Part Number: TPS62869 Other Parts Discussed in Thread: TPS62868 , TPSM82866A , TPS62867 , TPS62866 Hi,
I want to use TPS628690ARQY, 2 x TPS628691ARQY, TPS628692ARQY for lpddr5 power rail. But I found that these ICs are not a available.
When will these IC be…
Part Number: TPS62869 I have a question, I use 5v for tps62869 Vin, can I use tps62869 I2C to connect with 3.3V I2C bus (Controller) directly? or I still need a level translator to connect with?
Part Number: TPS62869 Other Parts Discussed in Thread: TPS62A01 Hello Expert,
I have some question.
I want to know that there is Power IC for LPDDR5 VDD2.
Below is our customer's spec.
If there is no part for LPDDR5 VDD2, is it possible to use TPS62869…
Part Number: TPS62869 Hi team
Could you help check is there any difference from the perspective of efficiency and ripple performance for TPS6286 9 1ARQY and TPS6286 8 1ARQY?
My customer has already done the evaluation of TPS628681ARQY and they want to know…
Part Number: TPS62869 Hello,I have several questions about TPS6286900CRQY.
1.When buck ouputs 0.5V,we are concerned about the load transient with the load conversion 0.01A-0.2A/1us.
2.PSM and PWM mode maximum ripple of 0.3V and 0.5V output when Vin=4V. …
Part Number: TPS62869 Other Parts Discussed in Thread: TPS62867 Hi sir,
Can I only use the variable resistor to adjust the TPS62869 Vout from 0.675V~0.825V ?
I don't want to use I2C controlled TPS628690 Vout. Thanks!
Part Number: TPS62869 Other Parts Discussed in Thread: TPS62867 Hi Sir,
due to limitation, we choose the TI part and doesn't want to implement the I2C interface to control it.
We refer to datasheet and select below part as solution. And we would like…
Part Number: TPS62869 Hi,
I have a customer who wants to use TPS628690ARQY for 0.3V output but he heard that TPS628690ARQY is not available now in TI.
He wants an alternative device that has an output of 0.3V and same function of TPS628690ARQY.
Best…
Part Number: TPS62869 Hello E2E team
my question is related to the device with ordering Code TPS62869 2C RQY:
with PG Output. Because of OpenDrain behavior at PIN9, a PullUp is recommended here.
I will use 4 devices in parallel so the I2C addresses has…