Part Number: TPS7A53 Hi,
I am using TI LDO - TPS7A5301RPSR for my design.
Can you please advise if the component can be damaged in case I set it as Disabled (J313) but I will connect an External Power (J310) to the LDO power rail?
V_IN = 1.5V (stay on…
Part Number: TPS7A53 Hello,
for our design I'd like to use the TPS7A53 as a low-noise reference power sources, powering analog devices such as ADCs, HF-module and MCU all at once.
( https://www.ti.com/lit/ds/symlink/tps7a53.pdf?ts=1680723465539&ref_url…
Part Number: TPS7A53-Q1 Hi,
We are using TPS7A5301QRGRRQ1 LDO in our design for 3.3V-1.8V conversion ,3.3V-1V conversion and 5V-1.2V conversion.
Kindly review the design and share the comments.
3.3V-1.8V conversion
3.3V-1V conversion
5V-1.2V conver…
Part Number: TPS7A53 Other Parts Discussed in Thread: TPS7A57 , TPS7A84 , Hi Team,
Is there comparison between TPS7A53 and TPS7A57 and TPS7A84? Thanks.
BRs
Given
Part Number: TPS7A53
Hello,
I'm looking at feedback resistor values for the TPS7A53 device. I have confirmed that Table 5 in the datasheet lists the recommended values for the feedback resistors. (Question) Please let me know if you have any information…
Part Number: TPS7A53 Hello,
I have a customer who would like to use the TPS7A53 while having low input and low output voltages.
For example: Vin=1.3V, Vout=1.15V
Could he connect a 3.3V Enable pin to this device?
Thanks,
VL
Part Number: TPS7A53 Hi team
We can see the definition of Tss in the datasheet and can see the definition of Tref in the app note as below to calculate the start up time. Is it OK that Tss and Tref are identical?
https://www.ti.com/lit/an/sbva042/sbva042…
Part Number: TPS7A53 Hello TI,
1> In case of LDO part TPS7A53 (3A or 4A part), to what voltage Power Good (PG) resistor should be pulled up to? What is recommended? Pull it up to Vin or Vout?
2> When we are driving EN signal of second TPS7A53 from…
Part Number: TPS7A53-Q1 Other Parts Discussed in Thread: TPS7A53 , Hi, team,
now i have one question on TPS7a53 for low VIN input application, could you please help provide the total solution for it? thanks.
application request: Vin = ~1.4V, Vout = 1.15V…
