Part Number: UCC27611
Hi, I am now thinking using UCC27611 as a gate driver for hull bridge inverter. The input voltage is 200 V.
So, I made a gate drive circuit schematic in the Pspice for TI. And the simulation result showed that voltage potential about…
Part Number: UCC27611 Other Parts Discussed in Thread: LMG1020 , Hi,
I need a low side gate driver for 200V EPC2304. Source and sink currents of 2A / 5A are fine.
I find UCC27611, LMG1020 and some more.
Could you please compare and suggest which is the…
Part Number: UCC27611 Hi,
We found 2 pcs chips crack on our product, here i want to know do you have mechanical stress test data, how much stress can make its case crack?
Part Number: UCC27611 Hi all,
I was looking into the VREF capabilities for the UCC27611 and was wondering how much current will the internal regulator of the device will draw as well any potential efficiency curves you can share of that internal VREF…
Part Number: UCC27611 Hi all,
I have several questions regarding the OUTH and OUTL pins of the UCC27611. Namely the following:
1. What is the output capacitance of OUTH and OUTL pins or the drivers for these devices?
2. What potential damage could occur…
Part Number: UCC27611 Hi TI,
I am using the UCC27611 to convert a standard MOSFET half bridge driver to GaN levels. The half bridge driver is from a buck-boost controller IC and uses boot-strap.
The converter works in this configuration but I have an…
Part Number: UCC27611 Other Parts Discussed in Thread: CSD17313Q2 Hi,
I am using the UCC27611 to drive a GaN Fet (EPC2204). The rise and fall times in my current design do not match what is in the datasheet.
I do get 5ns fall times, however, the rise…
Part Number: UCC27611 Hi Support team
my customer would like to increase the Vgate to around 6V, is this possible to direct feed 6V into VREF pin to achieve it?
if no, any idea or suggestions to increase the Vgate
thanks a lot
Part Number: UCC27611 Hi,
I want to use gate driver UCC27611 to drive GaN FET and we didn’t understand from the datasheet if the output voltage is tied to Vref (5V) or VDD (4V-18V).
I would appreciate an explanation.
Thanks, Yonatan.