Part Number: LM5060EVAL Other Parts Discussed in Thread: LM5060 , LM5060-Q1 Tool/software: Dear Team,
We are using LM5060 in our design. I have some doubts when referring the reference design.
Can I know the purpose of D1 and D2.
And what is the voltage…
Part Number: LM5060EVAL Other Parts Discussed in Thread: LM5060 It seems like the current sensing is not working on the AN-2000 LM5060EVAL Evaluation Board. So, I did a test, by replacing the sense resistor from 9.09K ohms to 2K ohms which will set the…
Part Number: LM5060EVAL Other Parts Discussed in Thread: LM74800-Q1 Dear Support team,
very quick question, i see R1 on Eval board sized at 200kohm whereas on DS is recommended to keep it below 100kohm. of course there is a tradeoff of Iuvlo variation…
Thank you. I also tried two LM5060EVAL boards in the same configuration and there seems to be no leakage through the LM5060s. I'm just wondering if this mirror connection is recommended for LM5060 as there is no mention of it in the datasheet?
Part Number: LM5060 Other Parts Discussed in Thread: CSD19536KTT , LM5069 Hello team,
one of my customers is evaluating the LM5060 with our EVM. The continuous current in their application is 10A and the capacitive loading is > 1 mF! The nominal voltage…
Part Number: LM5060 Other Parts Discussed in Thread: TPS4811-Q1 , LM74502 , Q1. Can you please share with me the details of D1, D4, D5, D6 and D7 diodes for example design 2 on page 27 in the datasheet? (the part number would be great)
Q2. This question…
Part Number: LM5060 We have a board that closely replicates the LM5060EVAL design.
We have the OVP slightly higher, at 62V. When we raise the voltage up to this threshold the LM5060 properly trips and shuts off the FET. But then it proceeds to let its…
Hi Nagata,
During overcurrent event, the fault timer starts charging and allows to pass through overload current to load for fault timer period, without limiting output current or output voltage.
Yes, it is possible to limit inrush currents with additional…
Hi Avik, Welcome to the E2E forums! EDIT: We do not recommend tying SENSE to the OUT pin as the overcurrent fault is a comparator looking for when VSENSE - VOUT = 0V.
Instead, we recommend choosing a high Rs value to ensure that the overcurrent fault…
