Fervit
Fervit Type-C Female to Mini-USB 5-Pin Solder Connector 5-Pack
Five solder-type connectors convert Mini-USB 5-pin devices to USB-C for data up to 480 Mbps and 5 V 2 A power
- USB 2.0 Hi-Speed up to 480 Mbps data transfer
- Replaces Mini-USB 5-Pin with USB Type-C female socket
- Enables DIY solder connection for custom repairs
- Powers devices at DC 5V 2A with USB 2.0 source
- Connects cameras, MP3 players, speakers and peripherals
DIY USB-C replacement connector
This pack contains five Type-C female sockets designed to replace Mini-USB 5-pin connectors on cameras, MP3 players, speakers and similar peripherals. Each unit requires manual soldering and is intended for users with soldering proficiency. The Mini-USB mounting hole is larger than the Type-C footprint, so the opening must be reworked during installation. The connectors comply with USB 2.0 Base Specification.
Soldering and hole modification required
The product ships as bare connectors without cables, enclosures or tools, so the builder must supply a soldering iron, flux and suitable wire. Because the original Mini-USB aperture is wider, the mounting surface needs filing or drilling to fit the smaller Type-C body securely. No firmware, drivers or configuration software are included or needed for the hardware swap.
USB 2.0 speed and 5 V 2 A power limit
The interface supports USB 2.0 Hi-Speed at 480 Mbps and falls back to USB 1.1 Low-Speed at 1.5 Mbps for legacy devices. Power delivery is rated at DC 5 V 2 A when paired with a compliant USB 2.0 Type-C source and device. The connectors are not suitable for USB 3.x or higher bandwidth applications, nor for power requirements above the stated 2 A ceiling.
Highlights
- USB 2.0 Hi-Speed up to 480 Mbps data transfer
- Replaces Mini-USB 5-Pin with USB Type-C female socket
- Enables DIY solder connection for custom repairs
- Powers devices at DC 5V 2A with USB 2.0 source
- Connects cameras, MP3 players, speakers and peripherals
Specifications
| Brand | Fervit |
|---|
Questions about this item
Will the solder pads on this Type-C connector need rework after repeated plug cycles?
The connector is rated for USB 2.0 Hi-Speed at 480 Mbps and DC 5V 2A; mechanical wear on the solder joints depends on your board layout and strain relief, not on the connector specification itself.
What thermal or current limit appears first when the adapter runs at 2 A continuously?
The part is specified for DC 5V 2A throughput; the limiting factor will be the PCB trace width and copper weight you provide, since the connector itself carries the rated current without an internal fuse or thermal shutdown.
Does the connector body get hot or emit audible noise during all-day 2 A charging?
No active components are present, so there is no fan or coil whine; temperature rise is determined by the resistance of your solder joints and PCB traces at 2 A, not by the connector housing.
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