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
Greetings All,I would like a good example of calculations of the PFC intergarted into the STCMB1.So far, knowledge has been acquired about the LLC resonant. But not the PFC.Which chip is the closest ?Thank you.Best regardsSerge
Hi all, after many hours of tuning and trials I finally got my new BLDC motor running. It's a 36V, 180W rated power, Nominal current 6.8A.I am using FOC with 3 Hall sensors and single shunt. Problem I am facing is, quite often motor makes strange noi...
Hello, I am designing the system with both L6470PD and L6472PD stepper drivers. Since my system is operating on 3.3V (MCU is STM32F103 ) I have tight the VReg with VDD line as suggested. The problem which I am facing is following. I supply the drive...
Nice 3mSec string of gate pulses as Vac rounds the top of the AC wave, then the gate pulses stop for 5.3mSec until the next 60Hz crest comes along. Voltage waveforms on all the other pins look normal as expected. Schematic and complete set of scope s...
Hi everyone!I want to use the ST EVAL6480H board to control a stepper motor but I get stuck with the stall detection feature of the chip. My problem is that it always generates stall (step loss). I have tried it with different configurations and wit...
Hello FolksThe L6470 datasheet (see snapshots provided by Jacek) clearly says that Vreg should be connected to VDD, as they are not connected internally. Further, VDD should have 10uF Cap to work properly.Surprisingly, the X-NUCLEO-IHM02A1, which has...
Input is 300 to 800V DC and output is 24V DC. Attached the schematics of the same.
Although for 3 different batteries we managed to get the expected SoC and duration of battery discharge, we are facing difficulties in getting the expected discharge time for a fourth battery type. We followed the same procedure used to characterize ...