Part Number: TPS629203-Q1 Hi, I'm having issues with Power Designer 'simulation' for TPS629-Q1 accepting a Vin of 3V. 6V seems to be a minimum. Any ideas on a solution?
Part Number: TPS629203 Other Parts Discussed in Thread: TPS629210E ,
Hello Team,
the link to the TPS629203EVM User's Guide on page 40 in the data sheet seems to be wrong!
In addition, may I kindly ask you to clarify the temperature range specification…
Part Number: TPS629203 Dear experts, as shown in the attached Table 8-1, what does dynamic mode change mean? If the current of my system during sleep is 20uA, and the current during operation is 20mA, considering the efficiency at light load, the 27.4K…
Part Number: TPS784-Q1 Other Parts Discussed in Thread: TPS629203 Hello,
I had some questions on specifics of LDO and Buck's accuracy.
I am trying to compare the accuracy of LDO and buck through lab test.
For LDO, I am using TPS784-Q1 and for Buck…
Part Number: TPS629203-Q1 Other Parts Discussed in Thread: TPS629210
Hi Team,
There is a good news that we have a chance to replace " RP550L001B "
Do we have a solution to replace " RP550L001B " ?
The URL below is " RP550L001B "…
Hi Peter,
I also forget to mention that there is sub 1 A family of the above devices that you can consider as well. TPS629210, TPS629206, and TPS629203. they can do a low as 300mA and very good efficiency at light load with DCM mode
https://www.ti.com…
Hi Ross,
TPS62120 min current limit is 200mA. It cannot improve load current to 200mA. We don' t have any p2p replacement with >200mA output current for TPS62120. However, we do have the new generation Buck converter with 300mA. TPS629203 is 300mA load…
Part Number: TPS62125 Other Parts Discussed in Thread: TPS629206 , TPS629210 , TPS629203 , Hi,
The TPS62125 configured as inverting buck-boost application is very risky. We strongly recommend using our new generation buck converter TPS629203 or -Q1 family…
Part Number: TPS62120 Other Parts Discussed in Thread: TPS629206 , , TPS629210 , TPS629203 , TPS62122 Hi,
The TPS62120 or TPS62122 configured as inverting buck-boost application is very risky. We strongly recommend using our new generation buck converter…