Part Number: LM61460-Q1 Tool/software: team,
Similar request from another customer for Ford where OEMs request WCCA： calculate the Cboot cap ripple current
Can you help?
D.S doesn't list the Rdrive spec for Cboot...
Regards,
Dongbao
Part Number: LM61460-Q1 Tool/software: Hi,
In our design we are using LM61460AASQRJRRQ1 part.
I want to know about the calculation for the Pin 6 : RT.
How the value of 32.4K is selected ?
EVK reference Image :
Please help me on the…
Hi Tirthal Ji,
Is this the same as this post: https://e2e.ti.com/support/power-management-group/power-management/f/power-management-forum/1521992/lm61460-q1-lm61460aasqrjrrq1?
If yes, please close this thread - I will reply to you on the original…
Part Number: LM61460-Q1 Other Parts Discussed in Thread: LM61460 Hi team,
I just make confirm if the difference between LM61460 and LM61460-Q1 is only qualification.
Best Regards,
Shoji
Part Number: LM61460-Q1 Tool/software: HI BU team
My customer have a concerns on with a duty cycle of <=0.01% in the absolute maximum rating in LM61460-Q1 datasheet. How do customers understand this duty cycle?
Thanks
Part Number: LM61460-Q1 Tool/software: Hi Team,
My customer is KOSTAL.
They are consulting the thermal calculation process of LM61460-Q1. Their calculation results show that the period temperature is 157℃ under the following working conditions, which…
Part Number: LM61460-Q1 Tool/software: Hi team
My customer is using the LM61460AASQRJRRQ1 chip, and I have a question: After the output power of the LM61460AASQRJRRQ1 is fed back by the voltage of the subsequent load (reverse voltage), the output voltage…
Part Number: LM61460-Q1 Other Parts Discussed in Thread: LM61460 Tool/software: From the datasheet:
"Note that when selecting the ripple current for applications with much smaller maximum load than the maximum available from the device, the maximum…
Part Number: LM61460-Q1 Tool/software: Hello team
Regarding LM61460-Q1 schematic, we would like to know the suitable value for some components.
Conditions Switching Frequency: 400kHz Vout: 10-12V
1. Cout What is the recommendation for this conditions…
