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Kromrey Disclosure - Bedini SG - Beyond the Advanced Handbook by Peter Lindemann

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  • Deuis
    replied
    Originally posted by rdvideo View Post
    Yes I did from 1978 to 2010. I was not in the military, but I did my part to help protect the US and allies by applying my expertise in electronics to help are troops do their work and come back home, hopefully. We try are best at giving the best electronics to are military and I enjoyed working there in engineering where I learned so many ways of doing things from audio to RF, analog to digital and so on. Even played with lasers that can punch a 1" hole through fire brick like a hot knife through butter.

    Time to start thinking more seriously about a simple battery swapping circuit. One thing that makes it easier to do is a software program that I learned about at Northrop Grumman was Multisim 11.0 by National Instruments. Here you can build the circuit you want by making the schematic of your circuit, analog, digital, RF, transformers, even tubes and much more on your computer and then use virtual test equipment so you can see how your circuit works! Cool stuff, but one problem is that it costs now about $8000 for both programs, Multisim and the add on program that will make the circuit board traces for you, just print and make. I was lucky to get a copy of the program, some benefits when working for a defense contractor and I also have the student version of it too from my schooling. The program is now at version 14.0 that I have.

    Otherwise, why do you ask? Curious...
    Typically when someone mentions something a few times they want to talk about it, not much data being posted at the moment so a story is interesting.
    Simulators are handy.

    Regards,
    John.

    Leave a comment:


  • rdvideo
    replied
    Hi Richard,

    That's the going price now but the things you can do with this software is so cool. You also get virtual test equipment to test your circuit just like it is there on your workbench. I did not pay that for the software I have because I got it for nothing. Just in the right place at the right time. The DOD loves this software and they do not care about the price. You can even build tube circuits which I have done and works great. The software even includes Labview which is a visual programming package. As I mentioned elsewhere, I learned a lot working for Northrop Grumman and all of the cool test equipment and stuff that's out there.

    Back later...

    rdvideo

    Leave a comment:


  • rdvideo
    replied
    Hi,

    No place around where I live carry the Exide battery anymore because they are discontinued version. A store near me, Menards, had all of their marine batteries on sale and Easter was the last day of the sale. So I just bought two of the largest batteries they had to use with my SG setup. The smallest battery was on sale for $59 and the biggest one was $79. Still waiting on coils, so I am fine tuning what I have until I get the right drive coils. Have to get a pure sine wave inverter to use as a load, and capacitor discharge circuit for charging. I'm slowly getting what I need to get my unit going with all six coils, with the coils are the longest lead time. I have to start on a battery swapper circuit for three batteries using Multisim software. There I get things working without blowing anything up. Post circuit later...

    Richard

    Leave a comment:


  • Faraday88
    replied
    Originally posted by rdvideo View Post
    Hello Faraday88,

    Now with being retired, kind of, I look forward to getting back into my Bedini stuff that stopped few years ago because of funds. I do part-time work at SoundsClassic.com if anyone needs to fix their vintage audio equipment or restore it to near new condition. Even my boss is interested in Bedini stuff after telling him about it two years ago and wants to see what I am working on because he want's to make the same thing, and probably then get rid of me afterward.

    My boss collects vintage audio equipment and he has a Bedini power amp with one blown channel; need to know what the output trans are? Still looking.

    I'll be back...
    Hello Sir!
    Its a delight to hear about the kind of efforts that you are putting into all this...
    I always considered it a privilage to learn for the veterans.. please do share us your experiences with anything that brings a contributing brick to this forum..
    about the output Transistor i would request Aaron to chime in case if he knows about it..
    Best Regards,
    Faraday88.

    Leave a comment:


  • rdvideo
    replied
    Hello Faraday88,

    Now with being retired, kind of, I look forward to getting back into my Bedini stuff that stopped few years ago because of funds. I do part-time work at SoundsClassic.com if anyone needs to fix their vintage audio equipment or restore it to near new condition. Even my boss is interested in Bedini stuff after telling him about it two years ago and wants to see what I am working on because he want's to make the same thing, and probably then get rid of me afterward.

    My boss collects vintage audio equipment and he has a Bedini power amp with one blown channel; need to know what the output trans are? Still looking.

    I'll be back...

    Leave a comment:


  • rdvideo
    replied
    Yes I did from 1978 to 2010. I was not in the military, but I did my part to help protect the US and allies by applying my expertise in electronics to help are troops do their work and come back home, hopefully. We try are best at giving the best electronics to are military and I enjoyed working there in engineering where I learned so many ways of doing things from audio to RF, analog to digital and so on. Even played with lasers that can punch a 1" hole through fire brick like a hot knife through butter.

    Time to start thinking more seriously about a simple battery swapping circuit. One thing that makes it easier to do is a software program that I learned about at Northrop Grumman was Multisim 11.0 by National Instruments. Here you can build the circuit you want by making the schematic of your circuit, analog, digital, RF, transformers, even tubes and much more on your computer and then use virtual test equipment so you can see how your circuit works! Cool stuff, but one problem is that it costs now about $8000 for both programs, Multisim and the add on program that will make the circuit board traces for you, just print and make. I was lucky to get a copy of the program, some benefits when working for a defense contractor and I also have the student version of it too from my schooling. The program is now at version 14.0 that I have.

    Otherwise, why do you ask? Curious...

    Leave a comment:


  • Faraday88
    replied
    Originally posted by rdvideo View Post
    Hi RS,

    Depending on how many lines needed, two EEproms could be used, even Roms can hold the programs needed. Of course, there is some supporting logic to make it work. See, you can program a Rom with code to make a signal generator to give you a perfect sine wave for a signal generator. The first engineer I worked with at Northrop Grumman taught me simplicity in circuit design that is not being taught in school today. Bill, the engineer, survived WW2 by not telling the Germans that he had a EE degree because he knew what would happen to him if he did. Bill was taught the old school way which always worked. Bill at Northrop Grumman was known as the "King of RF" because of tube technology and such. Something he told me which is so true that engineers now are taught to do things the complicated way where it can be done much simpler with less circuitry. It's knowing what the parameters are to make a simple circuit that does what you want. I've been known at Northrop for showing up so called engineers and PhD's. You just have to look at the problem differently.

    Like I mentioned before, I've only started thinking about what is needed to make things work. Say, if you need to switch batteries when the discharge battery gets to a certain level and then initiate a process, a comparator circuit watching the discharge battery is all that is needed to trigger a process and can be the same circuit for all modes. There are many ways to doing something in electronics that I learned in school and what I learned at Northrop Grumman. I follow the process of KISS, Keep It Simple Stupid learned over many years.

    Auto Kick starting SSG is a cool thing and looking into the Bedini/Cole ckt's to do that when I have a working SSG and maybe some other way to do it. Enough for now, time to finish up on tax forms. Happy Easter...

    Richard
    Hi Sir!
    You sound so much contemparory to JB's time and even prioir to his own.. lot to understand from the verterans..
    Best Regards,
    Faraday88.

    Leave a comment:


  • Deuis
    replied
    Hi RD,

    Did you work at Northrop Grumman?

    Leave a comment:


  • rdvideo
    replied
    Hi RS,

    Depending on how many lines needed, two EEproms could be used, even Roms can hold the programs needed. Of course, there is some supporting logic to make it work. See, you can program a Rom with code to make a signal generator to give you a perfect sine wave for a signal generator. The first engineer I worked with at Northrop Grumman taught me simplicity in circuit design that is not being taught in school today. Bill, the engineer, survived WW2 by not telling the Germans that he had a EE degree because he knew what would happen to him if he did. Bill was taught the old school way which always worked. Bill at Northrop Grumman was known as the "King of RF" because of tube technology and such. Something he told me which is so true that engineers now are taught to do things the complicated way where it can be done much simpler with less circuitry. It's knowing what the parameters are to make a simple circuit that does what you want. I've been known at Northrop for showing up so called engineers and PhD's. You just have to look at the problem differently.

    Like I mentioned before, I've only started thinking about what is needed to make things work. Say, if you need to switch batteries when the discharge battery gets to a certain level and then initiate a process, a comparator circuit watching the discharge battery is all that is needed to trigger a process and can be the same circuit for all modes. There are many ways to doing something in electronics that I learned in school and what I learned at Northrop Grumman. I follow the process of KISS, Keep It Simple Stupid learned over many years.

    Auto Kick starting SSG is a cool thing and looking into the Bedini/Cole ckt's to do that when I have a working SSG and maybe some other way to do it. Enough for now, time to finish up on tax forms. Happy Easter...

    Richard

    Leave a comment:


  • RS_
    replied
    Way cool, finding battery's on sell is always a bonus

    Leave a comment:


  • Gary Hammond
    replied
    Hi, Rich and RS,

    I just got back from Farm King Supply here in town. They had a big discount on batteries. I got four new 27DC Exide batteries for $61.49 each plus tax. These are 105 AH deep cycle marine batteries. They normally cost $81.99 each!

    So now I can start playing with a three battery supply.

    Leave a comment:


  • RS_
    replied
    Hi Richard,

    It takes a bit more than a EEPROM to make a swapper system work

    I am using a Arduino Micro on my 10 input 10 output PCB, to automate the 4 battery swapper, and to automate the 3 battery 6 coil SSG Charge/Rest/Discharge Swapper and they work together as a Master Slave so all the swapping, Auto kick starting the SSG, etc... happens as needed. It is all of this software code/feature set to make it monitor the battery's and do what is needed when needed for the compleat process, and don't blow stuff up doing something at the wrong time, has been the hard part for me.

    Leave a comment:


  • rdvideo
    replied
    Hi Gary and RS,

    Automating the battery swapping part is not that hard to do and I've been thinking about it on and off, but need to get my project working first and then the battery swapping. You see, I am a retired EE engineer and learned a lot of neat stuff working for defense contractor Northrop Grumman for over 33 yrs and started my electronic schooling at the local high school when I was in sixth grade, 1966. I was designing audio equipment around the same time as John did, child's play. But back to the project. This is my first attempt at a multi coil SG and been hunting down info on how to do it which I think I am in the right place. The SG books help getting things going for a single coil but still need info on what to do to add coils and how. I do have some docs at doing this that I found online like Ron Pugh's battery charger setup gives me more info and the first to see a car bulb in the circuit?

    On automating the swapping of batteries, you could program an EEprom with the information and tell it what to do. If you have a fixed procedure of what to do under certain conditions, time or voltage level, easy to program an EEprom to control things. There are many ways to do the battery swapping system I have to get to that point to take it further, first thing is getting my project working in it's basic configuration. Be Back later...

    Rich

    Leave a comment:


  • Gary Hammond
    replied
    Hi Richard,

    The ckt board that Peter used was the 8 transistor kit from Teslagenx which is what I am using now. That I knew right away after seeing the picture of the 'mini beast' in the PDF of the demo and talking to Tom C.
    I was thinking of the stacked up boards with relays used for rotating the batteries, rather than the 8 transistor run board. The rotation boards are what I asked Tom about. I used a Teslagenx coil and 8 transistor board myself for the SSG I built a few years ago. It performs really well and takes fewer amp hrs to charge back in common ground mode than I have previously pulled from the charge battery. And it does this while pulling a load of 84 LED's from two genny coils I have installed.

    I have been thinking of modifying this particular SSG by adding more genny coils and then isolating one winding from the main coil to harvest the spike in a three battery set up like Peter demonstrated. But if I do this, I would sure like to use automated or timed rotation of the batteries.

    In the meantime, I have gotten side tracked with driving a fluxgate generator with an attraction motor. And I'm also experimenting with Aaron's plasma ignition and a pond fogger. I plan on adding this to my Bradly GT in the near future. Too many projects all at one time.

    Leave a comment:


  • rdvideo
    replied
    Hi Gary,

    I see what your talking about the variac. I tried using a power supply back with my first attempt with the bike wheel, not good to do. Right now I have to get my project working with more coils. The coil that I am using I got from Teslagenx which was wound wrong, so I have a genny coil with all wires the same gauge, waiting for the drive coil to come to continue on. I also ordered for two more long coil forms and holders so I can make my own coils. My 300' driveway is lined with trees that I can use to attach fixtures to for making the coil wire and follow information from the SSG books that Peter and Aaron put together. Since I've been in electronics since I started my schooling in 1966, making coils is not that hard and spring is here making it easier, no snow.

    The ckt board that Peter used was the 8 transistor kit from Teslagenx which is what I am using now. That I knew right away after seeing the picture of the 'mini beast' in the PDF of the demo and talking to Tom C. Tom has been very helpful in helping get my project going the best he can. I understand why I don't have my drive coil because it is not that easy to make and outside is where it has to be made because of the length of the wires, that's why I ordered for just coil forms. I want to see what I have planned after all six coils are installed which the configuration not decided yet.

    Yes, since we live not to far away from each other, getting together in the near future would be great since I knew you were not too far away when I noticed it last year. Let me get my project working and we'll take it from there. Cool...

    Richard

    Leave a comment:

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