Part Number: LMR23630 Hi team,
May I know if it is possible to change 100pF of Cff to 470pF of Cff? The circuit is depicted below.
Best regards,
Shunsuke Yamamoto
Part Number: LMR23630 Hi
Could you help recommend a higher peak current limit device that is Pin to Pin with LMR23630ADDAR? If not Pin to Pin, you can recommend a more suitable device.
As LMR23630ADDAR peak inductor current limit is about 6A that is too small…
Hi, you could be potentially sinking or sourcing too much current out of the node. Potentially, you could try increasing the 10kOhm resistor to see if the behavior changes.
It also maybe that the wide vout range is causing issues for stability. You want…
Part Number: LMR23630 Hello team,
I received 2 questions from the customer.
Comparing LMR23630APDRRR and LMR23630AFDDAR, the thermal resistance is very different, why is the thermal resistance of LMR23630APDRRR very small?
Which is better to use to estimate…
Part Number: LMR23630 Hello team,
I received a question from the customer.
When they simulated the LMR23630 in Webench, they found the thermal resistance value to be unnatural.
The ICThetaJA Effective is 18 °C/W, but this value was not found anywhere…
Dear Daniel,
Thank you for your support. My customer still checks the simulation file. I will post another thread if I have more question.
Best regards,
Chase
Part Number: LMR23630 Hello -
Looking for some help with a design using the LMR23630AFDDAR. I used the reference design from WebBench. Cin 10uF, Cvcc 2.2uF, Cboot 100nF, L1 6.8uH, Rfbt 51K, Rfbb 22.1K, Cout 100uF.
Input is varied between 12 - 28Vdc and…
Part Number: LMR23630-Q1 About ESD Ratings spec as following screenshot, Q1 is just as same as non-Q1.
Could you please let me know the difference between JS-001 and JEP155/157 's standard?
Q1
non-Q1