Part Number: TIDA-00779 Other Parts Discussed in Thread: UCC28180 , , UCC2818A , UCC28070A , UC2854A , INA199 Tool/software: Hi Team,
Good day. I am posting this inquiry on behalf of the customer.
Currently working on a high-power Power Factor Correction…
Part Number: TIDA-00779 Other Parts Discussed in Thread: UCC28180 Tool/software: Hi,
Is it possible to get the PFC output 410VDC with 2.2KW power with this design?
If yes please let me know what are the changes to be implemented in the hardware…
Part Number: UCC28180 Other Parts Discussed in Thread: TIDA-00779 , Tool/software: The following thread was closed erroneously. The last post I posted was related to the original topic, TIDA-00779 using the UCC28180 controller.
e2e.ti.com/.../ucc28180…
Part Number: TIDA-00779 Tool/software: Hi team,
This is post on customer's behalf.
I am using the UCC28180D scheme as a PFC circuit, the input voltage is 200VAC, the voltage rises to 374VDC without load, and the load voltage with 100W will not drop…
Hi,
Meet Pandya said: You suggested that a PFC ON switch is required and should be ON afterward once DC is built without boost switching, right?
Yes, you would better turn on the AC power source, wait for stable DC bus voltage, and then turn on the…
Part Number: TIDA-00779 Other Parts Discussed in Thread: UCC28180 , UCC27524 , UCC27531 Tool/software: I have been referring to the latest revision of the TIDA-00779 3.5kW PFC design as of August 2024. It's an excellent piece of work, and I want to express…
Part Number: TIDA-00779 Dear Team,
I need Evaluation Board for 230-V, 3.5-kW PFC with >98% Efficiency, ( TIDA-00779 Design). And also what is the Price for that Evaluation Board if its available.
Thanks & Regards,
Balamurugan K
Part Number: TIDA-00779 Other Parts Discussed in Thread: UCC28180 , In this reference design, could you please explain how equation (3) is derived.
Thanks
Part Number: TIDA-00779 Other Parts Discussed in Thread: UCC28180 Tool/software: We have developed a 3kW PFC using TIDA-00779 reference. The design is for a fixed 395V PFC circuit. Apart from reference design we have used a single SiC MOSFET MW65R048M1H…