Product Description
This USB 2.0 A/F solder-type connector features a robust protective
housing and a nickel-plated shielding structure designed for stable
electrical and signal transmission. The reinforced LCP insulation
provides exceptional heat resistance and flame retardancy, while
precision-plated brass terminals ensure consistent conductivity and
long-term durability. Its reliable mechanical retention and
gold-finished contact interface offer strong mating stability,
making it ideal for cable fabrication, power supply assemblies,
charging devices, industrial controllers, and various electronic
equipment requiring high-quality USB interfaces.
| Connector Type | USB 2.0 A/F Solder Type with Protective Housing |
| Structure | One-piece shield + insulating base + terminals |
| Material – Housing | LCP, UL94-V0, glass-fiber reinforced |
| Material – Terminals | Brass C2680, T=0.20mm |
| Material – Inner Shell | SUS, T=0.30mm |
| Material – Outer Shell | SPCC, T=0.30mm |
| Plating – Terminals (Ni) | ≥ 50 μ″ |
| Plating – Tin on Solder/Crimp Area | ≥ 80 μ″ |
| Plating – Gold on Contact Area | G/F |
| Plating – Inner Shell (Ni) | ≥ 30 μ″ |
| Plating – Outer Shell (Ni) | ≥ 50 μ″ |
| Mating Force | ≤ 35N |
| Unmating Force | ≥ 10N |
| Durability | 1500 cycles, 200 cycles/hour |
| Flame Rating | UL94-V0 |
| Application | Cable assembly, PCB board interface, consumer electronics,
chargers, data communication devices |
Applications
Cable manufacturing lines and USB extension assemblies
Chargers, power banks, adapters
Industrial control equipment and instrumentation
Automotive infotainment and diagnostic devices
Server and communication devices needing stable signal connectors
Consumer electronics and smart appliance interfaces
Precautions
Ensure proper soldering temperature to avoid deformation of the LCP
housing.
Avoid excessive mechanical stress on terminals during assembly.
Maintain plating integrity by preventing exposure to corrosive
environments.
Verify compatibility with cable OD and PCB layout before mass
production.
