Added: 3 years ago
From: nptelhrd
Views: 28,004
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  • Welldone nptel

  • Thank you form putting up this piece of work. Would there be any chance to look at solar systems controllers & associate battery chargers as they seem to be very expensive ..... and a home makable design you help the global village ..... i must admit I also looking for designs of alkali battery also, that as I understand it can use sodium hydroxide ( drain cleaner ) & iron & nickel plates. Any thoughts.

  • So the ripple on the 12V / 120 ohm power supply is Vp * T/RC approximately.

    so, when T/RC = 0.1 as it has been chosen to be then the ripple is 1 tenth of the actual output voltage or over a volt in this case !

    he keeps saying it is extremely small but .........

    Or am i wrong?

  • Sir, many thanks for lecture. it was wonderful

  • thank you!!!!!!

  • I have a question, this is still approximately 100v at the begining right ? the diode still produces a voltage drop of 0,7 V (Si) ?

  • thumbs up awsum....

  • Nice NPTEL puts these videos up for the whole world to learn from them :)

    Just a wish; You ought to put subtitles in, as indian-english is difficult to comprehend fully. Cheers.

  • You look and sound like the metroPCS guy chad from Tech & Talk haha

  • the intro was annoying and funny. lol

  • @pikachuthesquirtle it is not funny for indian and this video is by IITs & IISc

  • Five Stars. Thanks for sharing.Tec

  • great class you cleared my many confusion regarding this topic

  • thanks this help to me

  • whats the name of the previous lecture? Thanks.

  • @electrocomm Lecture - 4 Rectifier

  • Thank you Sir.Because of your lesctures i begin to gain confidence in analog IC's.

    Deep and simple explained...

    Great work.

  • Well done and thank you for sharing your knowledge so comprehensively.

  • Thanks, this helped me too

  • Thank you very much this really helped me with my project!

  • i didnt have time to watch the whole thing but can you do this to multiply dc to dc

  • no you cannot use this circuit to multiply DC to DC you need to have an an AC source to do this.

  • Nice Lecture, TNX!

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