Part Number: TPS62125 Hi Expert ,
my customer want to used two pcs TPS62125 apply -4V and -11V
I am not sure what risk on this, could you help to review and provide your recommendation?
Thanks
Sean
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: TPS62125 Other Parts Discussed in Thread: TPS62150 Hi,
Looking at figure 33,34 and 35 shows a frequency variation that doesn't match with theory (" Understanding frequency variation in the DCS-Control topology" - by Chris Glaser…
Part Number: TPS62125 Hello team,
My name is Simeon Aleksandrov, I am an FAE Intern at TI BeNeLux.
Looking over the TPS62125 , I was interested to know more about the state of some pins during power-off (VIN=0.0V & V(SW) = 0.0V):
Power good (PG…
Part Number: TPS62125 Other Parts Discussed in Thread: TPS629210-Q1 , TPS629210 , TPS629206 , TPS629203 Hi
I am designing a power supply for Xbee3 module. Digi's documents recommend to keep switching above 500kHz if using a switcher. Xbee3 module draws 18mA…
Part Number: TPS62125 Other Parts Discussed in Thread: TPS62170 , TPS62160 Hi,
I use a TPS62125 in a design in inverting configuration for low consumption usage (4 mA max).
The inverted voltage have to be able to reach -9.4V with a Vin at 3.3V.
Our design…
Part Number: TPS62125 Hi,
I am using TPS62125DSGR in my design which has 12 V at input voltage and 'Sensor_en' as the enable signal coming from FPGA. The ideal output at the output of TPS62125DSGR should be 2.82V. This 2.82 V is given to a LDO …
Part Number: TPS62125 We are currently using the TPS62125 in two very similar products. The layout and components associated with the TPS62125 sub-circuit are exactly the same, 6 volt input, 3.5 volt out. The loads are also very similar, both are under…
Part Number: TPS62125 Other Parts Discussed in Thread: TPS62170 Hi Team,
My customer is currently looking for a drop-in replacement for our TPS62125DSGR to continue to support their supply chain since we have no available stock for this part. Do we have…
How about TPS62125? It seems to be a buck converter with a very good efficiency.
For chips like this how do I ensure that the solar cell voltage/current does not collapse and I can extract power at a reasonable operating point?