my smith kanapadz replication

[dragon]

Im trying the same juju - i wanna see filament bulbs of 75 watt lighting off my twelve volt battery, and to do that i need current. And i aint getting enough (yet).

I cant help but think the spark gap is the most important thing in this circuit (naudin claims the fine tuning to a plasma cloud increases efficiency) - the rest we should just see as a hairpin grounded on both sides. I noticed that my CFLs worked much better when they also had a spark gap next to them...but not only the CFLs. the filament bulbs would get going if they had a nicely tuned spark gap next to them too......

I might add a few spark gaps if i get the opportiunity to do more testing tomorrow night.

.

Here is a circuit that will light higher voltage bulbs with battery voltage. Wind the coil with enough turns to produce a HV back emf yet allow the same current you need for the bulb to travel through the circuit or slightly higher. It's not overunity by any means but you can light the bulb just as if you were using an inverter.... If you add a parallel cap to the inductor to make a resonant circuit ( LCR ) you'll actually use less energy to light the bulb than normall needed. Part of the energy is recycled....
________

[juju]

...

thanks for the circuit dragon...

but that way you will be drawing a lot of current to the bulb!

i think the purpose of this experiment, is to compare this:

- brightness power of a bulb in standard 220V AC with limited current! and for that i will try a step down transformer reversed! (then we can try a spark gap HF at the secondary transformer coil to), so the current at the bulb will be limited!

- brighness power of a bulb with HF AC after SG and TC (small current)

anyways, anyone can help with the 50hz pulse timer circuit?

[vidbid]

Possible Modulator Amplifier Wiring Diagram

[vidbid]

Needed Datasheet for KT828A Transistor

Can anybody find a Datasheet for KT828A Transistor and post a link to it here. I searched for it on Google but couldn't find it.

[vidbid]

Wiring of the SR193 Modulator Amplifier Module

I am wondering if SR193 wired the Modulator Amplifier Module in the following way?

[Joit]

KT828A

AHE
Various
AHE, KT828A, Silicon, NPN, 50W, 800V, 5V, 5A, 150°C, 4MHz, 2.5MIN, CSI, TO3

Cross reference
BU126 Si npn 30W 750V 300V - 3A 125>C 4MHz - 15/60 MUL TO3 RHS BU326 2N5157 KT828A

BU126A Si npn 30W 700V 250V - 3A 125>C 4MHz - 15/60 MUL TO3 RHS BU926 2N5157 KT828A

BU126S Si npn 30W 800V 350V - 6A 125>C 4MHz - 15/60 SIE TO3 RHE BU926 2N5157 KT828A

BU126T Si npn 30W 800V 375V - 6A 125>C 4MHz - 15/60 STE TO3 RHE BU926 2N5157 KT828A

[patmac]

Using my sources on my local distributor he suggested me american equivalence to KT828A is Bu326

By is strange the socket is high power.
http://www.datasheetcatalog.org/data...boca/BU326.pdf.

Hmmm in my concept MJ21194 is far superior....

Hey only choose the type with complementary versions NPN & PNP this is important for H-Bridge, the schematic clearly shows a Half H Bridge. I would like to see scope shopts on that circuit because is possible that circuit be able to generate Sine Wave.

TIP41C - TIP42C

[vidbid]

Obtain Current by the Winding Configuration

maybe there's a different type of energy arround that can light bulbs, but is useless with devices that need current (normal energy)!

I remember seeing a video by Don L. Smith (1996 Tesla Symposium, Part 1, at 6:30 in the video track) wherein he talks about how current can be derived from the coil winding configuration. He says, "There are many ways to wind coils. You can wind them where they have voltage only, or where you have very little amperage, or where you have one hundred percent amperage and very little voltage. The way the you wind them determines what you get. It has nothing to do at all with the fact with what you are putting in is, say, strict voltage to begin with. It's going to come out after it goes through a certain type of coil system, and with this center ground thing here, you are guaranteed that you're going to get amperage."

Later, in another video, (I don't recall which one.) he shows Tesla's way of obtaining current, and Smith talks about Tesla's patent.



Notice how at point x the winding reverses direction. According to Smith, this is how the current is obtained.

You can use this method to produce high voltage and high current, according to Smith. Here he is rectifying the output, replacing H in the patent with a rectifier and is obtaining DC. Reference: Resonance Energy Methods by Don L. Smith, Page 3 -22.



And if you want to produce a really huge amount of current, then use this type of winding:



See where the blue square is? Notice how point x is at the bottom of the coil. Notice winding M and M'. This type of winding will give you a huge amount of current, according to Smith.

[vidbid]

Thanks for the Help

KT828A
AHE
Various
AHE, KT828A, Silicon, NPN, 50W, 800V, 5V, 5A, 150°C, 4MHz, 2.5MIN, CSI, TO3

I'm just wondering about the pin layout on the KT828A.

Is it in the following order? From left to right, is it Base, Collector, Emitter like the KT829A.

If that's the case, then I'm wondering why the colors of the wires don't match up unless SR193 just mixed up the colors of the wires.

[Xenomorph]

I am wondering if SR193 wired the Modulator Amplifier Module in the following way?

Just build a push-pull class AB inverter. Period. It´s what he is doing.
Nothing magic about it.
He did not mix up any colors, there is transistors who have a BCE pinout and there is some who have a ECB pinout.

[vidbid]

Kt828a

He did not mix up any colors, there is transistors who have a BCE pinout and there is some who have a ECB pinout.

Thanks, Xenomorph.

Do you know if the KT828A has a ECB pinout configuration?

[vidbid]

Voltage & High Amperage from Coil Winding According to Don L. Smith

I thought this might be useful here. Don L. Smith breaks down how voltage and current is obtained by how the coil is wound, according to Tesla. Reference: Page 40 of Don L. Smith's Resonance Energy Methods and Donald L. Smith 1996 Tesla Symposium, Part 11, track 1:10/9:08.



Another thing I found interesting is Smith's statement that the energy level is a function of frequency. In other words, the higher the frequency, the higher the energy level.

[vidbid]

Just Trying to Get the SR193 Modulator Amplifier Module Correct

So if the KT828A has a ECB pinout, I imagine this would be a possible schematic/wiring diagram.



(From the data sheet, we see that the KT829A has a BCE pinout.)

[vidbid]

SR193 Frequency Generator Module

Moving back to the Frequency Generator now. Can anybody tell me why can not a square wave be used instead of a sine wave? Doesn't a square wave have more power? Why is having a sine wave so important? I just don't understand.

[vidbid]

SR193 Frequency Generator Module Wiring Diagram, v4





I missed that one small detail. Now that it is updated. I can move on.