Part Number: LM5177EVM-HP Other Parts Discussed in Thread: LM5177 , LM51772 Tool/software: Hi,
I am having LM5177EVM-HP Evaluation board. Please find below query,
1) Can i use in bi-directional mode ? (Means both port can be used as either source…
Part Number: LM5177EVM-HP Other Parts Discussed in Thread: LM51770 Tool/software: Hi, I am using the LM51770 on this board, and was swapping out the MOSFET to ensure performance. However, it looks like the design file has a different mosfet than on the…
Part Number: LM5177EVM-HP Hi Team,
My customer tested the LM5177EVM-HP and found the following function abnormal.
Enable Pulse Mode function: Under certain input and loading conditions, Duty will fluctuate from high to low, which will cause unstable…
Part Number: LM5177EVM-HP Other Parts Discussed in Thread: LM51772 , Tool/software: Any Input and Help on LM51772 Schematic for use with PD 3.1 IC to output up to 240Watt 48V
LM5177EVM-HP Schematic in Altium will be a good start
Ideal device would…
Part Number: LM5177EVM-HP Hi,
I evaluate LM5177EVM-HP for DC 24V power suply and i did'nt find information about frequency choice.
I suppose that bigger are frequency, most accurate signals will be, but what about performance ?
What could be…
Part Number: LM5177EVM-HP Other Parts Discussed in Thread: LM5177 , LM5176 , LM5175
Hi team,
My customer is testing our EVM.
And they want a 5A fixed current output.
They didn't find the recommend RC for this on the DS.
Could you please kindly…
Part Number: LM5177EVM-HP Other Parts Discussed in Thread: LM5177 , Hello,
I have questions related to the bi-directional operation of LM5177. I have also looked into the LM5177EVM-HP (evaluation board).
In the datasheet of LM5177, the bidirectional…
Part Number: LM5177EVM-HP Hi team,
My customer is testing our LM5177EVM.
And they find when they use 36V power supply, the inductance will have a 40 degree temperature increase in no-load mode.
But when they use 16V power supply, there won't have…
Hi Romek,
it is not easy to see as the scaling is still a little bit high but i think the dead time is OK.
For the first image above (" Gate Oscillogram on Q48 and Q51") it is still strange that the edges looks much slower then for the others.
It…
