Part Number: TPS65133 Tool/software: Dear TI experts, more than a question I would like to ask a complaint. I find the TPS65133 integrated circuit very good for many applications. Its precision and low ripple distinguish it. But presenting it with only…
Part Number: TPS65133 Tool/software: Dear Texas Instruments Support Team,
I hope you are doing well.
I am currently evaluating the TPS65133DPD for use in a product that will be launched in the U.S. market.
As part of our regulatory compliance process…
Part Number: TPS65133 Dear TI experts,
I am designing a battery powered system that includes the TPS65133.
Is it possible to power the TPS65133 from the output of a subsystem with a Li-Ion Polymer battery in series with a 3.3V LDO linear regulator…
Part Number: TPS65133 Other Parts Discussed in Thread: BUF602 , , LM3671 , CC2650 , FDC2214 Dear TI experts,
Can the ±5V output of TPS65133 supply power to BUF602 a high speed unit gain buffer?
Sorry, this question might be too basic. According…
Part Number: TPS65133 Other Parts Discussed in Thread: TPS65132S , TPS7A20 , TPS7A30
please see attached application and power solution.
please let me know if it's good power solution to achieve the best op and adc performance.
please recommend…
Part Number: TPS65133 Other Parts Discussed in Thread: BUF602 ,
Dear TI experts,
I'm designing a system using the TPS65133 to power a high speed op amp (BUF602).
In my application, Vi comes from 3.7V from a 350mah Lithium battery.
Currently,…
Part Number: BUF602 Other Parts Discussed in Thread: TPS65133 , FDC2214 , TINA-TI Dear TI experts,
I have two questions about powering the BUF602.
First question, can I power BUF602 with TPS65133?
The TPS65133 is a ±5V output dual-rail DC converter…
Part Number: TPS65133 Other Parts Discussed in Thread: BUF602 , , CC2650 , TPS65132 , TPS65130 Dear TI experts,
The device only worked for about 20s, and then stopped outputting, and the voltages on the positive and negative output pins were all around…
Part Number: TPS65133 Hello Experts, Customer has question as follows. Would you please answer them? 1. What are the conditions for completing the efficiency curve on the spec sheet? EVM may vary, but it's around 63%@10mA. 2. Why do you recommend metal…