Part Number: TPS25985 Hi everyone,
I consider using TPS25985 for my power supply design. In datasheet it is shown that the related IC can be used in parallel but the input is from a common power output. I am planning to use this product to parallel…
Part Number: TPS25984-CALC
Hi,
I was looking at using the TPS25985-CAL however no matter the input the RIREF doesn't change (stuck at 40k) so I think the calculator doesn't work properly. Is this correct?
SLVRBL0 — TPS25985 Design Calculator
Part Number: TPS25990 Other Parts Discussed in Thread: TPS25985 , Hi,
I am using TPS25990+TPS25985 in parallel on my board.
The output load is 100A, and the Vin is 12V-15V
I want to test the board with an external load resistor of 0.15ohm (max 2000W…
Part Number: TPS25985 Other Parts Discussed in Thread: TPS25990 Tool/software: Hi,
I have a customer that is wanting to use both the TPS25985 and TPS25990, and they are looking for how to select a TVS diode for it. I have seen the TVS Clamping in Hot…
Part Number: TPS25985 Tool/software: Hi TI experts,
A few questions for TPS25985 datasheets.
1. Below ratio is 50% but other statement mentioned the fast trip threshold is 1.5x ILIM during inrush. Does these spec align to each other?
2. Different…
Part Number: TPS25985 Other Parts Discussed in Thread: TPS25984B , TPS25990 , TPS25984 Tool/software: Hello,
I'm reviewing parts to use a standalone e-fuse without hot swap controller in a 12V input, 35A max continuous DC current application. I reviewed…
Part Number: TPS25985 Tool/software: Hi team,
My customer has some questions on TPS25985 DVDT pin.
1. From recommend operating condition, it shows 4V as min, how to understand the explanation on this? adding the ABS condition, does that mean to this…
Part Number: TPS25985 Tool/software: I have used the PSpice model of the TPS25985 and replicated the circuit as shown in Figure 9-3 of the datasheet. However, during simulation, I did not obtain the expected 12 V output. Could you please advise if there…
Part Number: TPS25985 Tool/software: Hi,
TI recommends a cermic decoupling capacitor of 0.1uF at EFuse's input side,can we use bulk caps or larger capacitance MLCC at EFuse's input side?
If don't recommend, do you have any concern about it and can…
