Part Number: UCC5350 Other Parts Discussed in Thread: ALLIGATOR Hi,
Customer want to evaluate the risk about negative voltage between Vout to VEE2 pin.
The negative voltage will occur in the MOSFET transition duration. Here is the waveform.
The maximum…
Part Number: UCC5350-Q1 Other Parts Discussed in Thread: UCC5350 Hi Team,
I'm looking for automotive grade, isolated gate driver for one of our PSU designs. From the website I found UCC53x0 series which has variable current levels with different output…
Part Number: UCC5350-Q1 Other Parts Discussed in Thread: UCC5320 Hi,teams
Regarding the Vcc1 supply voltage and IN+ pin voltage IN UCC5350-Q1 chip, according to Figure 9-8, IN+ and Vcc1 pins inside the chip are connected through a diode in the red box…
Part Number: UCC5350 Other Parts Discussed in Thread: UCC21750 , UCC21710 Dear TI expert,
We are using UCC5350MCDWV in 1000 V input PSFB DAB converter. Can you suggest the part no. of driver which is similar to this one but have desat functionality?
…
Krystian Plaskota said: deadtime
Hi Krystian
I will test the deatime setting. For now I find that the different dead time will lead to the different bootstrap voltage.
The bootstrap voltage in 2us deadtime will higher than in 1us.I'm going to close this…
Part Number: UCC5350 Hi team,
Our UCC5350 has S version which provides a split output that can controls the rise and fall times individually. I have a question about it:
Which application need split output? why we need control the rise and fall times individually…
Part Number: UCC5350 Hello,
can you please advise if all available FIT rate data for P/N: UCC5350MCQDRQ1 can be provided for a customer?
Thank you very much.
Best regards
Adnan
Part Number: UCC5350 Hello,
I would like to know the maximum frequency this device can operate at. Is it capable of frequencies ranging from 100 to 500 kHz? If there is not any device similar to this that can operate at that frequency with a Miller clamp…