How to Design a Synchronous Buck converter | Synchronous Buck converter LM5160 | LM5160DNTBKEVM

#foolishengineer #SynchronousBuckConverter #texasinstruments
0:00 Intro
00:30 Sponsor
00:51 circuit
01:08 Working
02:13 Advantages
04:15 Understanding LM5160
07:20 Design
07:50 Calculations
08:57 Demo
References:
www.ti.com/lit/ds/symlink/lm5...
www.ti.com/tool/LM5160DNTBKEV...
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[@ramkishoredhananjaya8461]

Awesome...keep up the good work

[@FoolishEngineer]

Thanks a ton

[@pokpikchan]

Nice video. Thanx

[@sudheerkumar5966]

Very good Boss

[@vishalsathiaseelan679]

Great content. Tqvm

[@FoolishEngineer]

Thanks for watching!

[@allendeguzman6771]

great video, can you create a content about current mode control, voltage mode control on buck converter would be great addition

[@ayoubcops7159]

Hi bon continuation 👋

[@ryanmowry1170]

I would like to see a synchronous buck design that can handle higher voltages and power! What mosfet driver ic would be best for a high voltage design? Also tips o sizing components! Thanks for the helpful info

[@FoolishEngineer]

Noted!

[@grubboy3514]

Use you right hand when adjusting the power supply so we can see the data in real time 😁 Good video as always👍

[@FoolishEngineer]

Noted!

[@Dcode103]

You must show test of LM5xxx buck converter for maximum input voltage. There are many buck which works upto 30v. LM5xxx series provide high input voltage range since you have such evolution board you must show results for Max input voltage. By the way information is useful thank you

[@FoolishEngineer]

I have done the testing based on the design, it doesn't depend only on IC voltage.

[@Dc_tech386]

If you can please reply back to my questions thank you
Why buck converter current amplifying stop amplifying the current when the high valve capacitor is replaced with a lower valve capacitor

[@sunnyrajput2604]

Please make video ADC and DAC full

[@learnandcreation3744]

If possible please guide to make a powerful synchronous buck converter like 220V, 50-60A output max and the components selection specially the control IC.

[@vijayhiremath2387]

Even I want the same 😅

[@biswajit681]

There is no synchronous buck converter in this specification because in this reliability of the converter will be very poor because of MOSFET body diode .

[@vijayhiremath2387]

Please show me how to design a synchronous buck converter using IR2104 MOSFET gate drive IC to step down a DC voltage from 220V DC to 110 V DC, if not possible using IR2104, do it using a suitable IC and drive a 220V DC motor with maximum load current like 10-15A.

[@fikretduru]

good please add video

[@shubhamlilhare3009]

Hey buddy, where can I get that Excel sheet. Can you share?

[@FoolishEngineer]

you can get it from the description links

[@yasirshahzad3732]

@@FoolishEngineer Unable to find there, can you provide the link specifically to the excel only?

[@senthilkumars6045]

Attitude speach

[@biswajit681]

Synchronous buck converter is not always better than conventional buck converter when it comes to efficiency..in light load operation conventional buck converter offers higher efficiency than sync buck converter...