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. If your wlc chip i2c is ok but GUI can not connected...
I bought the STEVAL-WLC99RX evaluation board for the STWLC99 Qi 1.3 compatible receiver and cannot find a location to download the GUI to program/monitor the receiver. The page that I am pointed to (https://www.st.com/en/embedded-software/stsw-wpstud...
Hello. I have configured a circuit to drive a step motor by giving a signal from XC7S15-1FTGB196C.We are not going to do stepping control, but to continuously give an enable signal and use it as a motor. I configured the circuit as shown in the datas...
What is the difference between Thermal Suddown and Thermal Rest?
Hello ST Team and Community,I am currently testing the IGBT STGP10M65DF2 in PSpice to verify the Eon (Turn-On Energy) and Eoff (Turn-Off Energy) parameters based on the datasheet. My test conditions strictly follow the datasheet: Tj = 175°C, Rg = 22Ω...
Hi everyone,I’ve been following the official ST guide for setting up USB Power Delivery (PD) Sink on an STM32 device, as outlined here: Getting started with USB-Power Delivery Sink.I successfully compiled and flashed the firmware onto my NUCLEO-G071R...
Hi everybody, I'm designing a TP-PFC and I'm going to use MasterGaN1L for the first time to reduce the bill of materials. Does anybody have any information about this chip's simulation model?
Hello, I'm developing a wireless charger based on the STEVAL-STWBC86TX. When designing a new PCB based on the evaluation board, would it be possible to use the I2C converter of the STEVAL-STWBC86TX by removing the jumpers in order to program the new ...
I am using STGIB30M60TS-L for my BLDC motor control. But when i am turning the motor ON , the current is increasing continuously resulting in overcurrent error. I am unable to find out where the error is present .How to find it out . I am using TSV9...
On the STEL12H24, but am not sure about the calculation for Rbleed:I am designing a 12V system.RBLEED [kΩ] = VIN / 20 – Rb (min)Rb would be about 95Ω (from Figure 14 in the datasheet)That would make Rbleed 12/(20-95) = -160Ω (negative makes no sense)...
Hello. I need help to identify this ST component. I can see the ST logo top left. Text is like this from what I see:"ST (some marking) G CHG3 648"
