Part Number: UCC256301 Hello,
i hope I#ve selected the right forum.
I'm currently learning about LLC-Converter. To do this I'm trying to build one. At this moment I'm stuck at designing the compensation loop on the secondary site for frequency control…
Part Number: UCC256301 Other Parts Discussed in Thread: TIDA-010015 , UCC256404 , , UCC256402 , UCC256403 I am using TIDA-010015 design. Can this design work with DC input supply voltage
Part Number: UCC256301 Other Parts Discussed in Thread: UCC25600 ,
We are building a LLC based DC-DC converter with max input voltage of 1000V. TI’s UCC25630x resonant controllers offers advantage in terms of integrated high voltage startup circuitry,…
Part Number: UCC256301 Hi Team,
CAn you please check and advise with request below?
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They created a model for the UCC256301 as there is no PSIM model. As long as there is >1A load on the output, the regulation performance is extremely good. When…
Part Number: UCC256301 Other Parts Discussed in Thread: UCC256403 Hi Team,
Could you please let me know more detail on how the burst mode threshold is decided?
There's a equation (70) and it shows how to calculate VLL. I already know RLLupper and RLLlower…
Part Number: UCC28056 Other Parts Discussed in Thread: UCC256301 , PFCLLCSREVM034 , UCC256404 , PMP40580 , Tool/software: Hello,
Everything is in the title.
Thanks in advance for your help.
Part Number: UCC256301 Other Parts Discussed in Thread: UCC256404 Hello E2E,
Please see the attached file. At light load, the switching timing is not constant. Is it normal operation? Individuals that behave in this way often appear. This operation increases…
Part Number: UCC256301 Other Parts Discussed in Thread: PMP20795 , UCC25630-1EVM-291 , UCC256304 Hi team
I started to study LLC in the last six months. The chip used is Ti’s UCC256301. Our design goal is:
Input voltage: 340V~410V Output voltage: …