Part Number: CSD16403Q5A Other Parts Discussed in Thread: CSD17581Q5A Hello
The datasheet does not indicate power Dissipation when Tc is 25.
could you provide the power Dissipation when Tc is 25?
Best Regards.
Part Number: CSD16403Q5A Hi Team,
Customer is designing N-MOSFET
Would you please provide recommendations?
Rough spec:
Rds(on) < 5mohm
Vds: 12V
Ids > 10A
Size < 2*2mm2
Power dissipation > 0.5W
Is CSD16403Q5A fit this requirement…
HI Ashish,
Thanks for the feedback.
1) MBRM140G can be used as Schottky diodes. Please place two Schottky diodes, one at output of the channel 1 and another at channel 2 as shown in EVM schematic (D1 and D6).
2) CSD16403Q5A might be cheaper than…
Hi, Avishek,
Thank you.
Your description is correct.
Attached are the schematic of the TPS2456A (ORING) and the specific regulator (BOOST).
The regulator has an IMON pin, but unfortunately it is disconnected. Measuring its current will required…
Hello Tommy,
Thank you for your interest in the UCC29002 load-share controller.
In your post text and diagram, there are references to part numbers that I cannot find on TI.com: TPS5412, LM3363D, LM33630. I believe that you mean TPS2412 and LMR33630…
Hi Jiabin,
A single UCC28951 is more than sufficient to support 12-V OUT at 300-W. You can easily do this with one controller. If you do choose to use multiple controllers, here is an application note showing how to use the Synch pin to create a leader…
Hi Mikail,
I am sharing an application note which shown how to achieve Current Sharing in Redundant Systems using UCC39002+TPS2412.
CurrentSharingslua550.pdf
Right now we do not have a controller which has integrated load sharing + ORing functions…
Hi WB,
Regarding your question on ORIng + Load Current sharing, you can have a look at Current Sharing in Redundant Systems App note.
You can consider using TPS241x instead of LM74700 as TPS241x has programmable reverse current threshold and is…
Hello,
I reviewed your schematics an application note and have the following comments.
1. The UCC29002 was designed for load sharing two power supplies operating in parallel.
A. Please refer to figure 2. Current Sharing in Redundant Systems.pdf…
Other Parts Discussed in Thread: TPS40210 Have designed TPS40210 to boost to 24 v 4A from 8-15v Vin 5A using switch pro online. The output voltage drops when the load goes above 400mA. Any idea why?
thanks,
