Part Number: UCC21520-Q1
Hi. i'm jaehoon kim form korea.
when we design the SMPS, we need to calculate the power consumption.
So as i know we need to calculate the gate charge loss. but i don't know what that equation means.
I will really thank…
Part Number: UCC21330-Q1 Other Parts Discussed in Thread: UCC21540-Q1 , UCC21222-Q1 , UCC21520-Q1 , , UCC21530-Q1 Tool/software: Can someone please share the reference design for driving high side MOSFET's with Isolated gate drivers in BMS application.…
Part Number: UCC21520-Q1 We are considering your UCC21520-Q1 drivers for our future designs and I have a question about the minimum dead-time that can be reproduced correctly by the driver. What is the minimum dead time that could be used, but still to…
Part Number: UCC21520-Q1 Hi Team,
Could you please kindly help to confirm what kind of specs would be different for the isolate gate driver which used for Si MOSFET and Sic MOSFET? Thank you very much for your support.
Best regards
Jie
Part Number: UCC21520-Q1 Other Parts Discussed in Thread: UCC21520 , Hi team,
Could you tell me how to drive UCC21520? How many bias power supply are needed for driving it?
It has high side power supply VDDA and VDDB. Should we need to make two power supply…
Part Number: UCC21520-Q1 Hi TI-team
My customers want to know exactly what happens when they float the DT pin.
The description of the DT pin in the past data sheet stated the following.
”Leaving DT open sets the dead time to <15 ns. ”
…
Part Number: UCC21520-Q1 I found following description in page2 Revision History.
• Added cross reference to table note 1 ................................................................................................................................…
Part Number: UCC21520-Q1 Hi,
What parameter should I look up into datasheet to find out whether it could be used under 800V-clearance or not? Please teach me how to check the datasheet, thank you.
Part Number: UCC21520-Q1 Hi, Customer wants to connect pin 12 and pin 13. (The two pins are connected but floating.) The reason is to reduce the number of pin probe tests in the application. Is it OK to connect pins 12 and 13? If it is NG, please tell me the…