Part Number: TPS62865 hi,
just as confirmation my understanding is correct.
We can set VOUT via R, at PoR it samples the V on this R and program the VOUT, then we can drive / change it to force PWM or PFWM as needed.
is my understanding correct?
thanks…
Part Number: TPS62865 Other Parts Discussed in Thread: TPS62867 , TPSM82866A Hi TI
1. Can TPS62865 realize 3.8V input and 3.3V-3A stable output?
2. Can TPS62867 realize 3.8V input and 3.3V-6A stable output?
Part Number: TPS62865 Other Parts Discussed in Thread: TPS62827 Hi Team,
My customer need a buck converter solution which efficiency performance can meet below requirement. I found performance of TPS62865 close to customer's spec. Do we have better solution…
Part Number: TPS62865 Hi team,
our customer is now using TPS62865 and they want to know the VSET/MODE pin's logic:
In fixed output voltage applications, connect a resistor between this pin and GND to set the output voltage (see table 8-2). After start…
Part Number: TPS62865 For our internal project we used TPS62865RQYR buck converter for 5V to 1V (Output current=4A) . Please review the design and let me know the comments.
Part Number: TPS62865 Hi support team,
Is the startup time the same for the left and right ways?
It is said that the R2D converter IC takes a long time to start, but does it take time because the R2D converter is mounted even in the left way that does…
Part Number: TPS62865 Other Parts Discussed in Thread: TPS62867EVM-121 , TPS62867 Hi support team,
Do you have a plan to release the EVM dedicated to TPS62865?
The User's Guide for TPS62867EVM-121 has the following description.
"This user's guide describes…
Part Number: TPS62865 Hi support team,
I think there are two ways to set the output voltage. - Resistance voltage divider by R1 and R2. - Connect R4 to VSET terminal.
Please let me know advantages and disadvantages of each ways and the recommended way. …
Hello Jimmy,
Thank you for using E2E,
I didn't find any P2P with MP1614, but the alternate solution is
TPS62827/7A (QFN), 4A
TPS62865 (QFN), 4A
Vin = 3.3V, Vout= 0.8V, Iout = 3A
MP1614C
TPS62827A
TPS62865
Inductor
0.43uH
0.43uH
…