Part Number: LM1086 Tool/software: Hi, Team.
We are using LM1086CSX-3.3/NOPB. During the production process, we are experiencing an issue with lead discoloration, resembling oxidation, after the reflow process.
The reflow peak temperature is set to…
Part Number: LM1086 Tool/software: Hi,
Good day.
May I know if PN#LM1086IT-ADJ/NOPB can withstand reflow process specs as mentioned in below?
235 degC (1.6mm bd, Low Temp)
Thanks.
Regards,
Kent
Part Number: LM1086-MIL Hi,
The customer needs 3.3V and 1.25V output voltage of the LM1086-MIL.
And the minimum output voltage of the LM1086-ADJ is indicated as 1.25V.
Is there a problem with using the 1.25V output voltage?
Please review the schematic…
Part Number: LM1086 Good Afternoon,
We saw from datasheet that the dimension in length should be between 14.6 mm and 15.88 mm, but we received parts that are shorter than spec.
May I know if you made any change to the specification? Could you share…
Part Number: LM1086 Other Parts Discussed in Thread: LM1117 Hi team,
I am asking if we have a P2P device for LM1086ISX-3.3/NOPB? They used it for fixed output.
Sincerely,
Jayden Li
Part Number: LM1086 Hi,
My customer wants to change Tantalum capacitor to Ceramic capacitor on Output capacitor, due to capacitor's EOL. However, on the datasheet P.1, we can find the following. Is it possible to replace it to Ceramic capacitor? Please…
Part Number: LM1086 Hi,
I'm confused about improving ripple rejection of linear regulators by adjusting the feedback loop.
In most application notes regarding LDOs one finds the suggestion to add a feed forward capacitor (CFF) in paralell to the Feedback…
Part Number: LM1086 Other Parts Discussed in Thread: LM79 , TPS7A33 , TPS7A47 , LM337 I've built many +15v power supplies for audio related components using the LM1086 and I would like to build a supply/regulator that has both + and - 15v rails. Is there…
Part Number: LM1086 Hello Experts, The datasheet stated a minimum load current. What does it mean? If load current is less than this spec, LM1086 cannot regulate the output voltage? Would you explain how device will be reacted? Customer mentioned there…