Part Number: CSD17308Q3 Other Parts Discussed in Thread: CSD17559Q5 Hello,
We are working on a novel water-purification system and I am running some simulations on LTspice. The proposed design will make use of the CSD17308Q3 and CSD17559Q5 MOSFETs.…
Hi Team,
Our customer is asking following two questions. I'd like to discuss about them but these information should not be disclosed on E2E, so please contact me directly if you can. Then I'll let you know about the detailed information of this business…
Kai,
Thanks for posting.
The CSD16323Q3 has the best SOA we offer for a SON3x3 package.
If you can move to a larger package, say SON5x6, then there are various options such as the CSD17573Q5B or CSD17559Q5 or the CSD16415Q5. Depending on the performance…
Thanks Darwin, Alex, I'm going to try out the TPS24742 EVM (TPS24742EVM-667) and see if I think it will work for my application. After looking more at the TPS24742 datasheet, I don't think I should have a problem with the CSD16415. However, do you know…
Other Parts Discussed in Thread: LM5069 , CSD18540Q5B , CSD17559Q5 , LM5066 We are using two LM5069's on a power supply that we are developing; One for each rail of the supply (24VDC and 12VDC). When testing the trip setpoints of 6A and 7.5A, respectively…
Other Parts Discussed in Thread: LM25069 , TPS2410 , CSD17559Q5 , LM25066 Hello,
We are trying to use the LM25069 in a back-to-back FET configuration. This is to block current flow in both directions.
The proposed schematic is on page 1 of the attached…
Hi Simon,
For reference, the password for the tool can be found on the "intro" tab. It is "TPS2470X" and you can unlock the tool from the "Review" tab on the top of the page.
It took me a bit but I found the problem with the formula.
The equation…
Hi Yamaguchi-san,
Sorry for my misunderstanding. TI has many MOSFET package options including 2x2mm, 3x3mm & 5x6 SON and D2PAK. that can dissipate greater power than the Toshiba device. I did a search for FETs in these packages rated 30V to 60V and…
Hi Karlis,
1. Hot swap design is meant to provide protection in case of fault cases. For example, that SOA calculation is used to ensure the MOSFET will not fail if the load draws too much current (such as if if there is a short circuit)
So indeed…
Hi Ales,
When there is that much current being turned on/off, it is good practice to include a TVS diode on the input and a schottky diode on the output. You can check out the presentation below, slide 5 for information. These protection devices help…
