Part Number: LM61460-Q1 Hi team,
The customer find a strange phenomenon in LM61460-Q1. They set the output voltage is 3.3V.
Vin is 12V. When it has no load, it can output the set voltage, but the voltage in SW is constant instead of square waveforms. …
Hi Alex,
Sounds good. Please keep me posted if there is any remaining issues.
For now I will close this thread since I believe using the average model should address your bode plot simulation concerns.
Regards,
Jimmy
Part Number: LM61460-Q1 E2E,
1. What losses does the efficiency vs frequency figure on page 1 of the spec?
I was wondering if the figure assumes only conduction and switching losses (no inductor losses) or conduction, switching and some standard/typical…
Part Number: LM61460-Q1
Hi,
Can anyone please help me to check and confirm that Thermal characteristics of the part LM61460AAS-Q1 average model have been modeled or not. I tried to simulate loop stability at temperatures -40C, 22C and 75C, but simulation…
Part Number: LM61460 Hi Team,
Good day! Kindly check our cusotmer's concern below.
I have a couple of detailed operational question on the LM61460 regulator (or any synchronous regulator for that matter) which stems from an attempt to calculate piecemeal…
Part Number: LM61460-Q1 Other Parts Discussed in Thread: LM61460 Dear Expert ,
Good day!
Our customer need a power device which require the follow items:
input voltage: 15v up to 24v. from noisy sources, cheap power bricks...etc. OR from Meanwell power…
Part Number: LM61460-Q1 Hi team,
Could you give me VDROP1 value for Vout setting = 4.0V?
Is there an equation to calculate the min Vin voltage which can keep Vout regulated?
regards,
Part Number: LM61460-Q1 Hi team,
I have a question about VIN power up slew rate and POR of this device.
1. Is there a requirement in power up slew rate for VIN?
In my case(automotive), there is a case that takes about 30seconds to power up.
Is there…
Part Number: LM61460-Q1 Hi team,
Could you help to check why min voltage has -0.3V, why is -0.3V but no other voltage?
Is it because of the body diode of MOS?
Thanks.