Universal Laptop Power Adapter Connector - USB Type C Female to Male Jack Converter (5.5 - 2.5mm)

Product Description:

🔗 Introducing the Laptop Power Adapter Connector, an essential accessory for seamless connectivity between your USB Type C devices and various universal male jack configurations. This DC Converter Plug bridges the gap, allowing for compatibility with a wide range of notebook brands, including HP, Dell, Asus, Acer, and Lenovo.

🔧 Key Features:

• Type: DC Converter Plug equipped with PD Trigger E-Mark Chips for stable and efficient charging.
• Connector A: USB Type C Female, offering versatility in connecting to the latest devices.
• Compatible Connectors: Supports multiple male jack configurations including 5.5*2.5, 7.4*5.0, 3.0*1.1, 4.5*3.0, 7.9*5.5, Square Plug, 4.0*1.35, 5.5*1.7, 6.5*4.4, and 4.8*1.7mm.
• Output Power: Designed for output within the range of 18V-20V, ensuring adequate power supply to your laptop.

🪶 Usage Tips:

🏆 To ensure optimal performance when using this Type C PD adapter or power bank:

1. The adapter or power bank must be capable of supplying 20V of power. Please refrain from using standard phone chargers as they do not meet the required voltage for laptop charging.
2. It should support the Power Delivery (PD) protocol, ensuring efficient power transfer.
3. The USB C to USB C PD Charging cable should be equipped with a built-in E-marker chip for full functionality.
4. The output power of your Type C PD adapter must meet or exceed the power requirements of your laptop.

⚡ Common Queries:

Can we charge the laptop using a telephone adapter?

No, using a telephone adapter is not advisable as it provides insufficient power and does not meet the 20V requirement.

Can we use a 65-watt Type C PD adapter to charge a 90-watt or higher laptop?

🔋 It is not recommended as the 65-watt adapter may provide inadequate power, resulting in slow charging or no charging at all.

💍 Choose this Laptop Power Adapter Connector for reliable performance and versatile compatibility, ensuring your devices are powered efficiently without compromise.