Specifications
Specifications | Numerical Analysis | Unit |
---|---|---|
Input voltage | 100~240 | V |
Input Current | 1.5 | A |
Input frequency | 50/60 | Hz |
Input port | 1*Type-C
1*USC-C |
– |
Type-C output | 5~20
3~3.25 |
V
A |
USB-C output | 5~12
1.5~3 |
V
A |
Type-C+USB-C output | 45+18
Max 65 |
W |
Weight | 55±10 | g |
Size | 83.55 x 47 x 15 | mm |
Features
- GaN (Gallium Nitride) Semiconductor Chip:
The GaN semiconductor material offers outstanding conductivity efficiency. Compared to traditional materials, it provides higher power density and efficiency. This means the charger can deliver higher charging power in a more compact design, resulting in faster charging speeds and reduced energy loss.
- Ultra-Thin Design
This charger is 30% thinner than traditional chargers. Its slim profile makes it lightweight and convenient to carry, making it ideal for home, business, and travel use. Users can easily take it with them to meet their charging needs in various situations.
- Comprehensive Safety Protection
The charger incorporates a five-fold safety protection mechanism, including over-voltage, over-temperature, short circuit, over-current, and surge protection. These protective measures ensure comprehensive safety for both the charger and connected devices. Users can confidently use it in adverse weather conditions or unpredictable situations.
- Intelligent Charging Switching
The charger supports trickle charging and fast charging, with intelligent switching capabilities. It can intelligently identify the connected device and automatically select the optimal charging mode to maintain the health of the device’s battery and provide the convenience of fast charging.
Hardware Architecture
Material Advantages
Material name | Feature | Advantage |
---|---|---|
GaN chip | over-temperature, over-voltage, over-heating, and short-circuit protection, as well as high energy efficiency. | Stable performance, high conductivity efficiency, and enhanced safety. |
Chip transformer | Small size, lightweight, high efficiency, and stable temperature rise. | Stable performance, high conductivity efficiency, and enhanced safety. |
Frequently Asked Questions
- What is the lifespan of a GaN charger?
High-quality GaN chargers typically offer a longer lifespan, but their durability is also influenced by usage patterns and environmental conditions. Users can extend the lifespan of their charger by selecting our high-quality products, using and maintaining the charger with care. If the charger experiences any malfunctions or damage, please contact us promptly for replacement or repair.
- How do I connect a GaN charger to a laptop?
To connect a GaN charger to a laptop, you can follow these steps: Confirm that the connection interface is USB-C (if not, an adapter may be needed), plug in the charger, power on the laptop, and check the charging status.
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