Part Number: TPS629203-Q1 Hello Team,
using 1% resistors for FB option the total accuracy will be -2.2% to +1.75% over the whole temp range, correct?
So the VSET option provides better accuracy (with 1% R), correct?
Thank you and Best Regards, Hans
Part Number: TPS629203-Q1 Hello Team,
in order to enable the part at the desired voltage my customer needs to know the internal pull down resistor value, please. If possible can you provide R over Vin and temperature, please?
Parameter
Descript…
Part Number: TPS629203-Q1 Other Parts Discussed in Thread: TPS62131 , Hello Team,
how can I measure the bode plot, please? This appnote https://www.ti.com/lit/pdf/slva465 describes how to take the bode plot for TPS62131:
Does this also work for TPS629203…
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-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 "…
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 Other Parts Discussed in Thread: TPS629210-Q1 Tool/software: Hi support team,
Can the TPS629203 be used with an IBB by referring to the SLVAFC5 of the TPS629210-Q1? www.ti.com/.../slvafc5
Assuming the following specifications. Vin…
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…
Hi Brian,
I would recommend newly released TPS629210/TPS629206/TPS629203 family with smaller size and super performance. For-5V application, please refer to application note in the link as below. The device and buck EVM are available now. You can easily…