| Κατασκευαστής: | Baseus |
| Κωδικός Προϊόντος: | HU-6932172600334 |
| Διαθεσιμότητα: | Παράδοση 2 έως 3 ημέρες |
Baseus GaN3 Pro fast GaN charger 2 x USB Type C / 2 x USB 65W PD, QC4.0 +, AFC, PPS + USB Type C - USB Type C cable 1m black (CCGP040101)
It is difficult to imagine operating electronic devices without the help of chargers. Anyone who wants to shorten the battery charging process, make it more effective and at the same time energy-saving should be interested in new generation gadgets. Baseus GaN3 Pro is an absolute hit on the market that has a real chance to revolutionize it. Why? Because instead of silicon, it uses the power flowing from gallium nitride . GaN is a semiconductor material that not only improves the efficiency of the charging process, but also requires much less energy and takes up a minimum amount of space. Therefore, it is ideal for mobile use, also at work or traveling around the world. It is compatible with worldwide sockets with electrical voltage standards ranging from 100 to 240 volts.
Specification:
The most important features:
Supports fast charging technologies
The charger supports fast charging technologies: Quick Charge 4.0 / 3.0, Power Delivery 3.0, Huawei Super Charge, FCP AFC, PPS, MTK. This means that the battery of e.g. a Samsung phone is charged to 60% in 30 minutes. It is compatible with with iPhone 11, Huawei Mate 30, Samsung S20, Xiaomi Mi 10, Apple tablets and laptops.
Latest technologies - BPS II (charging), BCT (cooling)
The innovative BCT cooling technology and the BPS II fast charging are functions offered to users of the charger by its manufacturer. Although the charging power is very high and the process time is reduced to a minimum, there is no risk of overheating or damaging the equipment.
Security at a high level
Baseus has implemented as many as 6 different security measures to cover the charger and the device with protection:
Gallium nitride - an innovative material with good parameters
The use of gallium nitride will reduce the size of the charger and increase its power. It's lighter, smaller, narrower - easy to take wherever you go. The semiconductor conducts heat well, is resistant to damage, radiation and mechanical damage.
