Part Number: UCC24624 We are going to design 250Vdc bus that is coming from half bridge synchronous rectifier, but, the part UCC24624 only can be used 230V Maximum, is there alternative way can go with UCC24624 on this application?
Part Number: UCC24624
The IC UC C24624 is getting heated up. The gate signals obtained are different . The VDS waveforms and the drain currents are as shown in the figure. Please suggest a solution for this issue.
Part Number: UCC24624 Hi Team,
Because my customer has used those synchronous rectifier IC, In fact, I have successfully imported UCC24624 and replaced NPC4318 in some customers, because these pins are similar to the pins of UCC24624 and can even be directly…
Part Number: UCC24624 Other Parts Discussed in Thread: TEST Dear TIers:
I use a matrix-transformer LLC with the primary-side windings in series and secondary-side windings in parallel（4 branches）as shown above. After using UCC24624 to achive SR control…
Part Number: UCC24624 Hi,
We are designing a 10kW LLC resonant converter and its Vout=150V, Cente tapped secondary. We want to use a synchronous rectifier on the secondary side using UCC24624 to increase system efficiency using 600/650V Si/SiC MOSFETs…
Part Number: UCC24624 hi team,
the UCC24624 typical application schematic is VD1 and VG1 to drive S1, VD2 and VG2 to drive S2,
if VD1 and VG1 are changed to drive S2 , VD2 and VG2 are changed to drive S1, is there any problem introduced?
Part Number: UCC24624 Other Parts Discussed in Thread: UCC27524 Hi E2E,
Is there has any layout guide for the UCC24624 SLUAA52 RC filter on VD pins? Which ground will the Cap connect to?
Is UCC27524 ok for the 6pcs MOSFETs in parallel(each Vgx 3pcs) with…
Part Number: UCC24624 Condition : TI UCC24624 EVM Modified point: updated MOSFET Power supply condition: Vo(MAX) 23.5V/ IO(Max) 11.2A
Original waveform was shown below and I could see turn off timing made more bigger loss thru body diode. Then my customer…
Part Number: UCC24624
We are developing power supply using ucc24624 at SR. LLC is operating at below region. ( fr > fsw )
We discover that gate turn off already , before fet turn off.
So I think , that makes reduce efficiency.
Could you please…