Part Number: TPS796 Other Parts Discussed in Thread: TPS737 , TPS7A37 Hi Team,
In my design I'm using TPS79601 for 5V to 3.3V conversion. There will be cases where TPS79601 is powered off (5V removed, EN off) and the 3.3V will be powered from elsewhere…
Part Number: TPS796 Hello expert,
My customer is using TPS79601 for their design. May I know if we have newer solution which could directly replace TPS79601 with high PSRR and low noise feature? Thanks!
Best regards.
Ann Lien
Part Number: TPS796 Tool/software: WEBENCH® Design Tools Hi Team,
A customer of mine is trying to calculate the output impedance of the TPS796 regulator. An example Webench design has already been created: https://webench.ti.com/appinfo/webench/scripts…
Part Number: TPS796 Hi team,
My customer is working on an SI analysis of a board and they need to know the output impedance of the TPS79633 regulator. Specifically it needs to be approximated with the model shown on the below image:
They tried searching…
Part Number: TPS796 Hello expert,
May I know how to adjust output voltage to 1.225V for TPS79601? Could we connect Vout directly to FB pin? Thanks!
Best regards,
Ann Lien
Part Number: TPS796 Hi team, We have a customer looking for the values of VDO and PSRR for TPS79601. I see that this is not available on the datasheet (Though VDO maybe has information in Figure 18) but more exact information like in Electrical Characteristics…
Part Number: TPS796 Hi,
We are using TPS79625DCQR in one of our designs.
We are converting from 3.3V to 2.5V in our case. Our total continuous current requirement is about 800mA. Attached the circuit schematics below.
On the board we are seeing the voltage…
Part Number: TPS796
if we compare DRB(VSON) package vs DCQ(SOT-223), RθJA Junction-to-ambient thermal resistance of DRB(VSON) is very much small compared to DCQ(SOT-223): but package area of DCQ(SOT-223) is much more than DRB(VSON), i am under assumption…
Part Number: TPS79601DRBEVM Other Parts Discussed in Thread: TPS7A05 Hello,
I noticed on CC1312 Lanchpad, the TPS79601DR programming resistors sum up to 81KOhms which wastes 40.7uA continuously?
- Can I keep the same resistor ratio but increase their values…
