. Technology 3.0 (quick charge): 5v/3 a 9v/2 a 12v/1.5 afast charging technologyalmost all modern mobile devices such as smartphones and tablets support fast charging technology. The most popular are pd and q.c. In short this technologyallows the battery to be charged at a higher voltage.a dedicated battery management system communicates with the charger can determine its capabilities and adapt to them. A higher voltage allows for charging at a lower current while maintaining the same or greater power. For example at a voltage of 5 v and a current of 3 a we obtain 15 w of power at a voltage of 9 v and a current of 2 a this power will be 18 w. Similarly at a voltage of 12 v and a current of 1.5 a.at first glance the difference in power isn't significant. However it's important to remember the limitations of both the cable and the battery itself. the higher the current the more difficult it is for the thin wires of the cable its plugs and the battery management system. for example although the charger can deliver 3a of current at a voltage of 5v the cable and the phone's battery management system usually won't accept more than 2a which ultimately translates to a power of around 10w. However if we increase the voltage for example to 9v we can get 18w at the same charging current meaning the device will charge almost twice as fast.in the name of ecology modern smartphones are increasingly being shipped without chargers. The yato universal travel adapter is not only an essential product for traveling abroad but also a high-quality fast charger with parameters confirmed by numerous tests which can safely charge both our smartphones and tablets.notethe mains voltage in most countries using the type a b and i socket standards differs from the european standard. The adapter does not convert 230 v mains voltage to 110 v. Devices not designed to operate in the ac 100-250 v range may not function properly.**