Wireless Charging solution Wiki

[willzhou]

This Topic is used for Wireless Charging solution

1.Mcu C drive code:

GitHub - STMicroelectronics/STWirelessCharging-C-Drivers: Standard C platform-independent drivers for wireless charging ICs

2. Python drive code, check attach file "Python_FT260_ST_WLC.7z"

STwirelesscharger/Python_FT260_ST_WLC: use FT260 dongle and operate ST wireless charge chips

3. If your wlc chip i2c is ok but GUI can not connected, please use wlc_ft260_Recovery tool, check attach file "wlc_ft260_Recovery.7z"

4. STWBC2 console log capture tool "STWBC2_tools.7z"

5. STSW-WPSTUDIO Tool: STwirelesscharger/STSW-WPSTUDIO: ST wireless charge chip tool (github.com)

[willzhou]

The document is being updated, and once the update is complete, a new link will be provided.

[Thijs_van_Liempd]

it's been a few weeks and it appears the documents are still temporarily unavailable. I managed to get most of the relevant PDFs using the wayback-machine but the Gerber zip-files are not hosted there. @willzhou, would you be willing to email/post the Gerber files for the steval-wlc38rx, or any of the reference designs (stdes-wlc38wa or stdes-wlc38tws-bom) for the STWLC38 (or other ICs)?
I'm asking because i'm struggling to route all the traces from the BGA footprint. Even with filled+capped vias, some of the middle pads are tricky to fan-out. It seems EuroCircuits wouldn't be capable of producing a sufficiently precise PCB; which manufacturer does ST prefer for its eval boards?

[rsim]

Any update on the availability of the documentation? It's a full month later now, all links are returning 404's, and all mentions of Wireless Power products have been removed from ST's site... it doesn't look good for customers who were/are designing with these products.

[willzhou]

email file to you

[willzhou]

Hi

sorry for this, these document are still updating.