Part Number: UCC27511 Other Parts Discussed in Thread: UCC27424 May I know what is the power dissipation for UCC27511DBV? I can't find it in datasheet.
BR, Gary
Part Number: UCC27511 Other Parts Discussed in Thread: CSD18532Q5B Hi team,
Customer is using our reference design PMP9656 to in their project. This design use 2 pcs UCC27511 drive 4 pcs MOSFET at the secondary side. And the MOSFET use CSD18532Q5B, it…
Part Number: UCC27511 Hi Team,
The customer would like to ask questions about the SPEC of UCC27511. What does the OUTH Voltage Max in the figure below mean when VDD+0.3? It means that the IC will be damaged if it exceeds VDD+0.3V? THX
Part Number: UCC27511 Hi Team,
Just want to check if below use is OK or not.
UCC27511 is a LS driver and I'd like to use it as below to drive HS MOS.
below is a buck HS output, using boostrap to drive HS MOS. Then connect SW to GND pin of UCC27511…
Part Number: UCC27511A Other Parts Discussed in Thread: UCC27511 , UCC28070 HI TI team
I design 1200W that using PFC (ucc28070) and drive ic (ucc27511) I found that when the load is between 0 and 300W, AC instantly switches from 90Vac to 264Vac or from 264Vac…
Part Number: UCC27511 Hello Team,
I got a question from the customer.
UCC27511 has internal "Anti shoot-through circuitry".
What's the function of this circuit? Adding some delay between OUTH & OUTL?
Part Number: UCC27511 Hi Team,
There is a good news that DIN UCC27511DBVR
But there are still some questions that need your help as follows, THX
1. I would like to ask if the VDD in the red box in the figure below refers to the VDD of the current IC,…
Part Number: UCC2897A Other Parts Discussed in Thread: UCC27511 , PMP10861 HI TI experts,
In PMP10861 reference design schematic, UCC27511 low side gate driver is used. What's the purpose of these components? How to calculate the resistor value?
Part Number: UCC27511 Other Parts Discussed in Thread: PMP22075 Hi Experts,
In PMP22075 reference design, what's the purpose of the diode and resistors?
Since the transformer winding voltage is quite high, it is applied to IN+ pin through resistors…
