Part Number: TPS2561A Other Parts Discussed in Thread: TPS2560 https://e2e.ti.com/support/power-management-group/power-management/f/power-management-forum/350238/what-is-the-difference-between-the-tps2561-and-tps2561a
The explanation of Milo is still not…
Part Number: TPS2561 Hello,
I have used the TI TPS2561 current limited power switch on two different designs.
It has worked well for me using the switch on a four port USB Hub with a Panasonic NN31001A-BB DC/DC converter switching at 800kHZ .
However…
Part Number: TPS2561 We are currently using a TPS2561DR in our design; however due to this part being out of stock with a long lead time, we are looking for a direct part swap. This part is being used to limit power current of USB and SATA power supplies…
Part Number: TPS2561 Dear experts
My customer have some confuse about the device behavior with the condition of Full-Load to Short-Circuit Transient Response.
From the picture, when a short condition happened, there have a current spike, and then seemed…
Part Number: TUSB4020BI Other Parts Discussed in Thread: TPS2561 Tool/software: Hi Brian,
Thank you very much for reviewing my schematic, I have few more relating questions:
1. If I will not use SMBUS and I2C mode can I leave the TUSB4020B pin22 unconnected…
Part Number: TPS2561A Hi,
I would like to know if the TPS2561ADRC has some backdrive protection.
If the OUT pins have a voltage apply on them but the IN is floating (0V) and EN pins is low @ 0V, will there be some backdrive current flowing from the OUT…
Part Number: TPS2561DRCEVM-424 Other Parts Discussed in Thread: TPS2561 The Fault outputs on the TPS2561 do not appear to work as advertised. During an overcurrent condition sufficient to cause about a 1.4 volt drop across the device (measured from TP1…
Part Number: TUSB2E11 Other Parts Discussed in Thread: TPS2561 , Tool/software: Any eUSB2 repeater IC which have features of both TUSB2E11 and TPS2561 ?
Part Number: TPS2561 Hi team,
Can you have look into my customers issue?
We use the TPS2561 device on a power supply for 5V and have noticed an unpleasant behavior there (channel 1, yellow): In case of a capacitive load jump (from 0 to 47uF, caused e.g…