InLine USB-C - ASUS/Lenovo kannettava (pyöreä) latauskaapeli, 2 m

The InLine USB-C to ASUS/Lenovo Notebook Charging Cable (2 m) lets you charge compatible ASUS and Lenovo notebooks from a USB-C power adapter. One end has a USB-C connector for connection to a PD-capable charger, the other end uses an EIAJ-02 (4.0 mm outer, 1.7 mm inner) plug to fit the notebook power inlet. The cable supports input voltage of 18–20 V and input current up to 3.25 A, and is supplied in black with a 2 m length.

Advantages

This cable enables notebook charging from a USB-C Power Delivery adapter, providing a 65 W (20 V / 3.25 A) charging option when used with a compatible PD charger. Its EIAJ-02 connector matches the specified ASUS and Lenovo power sockets, and the 2 m cable length offers flexible placement. The product is designed for reliable contact and standard power parameters without requiring an original manufacturer charger.

Suitable for

• Charging ASUS notebooks that accept an EIAJ-02 (4.0 × 1.7 mm) barrel connector
• Charging Lenovo notebooks compatible with the EIAJ-02 connector
• Use with USB-C PD chargers providing 20 V / 3.25 A (65 W)

Key specifications

• Connector 1: USB-C
• Connector 2: EIAJ-02 (4.0 mm outer, 1.7 mm inner)
• Cable length: 2 m
• Input voltage: 18–20 V
• Input current: 3.25 A
• Colour: Black
• Brand: InLine, MPN: 26676, EAN: 4043718294268

How to use

Connect the USB-C end of the cable to a USB-C Power Delivery charger that can supply 20 V / 3.25 A (65 W). Insert the EIAJ-02 plug into the notebook’s power inlet. Verify that the notebook is compatible with an EIAJ-02 (4.0 × 1.7 mm) connector and that the charger supports PD output at the required voltage and current. Monitor charging on the notebook to confirm normal operation.

Recommendations

Use only USB-C power adapters that support Power Delivery and can provide 20 V / 3.25 A. Do not force incompatible plugs into the notebook power inlet. If the notebook does not charge, check connector compatibility and charger PD settings before assuming a cable fault.