Part Number: TPS54328 Can we use TPS54328 VREG5 output for external circuit until 60mA?
We would like to use VREG5 output for LED current source. LED current is about 10mA. Is there any concern?
Best Regards, Kohei Sasaki
Part Number: TPS54328 Hey team,
I have an application that is taking 12V in to 4V out using the TPS54328DDA, and due to the large output capacitance on this design the 4V output remains after the 12V input goes to 0 and the input side starts to backed…
Part Number: TPS54328 Tool/software: WEBENCH® Design Tools hi, All.
i've been asked by customer to see below question.
how Webench does calculate the inductance value for TPS54328?
when customer tried to calculate both type (general calculate) …
I have not supported TPS54328 for a couple years now. But using one tenth value will result in 2.21 kohm for the bottom resistor and and some other value in the kohm range for the top resistor, depending on the output voltage. I have used values that…
Other Parts Discussed in Thread: TPS54328 Hi,
I tried TPS54328 Webench simulation, and I find the max current set 2.5A in Webench.
Why is the max current limited a little bit lower than TPS54328 current rating?
Thanks
Go
Other Parts Discussed in Thread: TPS54328 Hello.
My customer is currently in using TPS54328,now.
I have gotten a question about this product .
So, please teach me about TPS54328 .
＜Question＞
We know that recommended capacitor of this device is a ceramic…
Hi Kazuya,
Unfortunately there is no layout example for VSON package in the datasheet of TPS54336A. For layout example for buck converter of VSON10 package, the datasheet of TPS54328 could be used for reference, which gives layout example for VSON10 package…
Part Number: TPS54329 Other Parts Discussed in Thread: TPS54239 , TPS54339 , TPS54327 , , TPS54328 Hi Sir,
My customer would like to use TPS54329DDAR to replace TPS54339DDAR since the device shortage.
TPS54239 is an older device than TPS5433, right?
The design…
As a first approximation, you can say that Fsw = 650 kHz and minimum off time is 310 nsec. So maximum duty cycle is about 79%. If you have 5.3 V output, then that will require 6.4 V input at no load. You can also figure in the loss terms as a second order…
As datasheet describes,if the over current condition exists for 7 consecutive switching cycle,the internal OCL threshold is set to a low level.customer want to know:What is the low level of threshold value?In low level threshold value,what is the actual…
