Part Number: TPS61372 Tool/software: Hi Team,
Customer are now trying to use 3 three TPS61372 in parallel with one input rail and three output rail.
They want to know will this configuration cause the beat frequency problem if they don't want to add…
Hi Leo,
The IQ are tested when there is no switching. You data should be tested when no load, right? It will be much bigger than the real IQ in datasheet.
Regards
Lei
Part Number: TPS61372 Tool/software: Hi team,
Customer found the body size in D/S is different: , one is 1.57 mm × 1.52 mm, one is 1.542 mm * 1.482 mm. Please let us know which should we refer to, thank you.
Charles
Part Number: TPS61372 Hello,
I would like to ask you about TPS61372. In the board I designed, the A3 pin of this device is left unconnected. The explanation in the data sheet says that this pin is NC, but there is a description that it is connected directly…
Part Number: TPS61372 Hello,
How can I calculate TPS61372's input/output voltage ripples from input/output capacitance values?
The "TPS61372 Quickstart Tool" (SLVRBF6) can calculate minimum input capacitance from input voltage ripple spec in the …
Part Number: TPS61372 Hello,
TPS61372's data sheet shows in Figure 8-1 on page 12 1.909 MΩ (upper side) and 100 kΩ (lower side) as feedback resistor divider, and it looks relatively large to me. Is it OK to use lower resistance values for the resistor…
Part Number: TPS61372 Hello,
I would like to ask you about the TPS61372. Specifications are below. I am assuming that a motor will be connected to VOUT, but are there any concerns? Is it okay if the back electromotive force is applied to VOUT?
(Specification…
