Part Number: CSD15380F3 Other Parts Discussed in Thread: CSD13385F5 , CSD13380F3 Hi Team,
We see that it gives the max leakage current for the drain to source as 50nA at 25C but I've come to understand that sometimes the current value under the max column…
Part Number: CSD15380F3 Other Parts Discussed in Thread: CSD13385F5 , CSD13380F3
Hi,
The drain to source current leakage is 50nA maximum at 25C; however I would like to understand how this changes at 125 degC ambient; can you comment? Also which TI MOSFETs…
Hi Klaas-Jan,
I've tried the simulation and there is still current flowing in the FET but I'm not certain why and if it is real. A DC simulation gives the desired results with very tiny drain leakage current when the FET is OFF. I've tried some different…
Part Number: CSD18542KTT Other Parts Discussed in Thread: CSD15380F3 , CSD13380F3 Tool/software: Hi,
I am looking for a FET transistor (small footprint) with IDss (Vgs=0V) around ~1nA/Vds=~3V.
Thanks,
Regards,
Stel
Part Number: TPS65988 Other Parts Discussed in Thread: CSD15380F3 Tool/software: Hi,
I have been using https://www.ti.com/jp/lit/ug/slvub62b/slvub62b.pdf as a reference for my TPS65988DHRSHR design.
We are using the External Powerpath.
Q3 is FemtoFet …
Part Number: CSD15380F3 Hi TI,
Could you help to provide the related document of baking IC criteria for CSD15380F3 ?
For example, like temperature setting and baking time.
Thanks !
Henry Cheng~
Part Number: CSD15380F3 Other Parts Discussed in Thread: CSD13380F3 I have a new design I'm debugging that uses the csd15380f3 in two different places, one of which works and one of which doesn't. Can you take a look at my two applications and see if…
Part Number: CSD15380F3 I am looking for a very small size FET that has Output capacitance in off state lower than 2pf at 5V. The device that I found has nearly 6pf.
Please help me to find an appropriate component.
Part Number: CSD15380F3 Good morning, I am searching for a NMOS for open drain application with a pull-up of 30Mohm connected to 3V. My requirement is that drain voltage in nmos OFF condition (VGS=0)remains at least 1V, so the
Drain-to-Source leakage…