Part Number: LMQ66410 Other Parts Discussed in Thread: LMQ66430 Tool/software: Hello
please can i have the 3D step file for the LMQ66410 to integrate it into my footprint
Best regards
Part Number: LMQ66410 Hello,
The FB voltage is 1V. Is it possible to regulate the output voltage to 1V?
Conditions : VIN : 5 to 17V, Iout max 0.4A, external clk 750KHz (ton min max = 75ns)
Do you have any other reference to suggest? The main criteria is efficiency…
Part Number: LMR43610-Q1 Other Parts Discussed in Thread: LMQ66410-Q1 , LMQ66410 , LMR43610 Dear team
Can you please tell me the main difference between LMR43610-Q1 vs. LMQ66410-Q1? And which is more recommended by TI?
Of course 66410 has internal bypass…
Part Number: LMQ66410 HI Dear,
The customer needs to obtain intrinsic safety certification for underground related equipment. The certification requires that the total capacitance in the circuit cannot exceed a certain value. May I ask if there is a bypass…
Part Number: LMQ66410
Hi support team,
What is the capacity of each of the two internal input capacitors of LMQ664x0?
The diagram shows a series, but are you sure?
The internal bootstrap capacitor is 0.1μF, but is it the same capacity?
Regards, Dice…
Part Number: LMQ66410 Other Parts Discussed in Thread: LM61480 , LM61495 , LM62460 , LMQ66420 , , LMQ66430
Hi support team,
Are the differences between LMQ66410, LMQ66420 and LMQ66430 the same as the differences between LM62460, LM61480 and LM61495?
・Current…
Part Number: LMQ66410-Q1 Other Parts Discussed in Thread: LMQ66430 Hello Dear TI Team,
Regarding the LMQ66410-Q1 device, according to its Data Sheet, SNVSC78B – FEBRUARY 2022 – REVISED MAY 2023, 5 Device Comparison Table on Page 3,
there is…
Frank, thanks!
Additional question:
Following your feedback, and taking LMQ66410-Q1 into consideration
Would LMQ66410-Q1 be suitable for 1.1A DC load, as this is below Iout_max_min?
Hi Shinichi
Do you mean change to LMQ66410 ? You can see the LMQ66410 spec in the LMQ664X0 datasheet .
The 1A Ioutmax is the average value. The peak limit is 1.8A. So the total value of Iout(board requirement ) and Ilipple/2 will not exceed the current limit…