Part Number: LM61460-Q1 Other Parts Discussed in Thread: LM61460 Hi Team,
Can we share a application reference schematic of LM61460-Q1 in parallel?
We have a platform that develop with LM61460. For low end, 1pc of 61460 as 6A needed. For high end, 2pcs…
Part Number: LM61460-Q1 Other Parts Discussed in Thread: LM61460 Hi expers:
When the Lm61460 work in 2.1Mhz, 5-V output.
Can I use ‘6-10μF’ capactiors to replace ‘3-22μF’ capactiors ?
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 Other Parts Discussed in Thread: LM62460 Hello team, Could you please provide the comparison between the below mention I think in electrical characteristics all are same, please provide the difference between them Thanks and Regards…
Part Number: LM61460-Q1 Hi team,
My customer do not want to use PFM mode in light load, they want to use FPWM. So they input PWM waveform at EN/SYNC pin when in light load.
They worry that this will cause abnormal situation, so they set the EN pin to…
Part Number: LM61460 Other Parts Discussed in Thread: LM61495 Hi team,
Customer would like to design 12V input and -5.5V(6A) output. Can we use LM61460 to design it? Is there a reference schematic? Thanks!
Regards,
Alex
Part Number: LM61460-Q1 Other Parts Discussed in Thread: LM61460 I'm trying to use Pspice for TI 17.4-2023 S009 Windows SPB 64-bit Edition to simulate the behaviour of LM61460-Q1. I have set the STEADY_STATE parameter to 1 and the simulation shows the…
Part Number: LM61460 To measure current during sleep, I would like to add 100mohm shunt resistor in below position (marked with red), and the measured by amplifier+ADC circuit.
Let me know if there is any risk for power supply control loop.
Part Number: LM61460-Q1 Hi, Please provide the following parameters for the conditions mentioned below for part: LM61460AASQRJRRQ
Condition: Vin=13.5V, Vout=3.3V, Iout=4.183 A, Fsw=480 kHz, Lout=4.7uH, Cout= 3*47uF
Parameters: 1) Rise Time and Fall time…