Part Number: TLV62585 The TLV62585DRLR seems to be stuck in 100% Duty Cycle Low Dropout Operation - we layed the part out exactly like the demo board - what would cause to enter low drop out function? We need 1.2V output
7.3.2 100% Duty Cycle Low Dropout…
Part Number: TLV62585 Hi team
The datasheet mentions this In Power Save Mode,
the converter reduces switching frequency and minimizes current consumption.
In Power Save Mode, the output voltage rises slightly above the nominal output voltage.
This effect…
Part Number: TLV62585 Other Parts Discussed in Thread: TLV62569A Hi Team,
Do we have force PWM mode P2P IC for TLV62585? If not, which similar IC with force PWM mode could be to recommend to replace TLV62585?
Best regards,
Albert Lee.
Part Number: TLV62585 Hi Ti,
I am using TLV62585 and encountering a problem with compensation design, below is my design component:
Input 3.3v, 10uf Cap + 100nf
Output 0.85V, 10uf +22uf +100nf , No Cff
Divide resister : R1 200K , R2 475K
I got a bed PM…
Part Number: TLV62585 Hi Team,
In order to reduce the ripple current, my customer increased the inductance from 1 uH to 2.2 uH. However, we found that the phase voltage becomes unstable after we made this change. Looking at Table 4 in the datasheet, 2…
Part Number: TLV62585 Hi Team,
My customer use the TLV62585 evm to test the start-up waveform.
They saw a kind of kink or triangle waveform happening at power on just the same as the figure 16 in datasheet below.
Is this phenomenon normal?
Thanks and…
Part Number: TLV62585 Hi Team,
TLV62585 have PSM which can get higher efficiency, may I know the detail formula between the switching frequency vs. I_load when PSM mode? We need to calculate some data, thanks.
BR.
Wiky
Part Number: TPS65219 Other Parts Discussed in Thread: TLV62585 , TPS22965 For TPS65219 configurations that have GPO2 enabled (typically used to sequence an external 3.3 V load switch / supply), what is the state of that pin when the PMIC is in the 'OFF…
Part Number: TLV62585 Other Parts Discussed in Thread: TPS62823 Hi Sir
I use TI website to search power solution ,TLV62585 show current mode ,is it correct ?
Thanks