Part Number: TPS566231 Hello,
I have a query regarding the allowed ESR values for TPS566231, In TI web bench it was mentioning the maximum allowed ESR value is 0.75 uE.
Part Number: TPS566231 Hello,
Can you share the distribution of soft start time. I see the max of 2.9ms which violates a use case condition in my design. I need to keep soft start under 2.5ms. When I review Figure 6-16 at the 12Vin use case , the soft…
Part Number: TPS566231 Other Parts Discussed in Thread: TPS54J061 , TPS543620
Hello TI,
What is I_FB (typ / max) for the above part, please? Could this be added to the datasheet?
Part Number: TPS566231 Other Parts Discussed in Thread: TPS54824 Is there detailed information or application note for Negative overcurrent protection (INOCL)?
One customer hope to confirm protection function for negative (reverse polarity) current from…
Part Number: TPS566231TPS566231 datasheet is described IOCL: 6.1A to 8.9A.
If there distribution data for IOCL: 6.1A ~ 8.9A, please let me know.
Best regards,
Satoshi
Part Number: TPS566231 Hi TI-experts,
I generated a TPS566231 design using the webench designer.
In the efficiency graph (please see attachment) I found a working point (in-between two high efficiency points) that has a much lower efficiency. (Vout = 0.95V…
Part Number: TPS566231 Other Parts Discussed in Thread: TPSM82823 , TPS62865 Hi,
We are using TPS566231 on our custom board to generate a 5V with up to 4.5A current. this 5.0V buck feed other DC-DC convertors likeTPS62865 and TPSM82823 to generate more…
Part Number: TPS566231 Hello Expert, I have question for the datasheet description. As far as my understanding, This device only has PGND as reference GND pin. But datasheet has Absmax rating on PGND pin as +-0.3V . Then, would you tell me What point is reference…
Part Number: TPS566231 I can do Startup Simulation and Steadystate Simulation of TPS566231P with slum773a, but can I do Simulation of Load Transient with PSpice for TI? If you can, please tell me how to do it.
Part Number: TPS566231 Hi,
According to the datasheet P.14, " The EN pin is pulled high internally. " My customer controls ENABLE on EN pin by MCU's open_drain pin. When connecting ENALE pin with MCU's open_drain pin, what value of pull…