Part Number: UCC21710-Q1 Other Parts Discussed in Thread: UCC14240-Q1 , , UCC21710 Hi, We want to use the UCC14240-Q1 to supply the UCC21710-Q1. Therefore I study datasheets, application notes and the Design Calculator Tool for the UCC14240-Q1. Now in…
Part Number: UCC21710 Is UCC21710DW suitable to drive SiC transistor with gate charge specified as Qg=1200nC and gate resistance Rg=1ohm. There's no internal resistance to the transistor's gate, parasitics are neglected. I accept the fact that peak current…
Part Number: UCC21710 Other Parts Discussed in Thread: UCC21750 Hello all,
We have designed a Gate driver Board using UCC21710 and using OC pin for DESAT protection. So with the values used for R14,R17,R18,R19 and C23 as shown in the below picture…
Part Number: UCC21710-Q1 Other Parts Discussed in Thread: UCC21710 , UCC21750 Hi, In the Table 8-1 in the UCC21710-Q1 datasheet (page 30) there is "PU", "PD" and "Open" used in the VDD and VEE columns. "PU" and "PD" are explained next to the table. What…
Part Number: UCC21710-Q1 Other Parts Discussed in Thread: UCC21710
HOW TO CALCULATE THE VALUE OF THE SHUNT RESISTANCE IN THE BELOW SCHEMATIC (R2 AND R14)
Part Number: UCC21710 Hello,
I am using UCC21710 in Full-Bridge Power supply using 2 channel Half Bridge.
The frequency I am using is between 165-170kHz.
As I increase the duty cycle and reach up to 50% on Duty Cycle, it faults.
I am not using…
Part Number: UCC21710-Q1 Hello team,
I have following questions regarding blank time measurement.
Please mark the blank time duration in the below wave form which is not mentioned in datasheet
2. I have attached my simulation results in…
Part Number: UCC21710 Dear team,
In the datasheet under section 8.3.10 (Isolated Analog to PWN signal function), reference circuit implementation for DC BUS voltage sensing and IPM internal temperature sensing is provided.
I would like to know the…
Part Number: UCC21710 Hi all,
I have a question regarding Active miller clamping for UCC21710. For using External Active Miller clamping for UCC21710, I found below circuit shown in fig which allows to do so (Marked in Green in the below Figure). But…