USB Splitter Cable Double Adapter One Two Female 2 Male Charging
Discover the USB Splitter Cable Double Adapter One Two Female 2 Male Charging — a standout electronics accessories pick featuring soft design for dependable, everyday performance.
Specifications
Brand Name: Mrgabwte
Certification: NONE
Package: Yes
USB Type: Standard
Use: MOBILE PHONE
Description:
1. The conductor is made of 28AWG bare copper wire and aluminum foil attached. Reduce signal transmission attenuation. Extremely effective.
2. The sheath material is HDPE, the outer layer is made of black PVC, soft and tensile.
3. Light and beautiful, easy to carry around.
4. Used in digital products and computer peripherals, support hot swap, plug and play.
5. High quality and high speed, exquisite workmanship, low price.
6. Fine workmanship, full use of materials, multi layer shielding anti-interference, to ensure fast signal transmission (remarks: charger must be sufficient current).
Note: USB 1 Male to 2 Female: the thick wire is used for data charging, while the thin wire can only be used for power supply (data cannot be read).
Specification:
Product Function: Thick one is data transmit and charging, thin one is charging
Product Color: Black
Product Length: 15cm/30 cm/11.81''
Packing: Cable only, also available in PE bags.
Options
- Color: 30cm, 15cm
Frequently Asked Questions
Q: What is the USB Splitter Cable Double Adapter One Two Female 2 Male?
A: The USB Splitter Cable Double Adapter One Two Female 2 Male is a quality electronics accessories pick. The conductor is made of 28AWG bare copper wire and aluminum foil attached.
Q: How do I use the USB Splitter Cable Double Adapter One Two Female 2 Male?
A: The USB Splitter Cable Double Adapter One Two Female 2 Male is ready to use right out of the box and makes an easy addition to your electronics accessories lineup.
Q: Why choose the USB Splitter Cable Double Adapter One Two Female 2 Male?
A: The USB Splitter Cable Double Adapter One Two Female 2 Male stands out in our electronics accessories range — Reduce signal transmission attenuation.