Part Number: TPS2521 Hi,
for the simulation of my design I need the unencrypted spice model of the TPS2521. The one that is provided on the product page has encrypted sections in it.
Kind regards
Part Number: TPS2521 I have a custom designed PCB which contains various item of hardware which in turn needs various voltages to operate. In order to power the PCB I need various power supplies - 1v, 1.8v, 1.5v, 1.2v, 2.5v, 3.3v and DDR 0.75v. For all…
Part Number: TPS2521 Hi team,
Customer is evaluating using TPS25210, they plan to achieve 3s soft start using DVDT pin; Vin is 5V;
After calculation, it turns to be 1.2uF; so they plan to use 1uF.
As datasheet metion, >10nF, need to get a 100ohm…
Part Number: TPS2521 Hi team,
We have a Input power adaptor of 5V, which is connected to the socket. To prevent the higher voltage we have added filter and efuse. I have enclosed the schematics for review. .
Part Number: TPS2521 Tool/software: Hi team,
Customer would like use TPS2521 blank time overcurrent feature.
They would like set the black time to 5ms, and set the current limit to 4A.
Since TPS2521 current limit during blank time is 2xIlimi(4A…
Part Number: TPS2521 Tool/software: Hi team,
Customer plan to use TPS25210A in their project.
They put at the TypeC input to protect their system. Type C works at 5V. See following for more detailed application background.
https://e2e.ti.com/members…
Part Number: TPS2521 Hello,
I am doing constant calculation of TPS2521 using the attached document. (Question 1) RILM on line 54 is automatically calculated, but is it calculated from IMAX on line 18? The result is different from the calculation using…
Part Number: TPS2521 Tool/software: I can find any spec on the datasheet for the maximum current that can be drained by the PG pin. I have it pulled up through a 1k resistor and a 1.6V LED to my 5V supply potentially draining 3.4mA through that pin. Is…
Part Number: TPS2521 Tool/software: Hello,
I'm using the TPS25210ARPWR in an application with a large capacitive load. The load is delayed so it is only applied after the final voltage is reached. It seems like I get an overcurrent event, but the system…
