Part Number: TPS65265 Other Parts Discussed in Thread: TINA-TI , Tool/software: TINA-TI or Spice Models Hello TI Team,
I have issues to import the TPS65265 spice simulation model to Tina 9-TI.
In Tina 9-TI tool, Library for TPS65265 is not there.
So I…
Part Number: TPS65265 Hi,
I wanted to confirm what should be done with the SEQ_DLY pin on the TPS65265 if manual sequencing via the EN pins is used.
Is it OK to leave this pin floating?
Thanks,
Tom
Part Number: TPS65265 Hi,
I am planning to use TPS65265 as a secondary regulator to generate the following rails:
0.85V @ 5A
1.2V @ 2A
1.8V @ 1A
From reading the datasheet it says that V7V is generated as 6.1V typical, using an LDO from PVIN1=12V. Since…
Part Number: TPS65265 Hello,
I intend to use TPS65265 in the following configuration:
Buck1: 5V@4A: For Motors
Buck2: 3.3V@1.5A: For LED drivers
Buck3: 3.3V@1A: For uC and controller circuitry
Input Voltage: 7-12V DC
I wanted to know if there would…
Part Number: TPS65261 Other Parts Discussed in Thread: , TPS65262 , TPS65263 , TPS65265 , TPS65268-Q1
Hi support team.
In the May 2023 datasheet, the recommended capacitor for V7V of the following models have been changed from 1-μF to 10-μF.
TPS6…
Other Parts Discussed in Thread: TPS65265 I had selected TPS65265 for my power supply circuit. Can I use only two outputs of this regulator, while ignoring the 3rd output (without connecting any switching inductors, capacitors, compensation circuit).
…
Part Number: TPS65265 on my board the TPS65265 is configured with MODE = '0' EN1 = '0' EN2 = '1' and EN3 controlled by GPIO, so there is a power-up sequence after EN3 is enabled
after power up nothing is coming out of the three…
Part Number: TPS65265 Hello I need some help in figuring out inductors and resistor divider values (For voltage setting feedback) for using 2 TPS65265 devices to generate the following:
------------------------ Case 1 -------------------
5v_in---> |…
Part Number: TPS65265 I had selected TPS65265 for my power supply circuit. Can I use only two outputs of this regulator, while ignoring the 3rd output (without connecting any switching inductors, capacitors, compensation circuit).?
What are the implications…