Fervit 5 Pack USB C DIY Connector 2.54mm 4Pin USB 2.0 Female Socket Solder Adapter
Five-pack of USB-C female sockets with 2.54 mm pitch headers for DIY soldering, supporting USB 2.0 data at 480 Mbps and 5 V power up to 15 W
- USB 2.0 data at 480 Mbps for quick file transfers
- DC 5 V power up to 15 W for device charging
- 54 mm pitch header simplifies solder assembly
- Five connectors per pack for multiple repair projects
- Compatible with phones, laptops, tablets and other Type-C peripherals
DIY USB-C 2.54 mm header adapter
This five-pack supplies USB-C female sockets that solder onto a 2.54 mm pitch header. Each connector carries USB 2.0 data and DC 5 V power for hobbyist boards, repair jobs or custom cables. Makers and technicians who need a compact Type-C footprint on prototype boards will find the parts convenient.
Replaces loose wire-to-board USB joints
The adapter removes the need to hand-solder individual pins to a USB-C shell, giving a repeatable 2.54 mm footprint that fits standard perfboard or stripboard layouts. The upgrade is worthwhile when a project moves from breadboard to a permanent PCB and the builder wants a mechanically secure, polarity-keyed Type-C port without designing a custom footprint.
Sustained USB 2.0 throughput with 15 W power ceiling
Under continuous use the connector passes 480 Mbps data and up to 15 W at 5 V, limited by the USB 2.0 pinout rather than any active negotiation. The metal shell and through-hole pins dissipate heat from the power pins, so the rated current holds during long file transfers or charging sessions without thermal throttling.
How it compares
Measured against everything we stock in USB Cords & Extension Cables, at today’s prices. Recalculated every night.
- Price $15.99
- Pricier than about 55% of the 15,227 comparable items (median $14.99).
Specifications
| Product | |
|---|---|
| Brand name | Fervit |
Questions about this item
Does the 2.54mm pitch header fit standard perfboard spacing?
The header uses a 2.54mm pitch, which matches common perfboard and breadboard hole spacing for straightforward soldering.
What is the correct orientation for soldering the four pins to avoid reversing D+ and D-?
Identify the pin labels on the PCB — VBUS, D-, D+, GND — and solder each to the matching signal on your board; swapping D+ and D- will prevent USB 2.0 enumeration.
Will the connector maintain 480Mbps throughput after repeated plug cycles?
The USB 2.0 female socket is rated for typical mating cycles; keeping the solder joints solid and the port clean preserves the 480Mbps data rate over time.
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