Part Number: TPS25940-Q1 The input power supply is always present. After the EN pin is pulled high, the output power supply takes a very long time to rise, with a delay fo approximately 38ms relative to the enable signal being asserted.
Part Number: TPS25940-Q1 We are evaluating the TPS25940-Q1 for the power input protection stage of an automotive AI camera. We would like TI’s guidance on device suitability, transient protection, current limit sizing, inrush behavior, thermal performance…
Part Number: TPS25940-Q1 Hi,
We would like to investigate the failure modes of the TPS25940-Q1 part as part of an FMEDA, and require the FIT rate and failure distribution modes. Please could you provide this information for the part?
Kind regards…
Part Number: TPS25940-Q1 Hello,
I want the Pspice model of TPS25940-Q1 so, that I can make my circuit and simulate it in LTSpice
I dont want to use TINATI or PSpice for TI simulation models
Thank you,
Part Number: TPS25940 Hello,
We received TPS25940ARVCR and our engineers is wondering which MSL is correct for small reel (250pcs) and which one is correct for big reel (3000pcs).
Data sheet is showing for big reel MSL1 and MSL2 for small reel but…
Part Number: TPS25940-Q1 Tool/software: Hi Team,
I am using TPS25940-Q1 ffor oring application on a 3.3V bus. I would like to know the process for calculating the output capacitor value for my application. I want to know how I can calculate the value…
Part Number: TPS25940 Tool/software: Hi team,
I'm working with the TPS25940L. The input voltage is an 8V battery, with an OV=9.9V and a UV=5.5V. The eFuse works well, even with undervoltage and/or overvoltage.
In the connection chain, after the eFuse…
Part Number: TPS25940 Hi team,
During customer prototype evaluation, there is a possibility that an inrush voltage of approximately 22.2V (for about 2us) may be input to the IN pin, which exceeds the ABS MAX input voltage rating (20V) The datasheet…
Part Number: TPS25940 Tool/software: Hi team,
I’m working with the TPS25940 for short-circuit protection. I wanted to confirm — the EN and FLT pins are used to control and monitor overcurrent or short-circuit events, right? In our case, if we use one…
