Fervit USB-C Female to Surface DC 15V 65W Charge Adapter
Connects a 65 W USB-C charger with 15 V output to Surface laptops via a DC 15 V plug
- Charge Surface devices from USB-C using a 65W 15V charger
- Built-in PD trigger negotiates 15V automatically
- Connects USB-C female to Surface DC male plug
- Replaces proprietary power brick with standard USB-C supply
- Works with Pro 4 through Pro 7 and Go models
Purpose and Compatibility
This adapter lets you charge compatible Microsoft Surface laptops using a USB-C power source. It accepts a 65W USB-C charger that must provide a 15V output profile. The built-in PD trigger negotiates the required voltage automatically. It is not suitable for devices that lack a DC 15V input or for chargers that cannot supply 15V.
Thermals and Power
The adapter itself draws no separate power and adds negligible heat during operation. All power conversion happens inside the USB-C charger you supply. Noise is not a factor because there are no fans or moving parts. Ensure your charger delivers 65W at 15V or the connection will not function.
Build and Daily Use
A USB-C female port on one end mates with your charger cable, while a proprietary Surface male connector plugs into the laptop. The compact inline design adds minimal bulk to your carry kit. No drivers or software are required; the PD emulator handles the handshake instantly.
How it compares
Measured against everything we stock in USB Cords & Extension Cables, at today’s prices. Recalculated every night.
- Price $17.99
- Pricier than about 70% of the 15,227 comparable items (median $14.99).
Specifications
| Product | |
|---|---|
| Brand name | Fervit |
Questions about this item
How do I connect this adapter to charge my Surface laptop?
Plug a 65W USB-C charger that supplies 15V into the adapter's Type-C female port, then insert the Surface male connector into your laptop's DC 15V input.
What part of this adapter might wear out first with daily use?
The Surface male connector and the Type-C female port are the mechanical interfaces that see repeated insertion cycles and can loosen over time.
What limits this adapter's output during a long charging session?
The adapter passes whatever 15V current the 65W USB-C charger provides, so the charger's sustained 15V capability is the limiting factor.
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