Unique-Bargains
Unique-Bargains 10pcs 180 Degree 4-Pin PCB Mount DIP Female USB A Jack Socket Port Conduit
Ten USB 2.0 Type A female ports with 180-degree PCB mounting and 4-pin solder connections
- TypeHI - Conduit & Fittings
- 10 connectors per pack for multiple builds
- 180 degree vertical orientation saves board space
- 13 mm mounting pitch fits standard layouts
- 2 mm pin spacing simplifies soldering
- USB 2.0 Type-A female for legacy peripherals
Connector type and pack size
This pack contains ten USB 2.0 Type A female ports designed for direct PCB mounting. Each connector uses a four-pin layout with a 180-degree orientation suited to straight board insertion. The components arrive new and are intended for electronics assembly or repair work.
Mounting geometry and dimensions
Pin spacing measures 2 mm with a mounting pin distance of 13 mm. Overall dimensions are 15 mm by 13 mm by 6 mm. The body combines metal contacts with electronic-grade housing in white and silver tones, weighing 19 g for the complete set of ten.
Soldering requirement
These jacks are through-hole DIP parts that must be soldered to a compatible PCB footprint. They are not cable-mount, panel-mount or surface-mount devices, so builders without soldering equipment or a matching board layout cannot use them.
Highlights
- 10 connectors per pack for multiple builds
- 180 degree vertical orientation saves board space
- 13 mm mounting pitch fits standard layouts
- 2 mm pin spacing simplifies soldering
- USB 2.0 Type-A female for legacy peripherals
Specifications
| Brand | Unique Bargains |
|---|---|
| Type | HI - Conduit & Fittings |
Questions about this item
How do I solder the 180-degree 4-pin USB 2.0 Type A female port to a PCB with 13mm mount pin distance and 2mm pin spacing?
Align the four pins to the 2mm pitch and the mounting holes to the 13mm spacing, then solder each pin and the two mounting tabs in a single pass to avoid misalignment.
Will the metal contacts or white plastic housing degrade after repeated USB cable insertions?
The metal contacts and white plastic housing are rated for standard USB mating cycles; no scheduled replacement is needed unless physical damage or contact wear occurs.
At what point does the 15 x 13 x 6mm body limit heat dissipation during sustained data or power transfer?
The compact 15 x 13 x 6mm metal-and-plastic body relies on the PCB copper pour for heat spreading; sustained loads are limited by the board's thermal design rather than the connector itself.
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