Part Number: CSD95480RWJ Other Parts Discussed in Thread: CSD17556Q5B , TPS543B20 Hi expert,
I‘ve found below spec of 70A continuous current and 90A peak current below, however no comments or explanations behind in datasheet.
Could l learn that…
Part Number: TPS2493 Other Parts Discussed in Thread: CSD17556Q5B , CSD17311Q5 I want to use TPS2493 in my two circuit boards for protection against transients, over voltage, inrush current etc. My specifications are: Nominal System Voltage: 12 V • Maximum…
Hello Jamie,
Thank you for providing the FET part number. I did see one observation in reviewing the datasheet worth noting. There is not a parameter specified for the body diode recovery time which is an important consideration in sync buck or boost…
Part Number: CSD16325Q5 Other Parts Discussed in Thread: CSD16321Q5 , CSD17556Q5B , CSD16322Q5 , CSD16327Q3 , CSD , CSD17301Q5A , CSD17303Q5 , CSD17308Q3 Hi,
I am working on development of an application, which requires switching load through a mosfet…
Part Number: TPS43061 Other Parts Discussed in Thread: CSD17556Q5B Hello,
i'm having a little design issue with the output voltage regulation of the TPS43061 boost converter. The design was done using the Webench tool as seen on the file and the only…
Hi Ben,
Attached is a presentation for overall 12V hot swap design. The TPS24742 includes ORing as well, but the hot swap portion will be the same.
So for 12V, 20A, see slide 9 in particular. Something like CSD17573 or CSD17570 could be a good choice…
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 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 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…
