Part Number: TPS25961 Tool/software: Why is the current still flowing when overcurrent has been triggered in efuse?
Any possibility current and voltage to become zero after Over current trigger
Part Number: TPS25961 Tool/software: Hi
I am using TPS25961 for limiting current to E-cell
Input voltage : 5V
Input current : 1.66A
Current limit to : 200mA
Our board incorporates the TPS25961 for current limiting. In a scenario where the…
Part Number: TPS25961 Please see attached.
TPS25961.xlsx
Could you please answer the following questions?
-If the protection state continues continuously, is there a possibility that the IC will be damaged?
-The expected operating time is 2 hours…
Part Number: TPS25961 Hi Team,
Customer need a eFuse with 24V input voltage and 4A load current. Whethere TPS25961 is suitable for this application? Could you please help double check here? Thanks.
BRs,
Francis
Part Number: TPS25961 Hi
I would like to know if the TPS25961 offers any level of reverse current protection. It seems to me that there isn't any, since the current would pass through the diode of the MOSFET body. BR Gilberto
Part Number: TPS25961 Other Parts Discussed in Thread: LM317M Tool/software: Hello,
i am interested in the efuse TPS25961 device and would like to use it on 9v and 12v output power that i have. the rail switches between 9v and 12v by a switch so the…
Part Number: TPS25961 Tool/software: Hi Team,
Customer tested the overcurrent protection on their board with TPS25961, but there is the difference between calculated current limit value and measured one. Please check it below and let me know the reason…
Part Number: TPS25961 Other Parts Discussed in Thread: TPS1641 , Hi,
Since there were no replies to the previous thread, I created a new thread.
https://e2e.ti.com/support/power-management-group/power-management/f/power-management-forum/1583903/tps25961…
Part Number: TPS25961 Tool/software: Looking at the block diagram, it appears that the VLIM is determined according to the RLIM settings and the current limit function is performed by comparing the above VLIM with 600mv. So what does the arrow directly…
