Phone Charging Cable
- USB-A male to USB-C male phone charging and data cable.Supports
- USB 2.0 data up to 480 Mbps with a compatible host and device.
- White finish with molded connector housings.
- Listed lengths: 0.5 m, 1 m, 2 m, 3 m, and 5 m; performance is approved for the ordered length.
- Charging rate depends on the charger, phone, cable configuration, and supported protocol.
- OEM inquiries welcome for length, identification, and packaging requirements.
A USB-A Connection for USB-C Phones and Device Kits
Phone Charging Cable: USB-A to USB-C
Equip a phone accessory kit, workstation, or charging point with the connection it actually uses. BC-DAC019 is a white USB-A male-to-USB-C male cable for charging compatible USB-C phones from a compatible USB-A source and transferring USB 2.0 data from a host computer.
For a bulk order, start with the phone and charger—not a wattage printed in isolation. Charging performance depends on the supported charging protocol, the source’s capabilities, and the exact cable build. This USB-A-to-C arrangement isn’t a universal USB-C Power Delivery cable. Please share the charger and phone models so we can confirm the required configuration before you commit to a sample or production quantity.
Product Specification
| Item | Configuration or ordering detail |
|---|---|
| Part number | BC-DAC019 |
| Source connector | USB Type-A male |
| Device connector | USB Type-C male |
| Data interface | USB 2.0, up to 480Mbps signaling rate |
| Finish | White; confirm jacket and housing construction with the ordered sample |
| Listed lengths | 0.5 m, 1 m, 2 m, 3 m and 5 m |
| Charging capability | Confirm the phone, charger, proprietary charging protocol, and exact cable rating; no universal 60W/66W PD claim |
| Legacy USB-A to USB-C configuration | 56kΩ pull-up resistor specified; not a current-limiting fuse or 3A overcurrent-protection circuit |
| Customization | Length, marking, and packaging requirements subject to review |
Match the Cable to the Charging Source
The USB-A end connects to a compatible charger, power bank, computer, or other suitable USB-A source. The USB-C end connects to the phone. A USB-A socket doesn’t guarantee a specific fast-charging protocol, and a higher charger rating doesn’t mean every phone receives that power.
If you need USB-C PD charging from a USB-C charger, choose an appropriate USB-C fast-charging cable instead. For a broader selection of USB-A-to-C assemblies and layouts, compare our USB-A to USB-C cable range.
Use the Data Function Where It Adds Value
Connect the cable to a data-capable computer port for file transfer, device setup, or a supported phone-management workflow. USB 2.0 supports a signaling rate up to 480Mbps; actual transfer speed depends on the host, phone, storage, and software. A wall charger does not provide a data connection to a computer. The cable is not USB 5Gbps, video, or Thunderbolt.
Send your phone models, charger specifications, intended task, required length, and quantity for a quotation. Include packaging and labeling requirements if the cable will ship as part of a branded kit.
Check Connector Fit with the Phone Case in Place
A cable that charges correctly on an uncovered phone may be awkward with a protective case. Check the opening around the USB-C socket and ensure the housing can seat fully without pressure from the case. At the USB-A end, allow room beside neighboring ports.
For a device kit, test the cable with the actual case and charging source that will be supplied. Hold the connector housing when unplugging and leave a relaxed bend near the strain relief. These everyday details matter more to usability than an unsupported durability slogan.
No. USB-A-to-USB-C charging depends on the charger, phone, and cable implementation. Some proprietary systems use higher-power charging, but a wattage claim needs a verified device-and-charger pairing. Request confirmation for your exact setup; do not treat USB-A as a USB-C PD source.
The phone needs a USB-C receptacle and support for the intended charging or data connection. Also check case clearance and software requirements. Phones with Lightning or Micro-USB ports need a different cable, and a USB-C connector won’t deliver the same fast-charging performance.
In a legacy USB-A-to-USB-C cable, the pull-up resistor provides USB-C connection and source-current information for the legacy source arrangement. It is not an active overcurrent protector, a fuse, or a circuit that limits charging to 3A. Safe operation still depends on a suitable source, device, and cable design.
The USB 2.0 data path supports a compatible host-and-phone workflow. Backups may require unlocking the phone and granting data access. For an in-vehicle wired phone interface, confirm the vehicle port supports this function and test the exact phone and software combination; a charging-only port won’t support it.
Not automatically. Length and conductor construction affect voltage drop and data channel performance. Choose the shortest practical route and approve the requested length with your charger, phone, and data task. A 5 m listing is not a promise of maximum fast-charging power or identical performance across all devices.
Send the phone and charger models, required data function, length, quantity, and packaging or marking requirements. Agree on the sample and inspection criteria before a repeat order. Confirm feasibility, product documentation, MOQ, price, and lead time for the requested build.
Related Products
How to Specify a Phone Charging Cable for a Bulk Order
A useful phone cable works with the source and devices it’s supplied with. For BC-DAC019, the USB-A-to-USB-C layout can suit existing USB-A charging points, computer connections, or accessory kits. Clear specifications help prevent a cable that looks correct from being paired with the wrong charging expectations.
Define the source before choosing the power claim
Record the charger model and its USB-A output profiles. Then identify the phone models and charging protocols that matter to the project. If a proprietary high-power mode is required, ask for evidence from the exact charger, phone, and cable combination. Do not replace that check with a list of phone brands or a generic “fast charging” label. Modern USB-C PD charging from a USB-C source calls for a suitable C-to-C cable.
Choose length for the place of use
A short cable can be convenient in a power-bank kit or at a fixed charging point. A longer cable may help reach a desk or installation position, but it also changes the electrical path. Measure the route, allowing for comfortable handling and relaxed bends near the housings. Approve the final length instead of assuming that a shorter sample establishes performance for a longer order.
Decide whether data is part of the requirement
This is a charging-and-data cable, not a charge-only lead. For a device setup or backup kit, verify the USB 2.0 task with the intended computer and phone. For a charging location where you don’t want data access, consider a dedicated charge-only specification rather than claiming an ordinary data cable blocks access. Keep that decision explicit in the purchasing brief.
Evaluate usability alongside electrical operation
Check connector fit with the protective cases your customers use. Confirm the housings are comfortable to hold when unplugging and that the intended route doesn’t strain the phone socket. Review the finish, marking and packaging with the sample. A white appearance alone does not establish the jacket material, bend-life rating or suitability for outdoor exposure.
Keep the approved build identifiable
Record the part number, ordered length, agreed construction and packaging artwork. Define the charging and data checks required for acceptance, and request applicable compliance documentation for that exact product. Avoid copying an unverified wattage or charge-time graphic onto a retail pack: charging time depends on the phone, battery state, temperature, source, and cable.
For OEM or wholesale inquiries, share the intended device mix and charging source first. We can then review the cable configuration and quote against an agreed sample plan. Explore the USB-C cable collection if the project needs another connector arrangement, display support, or a higher-speed data interface.
