Part Number: TPS57114-Q1
Hello
We are in a new design and in order to correctly evaluate the thermal behavior of the new design, we are carrying out some thermal simulations.
During the performance of these simulations, some questions have arisen about…
Part Number: TPS57114-Q1 how do we theoretically calculate the voltage dip and raise for dynamic load step at buck converter output with certain load step.
Part Number: TPS57114-Q1 Hello team,
I have a quick question. What is the difference between TPS57114-Q1 and TPS57114C-Q1? It looks they are fully compatible, but let me confirm it just in case.
Thanks in advance. S.Sawamoto
Part Number: TPS57114-Q1 Hi TI expert
I looked the datasheet and it was unmarked ADAS information,please tell me whether TPS57114QRTERQ1 can be used in ADAS application and ADAS products (QM/A/B/C/D) is QM?
Thanks
Jacob
Part Number: TPS57114-Q1 Hi Team, We would like to get your input regarding the brownout issues at Vin voltages of our customer design with TPS57114-Q1: They have a prototype that is using a TPS57114-Q1. Vin is designed to be 3.3V - 4.2V. As designed, they…
Part Number: TPS57114-Q1 Hello,
my customer is currently using this device in one of their projects and he reached out with some questions related to the mode of operation:
In the TPS57114-Q1 datasheet, he was not able to find the information related…
Part Number: TPS57114-Q1 Hi, can help Jitter setting and improved it?
My company Jitter limit define is 30%
Test condition Vout=0.9V, Iout=3.6A,VIN=5V,test result fail
Part Number: TPS57114-Q1 What are the values of R0 and C0 in Figure 31. Small-Signal Model For Loop Response on page 18 of the datasheet?
If I use C0=10 pF and calculate R0 = 408 according to the transconductances (error amplifier and power stage) and…