Wireless Charging solution Wiki
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
Discuss power management solutions. Ask questions and find answers on voltage configurations, short circuit protection, and programming.
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
The 6 step-Algorithm which is given for the STSPIN. shall we port that code to any other ST controller ?
HelloIn one of the Webinars, ST mentioned, that a new Gate Driver STDRIVER101 should be available.I am working on an 48V BLDC drive (up to 60V) and I hope, this could be part of the solution.I can not find any information about this gate driver in th...
Hello, everyone!Faced with such a problem with STEVAL-SPIN3202. Does not start the engine, when trying to connect it writes:"Connection failed! No response, check the communication cable, the power on the board or the baudrate (set to 115200 bps)."In...
Greeting,We are using VNQ7140AJ for high side switching power rails.Power source 28V with +%5 and -%5 tolerances. So source will be 29.4V to 26.6VIn data sheet we sow this IC's absolute maximum rating is 28V. But in page 7 data sheet says DC supply v...
Hi,I ordered the STEVAL-GLA001V1 insulated AC switch control evaluation board. I must modify the code to run on my own STM32 board. I am not enable to find the code source for this project in STM32Cube.Thank youGregory
I've got the STEVAL-ISB045V1 and STEVAL-ISB68WA evaluation kits. After programming the transmitter to use the correct ping, min and max frequency parameters, I attempted to "connect" the receiver to the transmitter with a 1/4W load. When I do this,...
The value of Rdson_LS in the L6983 datasheet is 0.85 ohms. Since this is many times higher than the Rdson_HS of 0.13 ohms, is this a typo?
Hi team,i working on floating boost converter by using LED5000 IC.specifications are-Vin- 12VVout- 36V, 100mAschematic and components as per E design suite.instead of 120uH i used 47uH just for functional test.at Vin 12V my vout is 20V and LED starts...