Part Number: TPS51385 Tool/software: Hi,
In TPS51385 buck regulator can we connect EN pin to Vin. In our design input voltage is 12V. Please suggest.
Regards,
Sreehari.
Part Number: TPS51385 Hi
We want to use TPS51385 and have a question about VCC / EN Relation.
Can we connect the EN pin to the VCC Output of the TPS51385 ? Or is the VCC Output only active when EN is active and we have to connect the EN to external…
Part Number: TPS51385 Tool/software: Hello,
I am attempting a transient simulation of TPS51385 with an input at 12V and output of 3.3V. I have attached the archived file. The simulation runs, but I am seeing an output voltage of around 1.3V and switching…
Part Number: PSPICE-FOR-TI Other Parts Discussed in Thread: TPS51385 Tool/software: Hello,
I am attempting a transient simulation of TPS51385 with an input at 12V and output of 3.3V. I have attached the archived file. The simulation runs, but I am seeing…
Part Number: TPS51385 Other Parts Discussed in Thread: TPS564255 , TPS65265 , TPS62933O Tool/software: Hello,
do you have a complete list of Buck Regulators that support OOA?
In my case I need a regulator that supports an input voltage of 12V and…
Other Parts Discussed in Thread: TPS51385 Hi TI team,
We’re using the TPS51385VABR to convert a 22V solar input to 5V. With this solar input (open-circuit 22V), the buck fails to start — no 5V output , and the input appears shorted , though there’s…
Part Number: TPS51385 Tool/software: Hi,
In TPS51385 buck regulator datasheet the formula for calculating the feedback resistor for setting output voltage is not mentioned. Please suggest.
Regards,
Sreehari.
Part Number: TPS22918-Q1 Other Parts Discussed in Thread: TPS62901-Q1 , TINA-TI , TPS22918 , TPS62901 Tool/software: TPS51385
TPS62901-Q1
TPS62901QRYTRQ1
can you provide these component Pspice models for TINA-TI software simulation testing?
I…
Part Number: TPS54334 Other Parts Discussed in Thread: TPS51396A , LM2727 , TPS51385 , TPS51386 Dear team,
The customer would like to use PGOOD signal as EN signal.The purpose of this concept is for shut down the device when output voltage is abnormal…