Part Number: TPS563200 Tool/software: Dears,
What is the difference between TPS563200DDCR and TPS563201DDCR? I read in the manual that the parameters of the two models are basically the same, and the only slight difference is the feedback voltage…
Part Number: TPS563200 Other Parts Discussed in Thread: TPS563240
Tool/software:
Hi
Would it be OK if we set a voltage between 0.6 and 1.6 as the enable voltage?
is there any definitive information such as low between 0.6-1 and high between…
Part Number: TPS563200 Tool/software: Hi and thank you for your time reading this.
I am utilizing aforementioned TPS563200 in a ~12V input application targeting ~4.2V output.
I have followed guidelines presented in Datasheet version "SLVSCB0E – JANUARY…
Part Number: TPS563200 Tool/software: Hello,
I am currently working on a design based on the TPS563200 buck converter, and I would kindly like to request a review of both my schematic and PCB layout.
Here is a summary of my design parameters:
…
Part Number: TPS563200 Hi my name is Jun
Now I am designing using TPS563200
DC_IN: 12V
DC-DC output: 3.3V
I want DC-DC output to operate after DC_IN: 6V
I tried to design by distributing the resistors on the EN pin
but I cannot choose the…
Part Number: TPS563200 Hi team,
My customer wants a buck and I recommended TPS653201. But after test, it fails in output voltage and current accuracy as well as line transient. They need a buck that has <2% accuracy. And I wonder if TPS653200 is suitable…
Part Number: TPS563200 The layout example in the datasheet can't possibly be correct....
There is vias on the switch node which is going to be a huge issue for emissions.
Is there a reason it was laid out this way?
Nick
Part Number: TPS562200 Other Parts Discussed in Thread: TPS563200 , Hi,
I'm reaching out to see if TPS563200 is compatible to be a direct replacement for the TPS562200. Are there any potential issues one should be aware of when using these devices interchangeably…
