Part Number: TPS62876-Q1 Tool/software: Hello TI Team,
I have two questions to you regarding your buck converters TPS62876:
1. Have you got thermal model for mentioned converter?
2. What parameter Ψ or RθJ do you propose to use for thermal simulation…
Part Number: TPS62876-Q1 Hello,
Regarding the TPS6287x family, how many devices can be stacked at a maximum?
I'm considering reducing the inductor current per device in order to use a smaller inductor. There is a size limitation for components in the…
Part Number: TPS62876-Q1 Hi Expert
It's so simply to desirable droop compensation in TPS62876 DS so I am not fully understand why reduce output voltage can optimize load transient?
could you please share more materials to me?
Part Number: TPS62877-Q1 Other Parts Discussed in Thread: TPS62876-Q1 , TPS62876EVM-199 Dear TI experts,
My customer wants to design the power circuit below;
Input voltage : 5V
Output voltage : 0.75V
Output current : over 100A
They found one solution,…
Part Number: TPS62873 Other Parts Discussed in Thread: TPS62876-Q1 , TPS6287B25 , TPSM5D1806 , TPSM8A29 , TPSM8A28 , TPSM843B22EVM , TPSM843B22 , TPS74701
Hi,
We are planning to use the mentioned part number TPS62873N0QWRXSRQ1 in our design for the 3.3V to 1…
Hi Cynthia,
We have Webench available for both products on ti.com which can give power dissipation value with external components selection according to your operating condition.
https://www.ti.com/product/TPS62873-Q1
https://www.ti.com/product/TPS62876…
