Part Number: TPS62050 Other Parts Discussed in Thread: TPS62051 , TPS62061 Hi team,
I got a simple question.
Are there any difference about electrical specifications on the internal Power MOSFET between TPS62050 and 62051?
And between TPS62050 and 62061…
Part Number: TPS62050 Hi team
My customer wants to know the “Temperature drift characteristics” of the 0.5V feedback voltage, could you help check it?
I only find ±3% tolerance in the D/S, but I am not sure if it is for the whole temperature…
Part Number: TPS62050 Other Parts Discussed in Thread: TPS62903 , TPS62901 Dear Team,
Do we have any suggestion can meet these spec as below?
Vin:5-10V
output:3.9V@400mA and 3.3V@600mA
Iq lower than 1uA is better
Many Thanks,
Jimmy
Part Number: TPS62050 Hello,
In the TPS62050 datasheet I see three different values for the PG threshold, can you clarify which is correct?
Thanks,
Michael
Part Number: TPS62050
We have a power-on issue to use the power management IC, TPS62050. There is the inrush current control in the design, it will limit the current drawn by the IC to be less than 12mA to be able to complete the power-on procedure properly…
Part Number: TPS62050 Dear Sir,
I am designing an instrument that will use the TPS62050 to step down the voltage from 4 AA cells to 3.3V. The max current will be around 400 mA. Now, to ensure the safety of the instrument in case of failure, I ma considering…
Part Number: TPS62050 Dear TI expert,
I am using the TPS62050 to step down the voltage from 4AA batteries to 3.3V. I am using a 15uF ceramic input capacitor and currently a 22uF output capacitor. The inductor is 10uH. I am however considering if it is…
Part Number: TPS62050 Other Parts Discussed in Thread: TPS62745 Team,
My customer is using TPS62050 in their design. And they will add a supcap(0.47F-1.5F) at the output of TPS62050. Does that will cause any problems? Here is the schematic.
Part Number: TPS62050 Other Parts Discussed in Thread: TPS62054 Dear Ti Expert,
We are working on a DC/DC converter circuit based on TPS62050DGS (refer to schematic below). The input to the converter is 4VDC , while the output is designed to deliver 1.8V…