For illustrative purpose only
Digitus Notebook charger USB-C, 65W
Digitus Notebook charger USB-C, 65W, Indoor, AC, 20 V, 1.2 m, Black
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Product Information
| Information | |
|---|---|
| Manufacturer | Digitus |
| Product code | 577285487 |
| EAN | 04016032482680 |
| Manufacturer part number | AZASSNZ00000007 |
| Category | Notebook accessories |
Product Description
Compact replacement for defective or lost original power adapters and perfectly suited for use as a second power adapter for travel, in the office or at home.
- Suitable for notebooks that are charged via USB-C such as Lenovo Think Pad, Huawei, HP Spectre, Asus, Acer, Dell, Xiaomi, etc.
- Suitable for smartphones and tablets that are charged via USB-C such as Samsung Galaxy, LG, HTC, Google etc.
- Protection against short circuits, overheating, surges and excess current
The DIGITUS USB-C PD Notebook Power Adapter is a super slim and compact replacement for defective or lost original power adapters. It is also ideally suited for use as a second power adapter in the office, for travel, or at home. The 65W PD3.0 charger has been developed for notebooks, smartphones, tablets and gaming consoles with a USB Type-C connection. Notebooks and the powder adapter itself are protected against short circuits, overheating, surges and excess current.
- Suitable for notebooks that are charged via USB-C such as Lenovo Think Pad, Huawei, HP Spectre, Asus, Acer, Dell, Xiaomi, etc.
- Suitable for smartphones and tablets that are charged via USB-C such as Samsung Galaxy, LG, HTC, Google etc.
- Protection against short circuits, overheating, surges and excess current
The DIGITUS USB-C PD Notebook Power Adapter is a super slim and compact replacement for defective or lost original power adapters. It is also ideally suited for use as a second power adapter in the office, for travel, or at home. The 65W PD3.0 charger has been developed for notebooks, smartphones, tablets and gaming consoles with a USB Type-C connection. Notebooks and the powder adapter itself are protected against short circuits, overheating, surges and excess current.