Part Number: TPS65262-1 We have been experiencing field failures at a rate of ~1% on the TPS65262-1. Buck2 is breaking on this deivce. Once a device has failed the LX2 pin has 10 Ω to GND. The only remedy has been to remove and replace the TPS65262-1…
Part Number: TPS65262-1 Dear Forum,
I am using the TPS65262-1 triple buck converter in a number of designs and it is working well. In my latest design, I do not need the two LDOs that are included. When an LDO is not used, what is the recommendation…
Part Number: TPS65262-1 Other Parts Discussed in Thread: TPS65262 Tool/software: Hi,
I am trying to simulate the TPS6526 triple buck converter with a transient analysis and keep running into the following issues. I even tried including a .param table…
Part Number: TPS65262-1 Other Parts Discussed in Thread: TPS65257 Tool/software: Hi Team
could you help me check TI have any replacement for APW6017?
https://www.anpec.com.tw/en/product-download/0/APW6017-1/
BRs
Brian
Part Number: TPS65262-1
Dear Team ,
We have planned to use the TPS65262-1RHBT IC in one of our project . 1 Our requirement is 1st BUCK2 output have to get 2nd is and
BUCK 3 have to get the output
then after BUCK1 have to enable
2 LEN1 and LEN2…
Part Number: TPS65262-1 Hi,
I have a TPS65262-1 regulator configured to output 3.3V on BUCK3. LVIN1 and LVIN2 are connected to the output of BUCK3 (3.3V). LDO1 is configured to output 1.2V, and LDO2 is configured to output 1.66V. I would like to enable…
Part Number: TPS65262-1 Other Parts Discussed in Thread: TPS65262-2 , Hi Team,
What's the difference between TPS65262-1 and TPS65262-2?
Thanks and Best Regards!
Hao
Part Number: TPS65262-1 Other Parts Discussed in Thread: TPS65262-2 , Hi Experts,
Our customer is using TPS65262-2 on their board but due to the stock issues, they will be using TPS65262-1 for replacement on a design they already fabricated.
The customer…
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…