Part Number: TPS74901 Hi team,
Will the TPS74901KTW continue to be produced? Other KTW packages (TPS742/742/744) have been discontinued and we are concerned about future supply.
Best regards,
Part Number: TPS74901 Hello. We currently use TPS74401KTWR in our design. We have been suggested to transition to the equivalent TPS74901KTWR.
I am scrubbing through the datasheets to look for differences. I noticed on TPS74901KTWR datasheet, Vin minimum…
Part Number: TPS74901 Hi Team,
Could you pls review below schematic?
Also, under the current design parameters (Vin=5V, Vout=3.3V), although Iout<3A, VDO seems to be at risk, could you please help to check?
Regards, Hailiang
Part Number: TPS74901 Hi team,
As we know that the VBias must be 1.75V above Vout.
In this case, Vbias need at least > 3.35V(1.8V+1.75V = 3.35V). but the board doesn't have 5V source.
Could we use resisters to divide 12V source to 5V for VBias? If…
Part Number: TPS74901 Hello E2E,
We are using TPS74901DRCR (VSON) in one of our designs. We have not connected thermal pad to ground and left it floating. Will it affect VR electrical operation, or only thermal performance?
It seems from the datasheet…
Hi Dhanabal,
TPS7A57 has a current source reference and an internal unity-gain LDO buffer, this allows to set Vout using the REF with a single resistor, compared to more traditional LDOs that use a voltage reference.
The DAC53204RTER has a Current-Output…
Part Number: TPS74901
I need help to bring down the transient response under and over shoot within 50mV using ceramic cap.
Example Simulation :
Power Designer (ti.com)
Part Number: TPS74901 Hi expert,
Our customer want to use TPS74901.
Their application is below,
VIN: 1.1V
VOUT: 0.9V
IOUT: 0-2A
VBIAS: 5V+/-5%
VOUT RIPPLE: 6mVp-p
Their dropout is 1.1-0.9=0.2V.
But our spec is max 280mV @ 3A.
And I didn't find max…
Part Number: TPS74901 Other Parts Discussed in Thread: TPS74401 Hi everyone, I was using TPS74401 regulator, but there is not stock so I decided use TPS79401 as recommended by TI. I was checking both datasheets and I didn't see any relevant diference so…