Part Number: TPS61041-Q1 Hello, I am working on a boost converter circuit simulation on PSpice using the TPS61041-Q1 to try and boost 5V to 10V, however it is not functioning properly and it is only outputting 5V. I would like some help in determining…
Part Number: TPS61041 Hello,
For this device, how is the output voltage rise time affected by inrush current? For example, if I have a load switch limiting the inrush current to 150mA, how much variance could I see in the rise time of Vout?
Thanks…
Part Number: TPS61041-Q1 Other Parts Discussed in Thread: TPS61041TPS61041-Q1 has load current rating of 250mA, I need to design a circuit with load current 120mA, but with the calculation which was mentioned in
Datasheet, I'm not able to meet 120mA…
Part Number: TPS61041 Hi,
I am inspecting TPS61041QDBVRQ1 which shows a top marking that I have not seen before. (red arrows)
Usually TEXAS top marking are in dashes, however, this part is in blocks.
I have attached pictures to show the difference…
Part Number: TPS61041-Q1 Other Parts Discussed in Thread: TPS61041 Hi team,
We find there is A version for TPS61041-Q1 in system but we can't find further information for customer.
So please help to provide comparison table for study.
Thanks
TPS61041…
Part Number: TPS61096A Other Parts Discussed in Thread: TPS61041 , Hi Expert,
This is Koki Tsushima.
My customer will evaluate EVM of TPS61096A, but wants to know why this efficiency lower than TPS61041 at Vout 12V, Iout 1mA ?
As fig.1 that…
Part Number: TPS61041 Hi team,
what's the SW voltage range of TPS61041?
In the datahsheet, the absolute maximum rating is 30V ~30V ? is there have mistakes on datasheet?
what's the correct range of SW ? thanks.
Part Number: TPS61041-Q1 Hi team,
Can we share what the difference is between the devices?
Both are online and available for customers to purchase, but I can't find a clear differentiation.
Thanks,
Jacob
Part Number: TPS61041 If I want to change the voltage output, can I connect a potentiometer to the voltage divider and adjust while enabled?
It would likely be a digitial potentiometer that changes resistance at close to 100 Hz - would that interfere…