Part Number: LM61495-Q1 Hi Ti experts ,
Currently we start the loop stability test of LM61495-Q1, but i can't find the contents about cross over frequency requirements in datasheet .can you please provide this information or give us some advice about…
Other Parts Discussed in Thread: LM5022 , LM61495 Hello TI
We have addressed the issues mentioned above but are currently encountering a simulation problem with the DC voltage sweep. We are not receiving any output on the output side. I have attached screenshots…
Part Number: LM61495-Q1 Team,
Can we guarantee a min max duty cycle @ 400KHz ? datasheet only provides a typ at 2.2MHz. customer has to be able to work at low vin.
thanks
Part Number: LM61495-Q1 Hi TI expert,
I would like to ask a genernal question for all power VR.
Just use LM61495-Q1 to do an example.
VIN 9~16V , VOUT 8.82V operation frequency 400Khz
when VIN=9V ,VOUT 8.82V(duty 98%), in this moment whether VR work normally…
Part Number: LM61495-Q1 Other Parts Discussed in Thread: LM61495RPHEVM Hi Ti Experts, hope you are going well.
Do you have more detail design information for the Filter?
And what's the affect if i delete the 74279226101?
many thanks
Part Number: LM61495-Q1 Other Parts Discussed in Thread: LM62460 , LM61495 Hello Team,
I would like to know what is the maximum output current for the LM61495-Q1 at 2.2MHz operating frequency. Datasheet figures are showing different results. In the first…
Part Number: LM61495-Q1 Hi, need to drive 4 inductive loads through high-side switches. I have come to the issue that all of the automotive grade HS switches that are capacle of driving coils at their needed current for my supply voltage. I need to support…
Part Number: LM61495-Q1
Hi Ti team
What is the difference between figure 9-51 (page 47) and figure 9-57 (page 48) in data sheet of LM61495-Q1?
I see difference in part numbers of the inductors.
When should i use figure 9-51 or 9-57?
I need to implement…
Part Number: LM61495-Q1 Hi Expert,
Recently our customer evaluates our LM61495-Q1 and find there might be some thermal issue. When operating 5V/10A output, the efficiency is around 90%. So the total power loss is about 5.55W. Considering below thermal…
Part Number: TPS62816-Q1 Other Parts Discussed in Thread: TPS62812-Q1 , LM61495-Q1 Can SSC be applied on external clock OK ? re TPS62816, TPS62812-Q1, LM61495-Q1?