Swissten Travel Charger Core Gan USB-C PD 45W / USB-A QC 18W QC (22071330)
Product images are illustrative. The original product may vary, so please refer to the product specifications in the product description.
Price
€ 23.52The e-shop price may differ with shops price. Price valid while supplier stock lasts.
Delivery time and options
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4-6 days
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4-6 days
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4-6 days
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4-6 days
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4-6 days
Product details
| Product code | 22071330 |
| EAN | 8595217494688 |
Product description
The compact SWISSTEN DYNAMIC travel charger with GaN technology delivers high power in a small and lightweight body, making it ideal for a backpack or carry-on luggage. The USB-C port with up to 45W output can handle charging a laptop, tablet, and modern smartphone, while the USB-A port is ready for an additional device. The charger automatically detects connected electronics and adjusts the power for the fastest and safest charging possible. Its elegant white design fits perfectly at home, in the office, and on the go.GaN technology – more power in a smaller bodyModern GaN components provide higher efficiency, lower heat generation, and a more compact design compared to standard chargers.USB-C Power Delivery 45WThe powerful USB-C port easily charges not only a smartphone, but also a laptop or tablet.Charge two devices simultaneouslyWith USB-C and USB-A, you can conveniently charge two devices at the same time without significant speed loss.Intelligent charging managementThe charger detects the needs of connected devices and optimizes power delivery for maximum safety and efficiency.Technical specificationsCharging efficiency: 91%Dimensions: 58 x 50 x 32 mmWeight: 107 gInput: 100V-240V AC 1.2A, 50/60HzOutputs:USB-C PD 3.0: 5V DC 3A, 9V DC 3A, 12V DC 3A, 15V DC 3A, 20V DC 2.25A / Max. 45WUSB-A QC 3.0: 5V DC 3A, 9V DC 2A, 12V DC 1.5A / Max. 18WCommon outputs:USB-C + USB-A: 30W + 15W / Max. 45WPPS USB-C: 3.3V - 10V DC 4.5A / Max. 45WAVS USB-C: 9V - 20V DC 2.25A / Max. 45WProtection against overcurrent, overvoltage, overheating, overload, undervoltage and short circuit.








