Part Number: UCC28950EVM-442 Other Parts Discussed in Thread: UCC28950 , Tool/software: Hi , can i operate the UCC28950 as a bus converter ? what should i change in the application to operate the UCC28950 with no feedback ?
Thank you
Part Number: UCC28950EVM-442 Other Parts Discussed in Thread: UCC28950 , Hello,
I would like to contact you as a trainee power electronics engineer at SERMA Ingénierie, to ask you for more technical explanations and more details about a test you have…
Part Number: UCC28950EVM-442 We designing 4KW Phase shift Full bridge converter for below specification,
Input voltage -38Vdc-60Vdc,
Input current -126,
Output voltage -200V,
Output current -22A
Switching Frequency -250kHz
To calculate shim…
Part Number: UCC28950EVM-442 Other Parts Discussed in Thread: UCC28950 Hello all,
I have not seen any PSFB schematics that utilise the UCC28950 for a 200VDC output. I have made a schematic based on the ucc28950 evaluation module and calculated the necessary…
Part Number: UCC28950EVM-442 Other Parts Discussed in Thread: UCC28950 We designing 4KW Phase shift Full bridge converter for below specification,
Input voltage -40Vdc-60Vdc,Typical - 51.7V
Output Power - 4000W,
Efficiency - 95%,
Output voltage…
Part Number: UCC28950EVM-442 Hi
Customer is want to know if the gerber files can be used in the EAGLE software.
According to them, they used the gerber files found in this link: https://e2e.ti.com/support/power-management-group/power-management/f…
Part Number: UCC28950EVM-442 Other Parts Discussed in Thread: UCC28950 Hi team,
I was wondering if the UCC28950PWR can be a drop in replacement for the UCC28950PW that comes with the EVM442.
My second question is comes from step 3 of starting up the…
Part Number: UCC28950EVM-442 Other Parts Discussed in Thread: UCC28950 Hello,
Switching frequency of H-bridge in these evaluation boards appears to be set to ~100kHz.
1) I am considering switching at a higher frequency (say 250kHz ~ 300kHz) to reduce…
Part Number: UCC28950EVM-442 Hello,
SLUC222D spreadsheet provides different results compared to formulae used in SLUA560C. For instance, the secondary rectification FET (QE, QF) Vds spec in SLUA560C is calculated as 19.5V (equation 62), while in SLUC222D…
