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IGBT PWM controller finished.

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Uploaded by on May 1, 2011

Machine Specifications:
Input 120 to 240 volts AC, single or 3 phase, DC 120 to 400 Volts.
Circuit breaker 50 Amps
Maximum current 100 Amps
Pulse current 200 Amps
Output 0 to input voltage.(400 volts max on DC)
Just a quick demo and some explanation of my finished PWM controller, using MG100Q2YS1 IGBT module.
Link to diagram
http://www.dhcservice.com/IGBTcontroller.JPG

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Science & Technology

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Standard YouTube License

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Uploader Comments (subcooledheatpump)

  • Greetings from Greece , I have a question , why you are not using any gate resistor Rg in your schematic ?

  • @savvas2000 You're right, my mistake. There should be a 10 ohm resistor in series with the gate driver. Thanks for pointing that out

  • Hey there friend many thanx for commenting on my video on IGBT collection. You asked if thay all work and yes there all working.. and I'm wanting to build a zvs driver and using an IGBT module as the replacement transistor! Iv been looking on google images for a circuit that helps to wire them up correctly.as I'd be cutted if I destroyed one! So if you know of a circuit that would do for the IGBT to replace the transistor then that would be great. Many thanx friend. ;)

  • @high1voltage1rules What kind of ZVS circuit do you want to make? for a flyback driver, boost converter or induction heater? each one is a little different. I can help you if you give me a little more info

  • Okay, the diagram is now posted, there is a link in the description.

    I tried to make it as clear as I could. Don't forget, tie the green and black wires togther on the PC powersupply, else it won't start.

  • can you publish a diagram somewhere/ would be helpful, great job. 

  • @maddkraut03 Diagrams aren't one of my fine points, but I'll try my best to make one. There will be a link to it in the description when I'm done.

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All Comments (12)

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  • As iv git many the same that are fast switching. Couldn't fit that in. Lol

  • it doesn't really output pure DC until you add a diode,inductor and capacitor to make it a buck converter.

    sensitive electronics such as audio amps and microcontroller doesn't like PWM as power input :(

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