Part Number: TPS53647 How much time does it take for the TPS53647 to write to the NVM when issued the STORE_DEFAULT_ALL command. I'm concerned about the NVM getting corrupt if i lose power during this time.
Thanks,
Mark
Part Number: TPS53647 Hi,
How to set over voltage protection when using TPS53647 in pin strapping mode.
We are using TPS53647 for generating 0.9v VCCINT for Ultrascale+ FPGA and maximum recommended voltage that can be applied to FPGA in datasheet is 0…
Part Number: TPS53647
Just take TPS53647 as an example, the principle should be the same.
I came out an interesting question which is worth reflecting on in my aspect, want to learn from experts' ideas.
We know VR_RDY is pulled-up with a resistor…
Part Number: TPS53647 Hi team,
My customer is evaluating TPS53647+CSD95410 for 4 phase 0.95v/160A solution to power up accelerate card.
I only find the reference design of 140A as below link with another power mos. Would you think that it can be done…
Part Number: TPS53647 Other Parts Discussed in Thread: CSD95490Q5MC ,
Hi ,
We are using TPS53647 and 4 CSD95490Q5MC in our project for following output:
Output Voltage = 0.9v
Output Current = 130A
Now we are planning to use an inductor per power stage…
Part Number: TPS53647 Other Parts Discussed in Thread: TPS53681 Hi team,
Could you let me know whether TPS53647 is replaceable device for ISL6398? The competitor part only supports DCR sensing and resistive sensing while TPS53647 is supporting only smart…
Part Number: TPS53647 Other Parts Discussed in Thread: CSD95490Q5MC , Hi,
We have completed a design with TPS53647 and 4 Power Stages- CSD95490Q5MC for 0.9V output at 125A.
We will be using TPS53647 in pin strapping mode.
In the datasheet, at page 9 the…
Part Number: TPS53647 hi Sir,
this is following question of link below.
https://e2e.ti.com/support/power-management/f/196/p/915538/3407409#3407409
The attachment is ramp setting vs ripple and jitter. do you see any issue?
TPS53647 Ramp Amplitude.xlsx …
Part Number: TPS53647 Hi TI,
Although this device has current balance circuits, but as you know current can not be fully balanced without any error. If, one of four phases has higher current than other three, and only this phase meets OCL condition, how…
Part Number: TPS53647 Other Parts Discussed in Thread: CSD95490Q5MC , Is it possible to output 3.3V using TPS53647 and CSD95490Q5MC? I has been proposed as circuit that steps down from 12V to 3.3V from our ODM . However, according to datasheet of TPS53647…
