Part Number: CSD13381F4 Other Parts Discussed in Thread: CSD13380F3
Tool/software:
I need a NMOS FET (VDS>9V) with a very low IDSS at high temperatures (e.g. 85C). The CSD13381F4 seems to be among the best TI devices for this parameter but no characterization…
Part Number: CSD13381F4 Other Parts Discussed in Thread: CSD , CSD17382F4 , CSD13383F4 Hello,
I am using the CSD in the below circuit. the circuit opertes with either one of the FETs on or both off.
However when I have the upper FET disabled (0V applied…
Part Number: CSD13381F4 Other Parts Discussed in Thread: TINA-TI Hi Sir,
my we learn from you,
Refer to the following NMOS circuit diagram, input a square wave to the Drain terminal (point C1), and pull low from 3.3V==>0.1V, 3.3V==>0.2V, 3.3V==>0.3V,…
Part Number: CSD13381F4 Hi Sir,
could provide temperature curve for diode forward voltage? only 25 deg and 125 deg in SPEC.
we need -55 ~ 150 deg (include 0 deg), thanks for you help.
Part Number: CSD13381F4 Hi,
In CSD13381F4 12 V N-Channel FemtoFET MOSFET Top view a body diode is simulated between the source and the drain which is common and available in all the mosfets.
However, a diode between gate and source of the mosfet is also…
Part Number: CSD13381F4 Hi,
Can the CSD13381F4 Mosfet be switched ON using Vgs = 1.37 V?
In the schematic below, we will apply 1.37 V to switch LEDs on; can you please comment on the viability of our design?
Regards,
Faisal
Part Number: CSD13381F4 Hello,
I am using one of your mosfets CSD13381F4 to create a current sink in accordance with application note SLAA868. The circuit works perfectly, and I do get the current I need. However, I am using this same mosfet as well in…
Part Number: CSD13381F4 Other Parts Discussed in Thread: TIDA-00449 , CSD17318Q2 Hello,
i have a question about the mostfet used in TIDA-00449 for cell ballancing. So as this mosfet are very small and i can not solder it per hand can tell me which othe…
Part Number: CSD13381F4 Dear Expert,
Our customer are trying to find the distance and tolerance of the red part in below.
Could you help us to find it out? Thanks!
Regards,
Ben