Part Number: TPS55383 Tool/software: Hi,
I use TPS55383PWPR for buck converter from single input of 24V to two outputs 5v & 5.5v.
In the datasheet I'm don't understand what is the maximum current of the two outputs.
In the obsolete values table…
Part Number: TPS55383 Tool/software: Hi,
On the TI web site TPS55383PWPR appears to be active but it is mentioned as going to be obsolete on 21 Aug 2024 in PCN20230818001.3.
Please advice.
Thanks
Part Number: TPS55383 Tool/software: Input voltage = 17Vmax 12Vmin (4S Lithium Battery) Output Current 1-2A max on both outputs 5V & 3.3V
We have extensively tested this circuit in the lab without issues, but now having ~30 failures/1000 units in…
Part Number: TPS55383 Other Parts Discussed in Thread: TPS54383 Hi Lucia,
How are you? I hope you feel great.
You helped me with TPS55383 ,how to use it.
In our conversation you told me that there are more options.
You can help me find right component…
Part Number: TPS55383 Hi,
I want to use TPS55383 for supply FPGA & DSP.
My input is 5v and output 3.3v,1.9v.
I trying to calculate the value of the compensation components but I don't know what is Ton?
Part Number: TPS55383 Other Parts Discussed in Thread: TPS55386 Hi,
I download Excel CALCULATION TOOL to choose the right components.
I need to convert 5V/2A and 12v/2A from 24v.
PVDD1=VOUT2=12V
PVDD2=24V
Why the VOUT2 marked in red?
See below…
Part Number: TPS55386 Other Parts Discussed in Thread: TPS55383 The part looks active on website can you please let me know the lifecycle status for the same(YTEOL).
Other Parts Discussed in Thread: TPS55383 I have a system where there are power supplies in a card cage and the loads are on the other end of connectors and cables. Any idea how I would simulate this to insure regulation stability?
I'm looking at using…
Other Parts Discussed in Thread: PTH04T240W , TPS51315 , TPS54383 , TPS55383 Hi ,
One of my customer ,want to design the power tree for below input rail requirement Please check it out to suggest the best device from TI / NSC.
1. input 1 (3.3 V…