Part Number: UCC5320 Dear,
We would like to have details about part marking for the part UCC5320SCD,
We have received different lot with different marking
Example 1 : 5320S 94T AE3S
Example 2 : 5320S 94T AE3RG4
Example 3 : 5320S 2AT ARY3G4
Part Number: UCC5320 Other Parts Discussed in Thread: UCC5390-Q1 , UCC5390 ,
Team,
-Assuming that customer is using UCC5320ECD in an existing design:
-Can it be replaced directly by UCC5390-Q1/UCC5390? UCC5390-Q1 vs UCC5390 vs UCC5320 or are some test still…
Part Number: UCC5320 Hello,
My customer has an question for UCC5320SC.
If the they don't require separated OUTL and OUTH outputs, is it possible to simply tie OUTL and OUTH together directly?
Regards, Oba
Part Number: UCC5320 Hi team,
our customer thinks about using the UCC5320 but they have a concern regarding the reliability when they use it at higher VIORM.
Our part is spec'ed at VIORM = 990Vpk and in their application the device would be used for functional…
Part Number: UCC5320 Other Parts Discussed in Thread: UCC23513 , UCC23313 , Hi,
I'm facing a problem when using the UCC5320S. I want to control the MOSFET ON and OFF by GPIO7. The mosfet is driven by UCC5320S.
Bench test results:
1) When GPIO7=LOW, IN…
Part Number: UCC5320 Hello Guys,
Good day.
Our customer is asking if TI have any info or characterization on: • Jitter, peak-to-peak • Minimum pulse width Those characterizations didn’t appear to be in the datasheet, but maybe someone had some…
Part Number: UCC5320 Hi,
Please provide the FIT rate for part No: UCC5320ECD at 95% confidence level for performing reliability analysis.
Regards,
Suresh.
Part Number: UCC5320 Other Parts Discussed in Thread: SN6501 Dear Sir,
My customer would use UCC5320EC to design a Buck circuit high side MOSFET driver.(Vin=360V~680V, V0=310V/1A)
Does TI have reference circuit or kindly provide suggestion.
Thanks!
Ste…
Part Number: TIDA-01606 Other Parts Discussed in Thread: UCC5320
Hi,
I have several questions for the schematic below:
1. why need 10ohm(R33) for the primary side 3V3, but not needed at the secondary side 12V and -5V? And why R33 is chosen to be 10ohm…