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This Website is Created and Maintained by chris--at--OUPower--dot--com (Fix the address for it to work!)
This Project was last updated on: September 25, 2006 10:04am v7.01

WARNING! Many, if not all of the projects described within these pages, contain dangerous and potentially fatal consequences if you do not exercise proper precautions and follow standard safety procedures. The owner of this site takes no responsibility for injury sustained by anyone attempting to duplicate or utilize any of the information on this site. The information here is strictly for Educational Purposes! -USE AT YOUR OWN RISK!

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Project Description:
I have done my best to come up with usable Schematics, under the Keep it Simple Stupid mantra. To implement the various ways to Modulate a Electrolizer Cell Bank, that have been discused here on the Fourm. When I say: Preliminary Schematic Only, it means that I have not built and tested it....it may or may not work just as shown, adjusting and tweeking is a part of any design, I am posting this to help all of you guys to get something up and running..... thus helping everyone..... There are always several ways to do things, some better at one thing but not so good at another....So within the limitations of all the combinations their might be 1 or 2 really good Combonations that you find that Works.... So.... Play with it, and try what you have laying around or looks easiest, first and then go from there.... Hopefully I have posted enough Various circuits to enable everyone to get started.

Desigining the Electrolizer Cell Bank by adjusting the number of Series / Parallel connected cells in the cell bank, so that the Voltage per cell, is dn to 1.5V or less per cell, so as to match the Power Supply Voltage or Audio Amp 0 to peak Voltage output, and the Series / Parallel connected Total Ohms Hot and Cold to match what your Transistor's / Audio Amp current limitation, are the biggest Design issue's here...

If you Build any of these circuits and tweek it to a point, that you are getting good results, please use a paint program to document any changes on the circuit Pic and send it to me and I will revise the Schematic and post it for all to use....

Have fun building and testing.......

RS

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120-150VDC power supply, feeding a IGBT or MOSFET with a Driver chip that provides simi isolation from the Low Voltage side circuitry, the OptoIsolater and second low V power supply allows complete Isolation preventing any ground loops from frying anything, Please feel free to modifie any portion of it, or use any portion of it to meet your needs,it's not set in stone, this is only a guide....

This is how you drive a Triac, provides full isolation from the Hi Voltage side and will turn on and off 120-240VAC adjust the resistor R3 so that you have: min 5ma max 30ma flowing through the LED in the optoisolator, with what ever low voltage power supply you are using. Just about any Zero Crossing Optpisolator part will work, MOC3031 through MOC3083 or other brand part numbers This is great for when you want to make a PCB with all the HiV and Low V circuitry on it for production, This is basically what is inside a Solid State Relay, A SSR is far simpler for prototyping....but way to expensive to put on a PCB unless you need the Higher current ratings of the SSR's.

Insert this in the 120-150VDC power supply to cut power to the IGBT/MOSFET, but not the Low Voltage power supplys.

This 556 timer Square Wave Generator / Pulse Width Modulator circuit allows fine tuning of the pulse width (duty cycle) and frequency, independently of each other far better than what a single 555 timer circuit can do...has a square wave output....and should run up to 50KHz

DC Pulse Timer to Audio Amp Adapter

AC input to Audio Amp Adapter

Proceed to another page of the RS Project: [<<<   <      >   >>>]

Click here to continue Drilling into Projects from RS

Click Here to Re-Display the Main Project Page

This Website is Created and Maintained by chris--at--OUPower--dot--com (Fix the address for it to work!)
This Project was last updated on: September 25, 2006 10:04am v7.01

WARNING! Many, if not all of the projects described within these pages, contain dangerous and potentially fatal consequences if you do not exercise proper precautions and follow standard safety procedures. The owner of this site takes no responsibility for injury sustained by anyone attempting to duplicate or utilize any of the information on this site. The information here is strictly for Educational Purposes! -USE AT YOUR OWN RISK!

Click Here to go to my YouTube Channel!!

Click Here to go to our NEW Facebook Discussion Group! This is replacing the old Discussion Board!

Click Here to go to our ARCHIVED Discussion Boards.

Please consider donating to help support this website!