Part Number: LM5006 Hi,
Due to EMC issues with the LM5006 in our application, I would like to add an SMD ferrite bead in series to the Schottky diode connected to the SW pin. This ferrite helps to reduce the radiated noise by some dB (enough to pass the…
Part Number: LM5006 Hi Team,
In the start up of LM5006, Will the inductor current be strictly less than Ilimt?
Since the LM5006 has a certain response time, within the response time, the inductor current rises, will it be able to drop to less than Ilimt…
Part Number: LM5006 Other Parts Discussed in Thread: LM34927 , LM5169 , LM5163 Hi Team,
Is there a corresponding next-generation product of LM5006?
If so, please share the relevant slides with me. Thanks.
Regards,
Charlie
Part Number: LM5006 Hi Team,
The datasheet gives the steady state value. What is the maximum value of SW under overshoot conditions? Thnaks.
Regards, Charlie
Part Number: LM5006 Other Parts Discussed in Thread: LM34923 , , LMR38010 , LM5007 I am currently using LM5006 in a product. I am using the flyback diode, rather than a synchronous FET, so the LG pin is not connected. I have recently found LM34923 and, since…
Part Number: LM5006 Other Parts Discussed in Thread: LM5017 , LM5161
Hi,
To decide the comparability/compatibility of the regulator IC for fly-buck application,
How to calculate max stress voltage that can appear across main MOSFET and synchronous MOSFET…
Part Number: LM34923 Other Parts Discussed in Thread: LM5006 Hi Team,
A customer wants to confirm if there are other difference between LM5006 and LM34923 aside from the LG pin which is intended for synchronous rectification.
Regards,
Danilo
Part Number: LM5006 The LM5006 datasheet mentions that 'ultra-fast recovery diodes are not recommended' but does not specify any recommended range for the recovery time. What sort of recovery time would be considered 'too fast'?
Part Number: LM5006 Checking an old 5006 power supply, I started by checking the load range and looking at the startup waveform through L3. What i saw surprised me. During the initial startup waveform, i see a massive overshoot that is well beyond the…