Part Number: LP8867-Q1 Regarding the choice of output capacitors, the datasheet recommends using 2 × 10 µF, 50-V ceramic and 33 µF, 50-V electrolytic. Can I replace them with a single 47 µF electrolytic capacitor?
Part Number: LP8867-Q1
Regarding the choice of output capacitors, the datasheet recommends using 2 × 10 µF, 50-V ceramic and 33 µF, 50-V electrolytic. Can I replace them with a single 47 µF 50-V electrolytic capacitor?
Part Number: LP8867-Q1 Tool/software: Hello, can you please provide the SEPIC calculation excel file? I'm trying to do this topology for a client and i do not know how much I can rely on the BOOST calculator for the feedback loop.
Part Number: LP8867-Q1
Hello!The picture shows the circuit design of this power supply and the voltage and current required by its load. I’d like some help confirming whether the current circuit design can meet the load's requirements and whether the…
Part Number: LP8867-Q1 Hi,
We have received a request from our customer to review the schematic related to this device.
However, due to confidentiality and security restrictions, we are not able to upload these materials.
Thanks,
Part Number: LP8867-Q1 Other Parts Discussed in Thread: LP8866-Q1 Dear expert,
Need your help to check share the LInux driver of LP886x. Thanks in advance!
Regards,
Fredy Zhang
Part Number: LP8867-Q1 Tool/software: Hi Team,
It seems that there are 2 different package type in LP8867-Q1 datasheet.
=> PWP0020W + PWP0020N
If we want to use the LP8867QPWPRQ1, which package type we should use?
Thank you.
Part Number: LP8867-Q1 Tool/software: Hello, I was doing some calculations for and there are instances where the input voltage exceeds the boost voltage. Lets say that the input voltage is 36V and the boost voltage is 29V. What happens then?. I have an…
