Part Number: TPS546D24 Other Parts Discussed in Thread: , , TPS546B24A Hi Team,
I am starting DVT of my board and want to test the transient and ripple of Buck Regulator(TPS546D24).
I just want to check which one be the right place to probe at the…
Part Number: TPS546D24S Other Parts Discussed in Thread: TPS546D24 Tool/software: Hi,
Our SI colleagues have encountered a problem and would like to inquire about the simulation of the TPS546D24. How should the load side be set up? Should we just connect…
Part Number: TPS546D24S Tool/software: Hello,
Is it possible to adjust TPS546D24S output voltage on-the-fly using external DAC and not via PMBUS?
Thanks,
Itay
Part Number: TPS546D24
Hi,
I'm using in new version of my board with TI TPS546D24.
We plan to replace to TPS546D24A on next assembly.
I have two devices working separate , mean each one is standalone.
I'm reading the output current from…
Part Number: TPS546D24 Tool/software: Hi team,
My customer is using TPS546D24A and want to perform loop stability test and simulation, they noticed that our EVM loop stability test point is quite different with typical low current Buck converter(local…
Part Number: TPS546D24
Hi,
We have new design of board which we using TI TPS546D24 ( not TPS546D24A ).
I have issues of I2C interface.
The first problem is that the I2C address I'm getting in scan does not match the expected I2C address.
For…
Part Number: TPS546D24S Tool/software: Hi
I am using 2 unit of TPS546D24SEVM-2PH for 4 phase stacking.
When I read the MRF_SPECIFIC_28 (STACK_CONFIG), the value is 0003h, which I believe 4 phase staking had been detected.
But, when I read the INTERLEAVE…
Part Number: TPS546D24S Other Parts Discussed in Thread: TPSM8D6C24 , TPS546D24A , Tool/software: Hello I am facing problems in 4 phase stacking. by using TPS546D24SEVM i was able to do 2 phase stacking now by using 2 TPS546D24SEVM i am trying for 4 phase…
Part Number: TPS546D24S Tool/software: We are using this part in a three-phase configuration but are modeling it in two-phase. When running it at steady state, the voltage was at around 792 mV when we have it set to 800 mV.
Is this expected out of…
