Product Description
Compact SATA female connector integrating both power and high-speed signal contacts in one low-profile housing. Gold-plated terminals provide low contact resistance, stable impedance and long-term corrosion resistance for reliable data and power transmission. The right-angle SMT tail design saves PCB space and allows direct edge mounting on storage or controller boards. High-temperature, flame-retardant housing supports standard reflow soldering. Custom options are available for different board layouts, plating thickness, and cable harness assemblies to match OEM or server designs.
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| Series |
SATA 7+15 combined power and signal connector |
| Contact positions |
22 pins total (7 signal + 15 power), dual row |
| Pitch |
1.27 mm between contacts |
| Mounting type |
Right-angle SMT, PCB edge mount |
| Rated current |
1.5 A per contact (at 40 V AC/DC max) |
| Contact resistance |
≤ 30 mΩ |
| Insulation resistance |
≥ 1000 MΩ |
| Withstand voltage |
500 VAC / minute |
| Operating temperature |
−20 °C to +85 °C |
| Terminal plating |
Ni underplated, Au over contact area, Sn over solder/ crimp area |
| Housing material |
High-temperature thermoplastic, UL94 V-0, black |
| Mechanical mating force |
≤ 45 N total |
| Single pin retention |
≥ 0.8 kgf |
| Compliance |
RoHS 2.0, halogen-free, REACH compatible |
| Customization options |
Tail length, plating thickness, packing and cable harness available |
Applications
2.5″ / 3.5″ HDD and SSD connections on desktop, notebook and industrial PCs
Data center servers, RAID cards, NAS and storage backplanes
DVR, set-top boxes and multimedia recorders requiring SATA power and signal interfaces
Embedded boards, industrial control equipment and test fixtures using SATA interconnects
Customized cable assemblies between motherboard and daughter board or drive cage
Precautions
Follow the recommended PCB footprint and keep the connector fully aligned before reflow soldering.
Do not exceed the rated current, voltage or operating temperature; apply suitable derating in high-temperature enclosures.
Avoid repeated excessive insertion or side forces on mated cables to protect the SMT solder joints.
Keep contact area free from dust, flux residue or fingerprints; store products in dry, anti-static packaging.
For long-term or high-vibration applications, confirm mating/unmating force and retention strength with samples under real operating conditions.
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