Part Number: TPS62125 Tool/software: Hi,
I am interested to use TPS62125 in a mechanically constraint design.
The height of the package is 0.8mm typical. My design requirement can accept up to 0.5mm. Is it possible to thin out the package height for…
Part Number: TPS62125
Tool/software:
Hi,
I am using TPS62125 chip to harvest power from my solar cell at (4.6V,40mA) max power point - at high light levels - from one side and drive a 100Ω load on the other side at 3V.
The chip seems to have a…
Part Number: TPS62125 Other Parts Discussed in Thread: LM4040 , TPS562242 Tool/software: I have a TPS62125 configured as inverting buck converter, 15Vin and -8Vout. For some reason the device turns on for approximately 50ms and then shuts down. Attached…
Part Number: TPS62125 Tool/software: Hello TI, I have attached a schematic design pdf for TPS62125 IC. Would you please review and provide your valuable feedback .
Thanks & Regards
Priyanshu
TPS62125.pdf
Part Number: TPS62125 Tool/software: Dear TI,
I have downloaded TPS62125 transient spice model from TI product site as the normal spice model wasn't available, it is downloaded in zip format with name "slvm684" it have three files,
TPS62125_TRANS…
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…
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…
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 ) .
Indeed…
