Part Number: TPS65262-2 Hi TI Team,
We are planning to use TPS65262-2 for generating on-board supplies for different interfaces on our board from 5V input. The requirement and our plan is as below
Buck 1 for 3.3V, 3A supply
Buck 2 for 2.5V, 1A supply …
Part Number: TPS65262-1 Hi,
I am designing using TPS65262-1, but my prototype having some issues with the design. I had designed two LDO to output 1.2V and 5V with input voltage 3.3V and 5.5V respectively.
But the actual voltages in the prototype is 0…
Part Number: TPS65262 Other Parts Discussed in Thread: TPS65265 Hello Team,
On the TPS65262 Datasheet on page 26, there is a calculation which involves a “RL” which is not described any further.
On the Schematic it looks like “RL” means a…
Part Number: TPS65262-2 Hello Our customer is applying TPS65262-2RHBR. The applicable specifications are as follows. VIN = 5 V Voutput = Buck 1 / 3.3V, Buck 2 / 3.3V, Buck 3 / 1.5V problem
1. Buck2 is Enable, but PWM output is 0V.
2. Buck3 is Enable, but 2…
Part Number: TPS65262-1 Other Parts Discussed in Thread: TPS65262-2 Hi team,
Customer found TPS65262-1 will enter PSM mode at light load. Do we have P2P device that has forced PWM mode? Thanks
Other Parts Discussed in Thread: TPS65262 We have question about TPS65262.
Please tell us the recommended maximum value of output capacitor.
We are concerned that inrush current exceeds the threshold of current limit by too big capacitance of output capacitor…
Part Number: TPS65262 TI`s engineer:
How do you do?
I have some questions about TPS65262. The following question is it.
Number one: if MODE pin connect to GND, it will mean the enable function will depend on external device, such as MCU.Must be set…
Part Number: TPS65262 Hello Team,
in the TPS65262 note below, is written VQFN pin, which does not exist and looks more a typo related to the package name change made in the datasheet (as written in the Revision History). Can you please point out the right…
Part Number: TPS65262 Hello Team,
In the formula used in section 9.2.2.1 are written Io, Iout, can you confirm that both are the same and stand for RMS current?
Thanks
SunSet