Part Number: TPS723-Q1 Tool/software: Hello! I am working with this part and wanted to know what pin is the most efficient for the removal of heat. I have looked at some other negative regulators, and I believe the Vin pin would be used for most effective…
Part Number: TPS723-Q1 Tool/software: Hi
I want to know TPS723-Q1 lifetime untill fail for the device (available period)
I looked up the data sheet, but I couldn't find an answer
I want to check all the temperature conditions when the temperature…
Part Number: TPS723-Q1 Tool/software: Hi Team,
My customer want to know if |Vin|-|Vdropout@125C|<|Vout_set|, what will happen to this LDO? In my understanding the output will follow the input and lost regulation. But considering the thermal stress is…
Part Number: TPS723-Q1 Tool/software: Hello,
I am having some issues with simulating TPS72301-Q1 in PSpice for TI. It is giving me convergence errors that I am not sure how to fix. Can you help me?
TPS72301-2024-12-02T14-11.zip
Thank you.
Part Number: TPS723-Q1 Tool/software: Hello Sir or Madam
I can not find TPS72301QDBVRQ1's FIT Rate, FMD info from TI website. Pls provide me TPS72301QDBVRQ1's FIT Rate, FMD file. Thanks.
Regards,
YangZhen
Part Number: TPS723-Q1 Other Parts Discussed in Thread: TPS7A30 Hi team,
We want to use TPS723-Q1 to generate negative voltage supply for SiC MOSFET. Do you have large output capability or latest roadmap with better thermal capability of TPS723-Q1? Customer…
Part Number: TPS723-Q1 Dear team,
For the overcurrent protection, we don't have much description. Could you please help clarify why reduce the output voltage can reduce the current? Do we have any test report for this?
Thanks & Best Regards, …
Part Number: TPS723-Q1 Dear Team,
Here is Kevin from Delta Taiwan.
I am looking for a suitable LDO for my customer.
I can't find a suitable part, not sure is there any suitable device on the roadmap I am not aware of.
operation temperature:-40~10…
Part Number: TPS723-Q1 Hello team,
I am designing a supply with TPS72301-Q1. It has 200mA output. I assume thermal dissipation needs to be taken care by increased area of PCB copper. To which pin I should connect those copper, GND, IN or OUT? Usually…