Car Charger Baseus Superme Digital Display PPS QC + Cable Baseus Type-C to Type-C 100W (1m)
Car Charger Baseus Superme Digital Display PPS QC + Cable Baseus Type-C to Type-C 100W (1m)
Article: 32678
In stock
All characteristics
Brand:
Baseus
Material:
Plastic
Power:
65W
Peculiarities:
Designed for charging laptops
Fast charging 1:
Power Delivery
Fast charging 2:
QC
Output jack:
USB + Type-C
Fast charging 3:
Fast Charge
Cable included:
Type-C to Type-C
Baseus Superme Digital Display PPS QC + Cable Baseus Type-C to Type-C 100W (1m) is a car charger equipped with USB and Type-C outputs and fast charging support.
Main characteristics:
- maximum power: 100 W;
- 2 connectors: USB and Type-C;
- support for fast charging;
- allows you to charge 2 devices simultaneously;
- suitable for charging laptops;
- LED-display shows the current strength;
- compatible with most car models;
- equipped with a built-in intelligent protection chip;
- body made of polycarbonate;
- contacts are gold-plated;
- comes with Type-C to Type-C cable (100W, 1 m long).
Suitable for all cars
This model is universal and can be used in any car: passenger car, family van, truck, etc. The compact size and light weight make it easy to store and use. The anti-slip design keeps the connection even while driving on rough roads.
Charging options
Baseus Superme Digital Display PPS 100W is compatible with Apple, Huawei, Samsung, Honor, Xiaomi, Lenovo, Dell, etc. products, including laptops.
Having USB and Type-C connectors, you can connect 2 gadgets in parallel, and they will quickly restore battery power thanks to multiprotocol support (PPS, PD3.0, QC3.0, SCP, FCP, AFC).
The digital display shows the current strength in real time, so you can monitor the speed and safety of the process. Gold-plated contacts improve sensitivity and reduce resistance, which improves charging quality.
Protective properties
The built-in intelligent system recognizes the connected device and adjusts the power supply, protecting your devices from excess current or voltage, high temperatures and short circuits. The use of third-generation semiconductors reduces heat generation, which prevents overheating of the charger casing.