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-Q1 Tool/software: Hi,
I'm trying to run a simulation in spice, but it gets hung up and runs and runs and runs and never completes. Below is my circuit. Can someone please look into it.
thanks
Part Number: TPS25940-Q1 Tool/software: Hi
I am using TPS25940-Q1 as e-Fuse for short circuit protection. I want to minimize the component counts due to space constraints, so I have connected PGTH, DEVSLP & OVP to GND, and left IMON, FLT, PGOOD floated…
Part Number: TPS25940-Q1 Tool/software: Hi Team,
There is the minimum capacitance requirement for the output pin in the datasheet of TPS25940-Q1. If the connected load is resistive and there is no capacitor, do I still need to add a capacitor of at…
Part Number: TPS25940-Q1 Tool/software: The OVP and UVLO error of TPS25940LQRVCRQ1 dose not latch-OFF. Is this correct?
Furthermore, the current limit will not latch off unless it exceeds 2A.
In particular.
Set OVP to 4.62V.
TPS25940L-Q1 error…
Part Number: TPS25940-Q1 Tool/software: Hello Sir or Madam
In order to calculate our product's FMEDA, I need to know this part's FIT Rate and Failure mode distribution. I can not find this info from your website.
Pls provide me TPS259401AQRVCRQ1's…
Part Number: TPS25940-Q1 Tool/software: Hi,
I'm curious that why the FLT pin is low level when without input voltage? From my understanding, the internal MOS need gate voltage to conduct, without input, TPS25940-Q1 will not work, the FLT pin will high…
Part Number: TPS25940-Q1 Other Parts Discussed in Thread: TPS25940 Customer is using TPS25940 as the EFUSE for the current limit of the super cap charging. The application is PAC/PLC industrial controller.
Q1: When super cap is being charged, there…
Part Number: TPS25940-Q1 Hi
Does the TPS25940-Q1 have the safety documents?
I would like to know the FIT rate and the Failure Mode Distribution.
Thanks!
Chris