Part Number: TIDA-00779 Hi,
I went through the schematic provided along with the reference design (TIDA-00779). Could you please explain how the common mode filter is designed or provide any reference based on which the design was carried out.
Thank you…
Part Number: TIDA-00779 Hi,
I am Vasudev here. I observed in the reference design that pfc inductor is wound with single strand copper wire. If the pfc is operating at 65khz ,even if the current ripple is minimum wont there be skin effect present and I…
Part Number: TIDA-00779 Other Parts Discussed in Thread: UCC28070 Hi team,
My customer PFC design spec s 6KW output.
So Can I base on TIDA-00779 circuit to increase power rating up to 6KW?
( Ex-Change Power inductor, MOSFET, DIODE.) .But I worry UCC28180D…
Part Number: UCC28180 Other Parts Discussed in Thread: TIDA-00779 ,
Hello dear,
I have an inquiry about the PFC ON signal for the PFC shutdown circuit in TIDA-00779. I want to know the type of this signal, voltage-current, or which signal you are used to…
Part Number: TIDA-00779 Hi TI experts,
can you please provide me the spec Details of L1 according to the reference design TIDA-00779.
I'm confused with the calculations in the design and taken value, so can you please provide me the spec details. …
Part Number: TIDA-00779 Tool/software: Code Composer Studio Hi TI experts,
I'm more interested in the reference design(TIDA-00779) but here I come across PTC(B470N) in the circuit for inrush current limit.
usually NTC is used to limit inrush current…
Part Number: TIDA-00779 Other Parts Discussed in Thread: UCC27524A , UCC27524 , UCC27531 Hi,
it's possible to use UCC27531D or UCC27524A as gate driver.
The question is: what is the best choice?
What are the conditions for a UCC27531D recommendation…
Part Number: TIDA-00779 In schematic the value of R39 = 20k
in BOM R39 = 1k
You gave jaeyup jung the answer to use 1k.
I'm pretty shure ( after recalculation ) it's wrong, 20k is the right value to get the required delay of 0.2sec.
Could you please…
