Part Number: LM5010A Tool/software: Hello,
The datasheet does not indicate this part has short circuit protection.
Can TI provide some feedback on how this part might behave during the application of a shorty circuit across it output terminals. Is there…
Part Number: LM5010A Other Parts Discussed in Thread: LM5010 , LMR38020 Hello,
I'm working with LM5010AMH/NOPB. Side note - the E2E forum did not seem to recognize this as a valid PN, so I had to enter LM5010A.
Per the datasheet section 7.3.2 the UVLO…
Hi Sudharshana,
Any update? May I assume the issue has been resolved? I am going to close this thread here, but you are welcome to re-open by adding a new post.
Good luck in your project.
Thanks,
Youhao
Part Number: LM5010A-Q1 The datasheet does not state how the exposed pad (underside) is electrically connected. Is it possible to connect this pad to GND (same as DAP, SGND, RTN)?
Part Number: LM5010A The component values in the circuit below were found using the excel quick start calculator.
Profiling the circuit on the bench yields the following Vout vs. Vin
Vin
Vout
12.01
9.00
13.00
9.00
14.02
9.00
15.01
9.00 …
Hello Elena,
I was out of office and didn't monitor my mails. I apologize for not answering earlier.
Just want to give you a short update.
We have added a 2 ohm resistor (R3 in the data sheet) for increasing the ESR as you recommended (previously…
Part Number: LM5010A Hi, Good day. Our customer used the LM5010A in their design but have problem in output. Kindly see details below.
i use the exact design recommended in your Power Designer tool: Power designer tool:
My design: I just added a rectifier…
Part Number: TPA3255EVM Other Parts Discussed in Thread: LM5010A hello,
Is there a reason for not adding C2 + R3 for the LM5010A as shown on the LM5010A data sheet? the data sheet calls for this to maintain a minimum ripple current that is caused by the…
Part Number: LM5010A Hi,
LM5010A is used in a low ripple configuration, converting from 24 V to 5 V, with 0.1 µF soft-start cap and RON = 133 k resulting in about 300 kHz. We have been thinking about using the shutdown pin often, say at a frequency…
