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
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
In the application note for one of ST parts (L4981BD) and it is mentioned that the output voltage can be calculated from the following formula: But in the datasheet, in Figure 9B, the given output voltage does not match with this formula: Does anyo...
Need of DCDC- Bidirectional which will be used in 400V/800V EV system, Kindly share any reference design which we can have for headstart on this design.1. V Max = 420V-800V -Vin to 12V Vout (Vice versa)2. I Max = 300Amps3. P Max = 3.6 KW
I am designing a clamping circuit for an IGBT driver such as ABB 5SNA 0600G650100.Between the collector and the IGBT gate there will be a set of TVS diodes with a Schottky diode at the end. The gate will have a 6.8k pull-down resistor to the emitter ...
I am designing clamping circuit for IGBT driver. The max voltage is 4800V. I was thinking about using STTH112A diode. In the datasheet, there is no information about thermal resistance - junction to ambient for SMB or SMBflat version. How can I asses...
Hi, Please suggest any reference design or circuit for 300W PFC with input 3 Phase, 3 wire, 220VAC (L-L), 50Hz
Dear Support,Kindly advise differences between part numbers SM6T30CAY & SM6T30CAY/2?What is suffix "/2" meaning? Thanks
Hello, What is the maximum input PWM frequency of the gate driver, STDRIVE101, and its evaluation board, EVALSTDRIVE101? It does not say on the manuals.
Hello Now I am gonna design 120W flyback switch power with L6562AT, I have read through the datasheet, But still don't know how to fixed the value of resister and capacitor around L6562AT; Is there any paperwork about how to design wit...
Hello, I am testing my second design with L4984D, the first one I designed work fine, but this second board breaks the FETs and I think that is due to overvoltage when I turn on the power. Could anyone tell me why that could be?Thanks
Hellowhere can i find a document witch explain the marking on the regulator L7805CDT-TR Thank you