Don't know what you guys are complaining about, ... a liter costs 1,80 euros here, that would be $8.85 a gallon .... how about that?Quote from ~Russ/Rwg42985 on April 6th, 2012, 11:08 PM Quote Irondmax said the permeability and separation adjusts is true. You get tested and see how varying the inductance varying the separation, but separation also has a second function works as air gap and is responsible for storing the energy that is transferred to the choke coils, the vic works as a flyback transformer stores energy when it has a positive cycle of the frequency generator when the pulse is not present all the energy stored in the air gap is transferred to the choke coils.
If you add separation, lower the inductance of the coils without touching the number of turns of the coils.
Danielgpalaciosall theory's need to be tested!Quote Ya Daniel, we'll just have to test all aspects of the core research, to really see what works and what doesn't, we will get there, we have to, here in Texas gasoline is almost $4.00 a gallon, Jeff.
$4.09 / GAL here... egh!
Step by step VIC build
hahaha you win you win! lol but... my $ is worth crap! LOL ~RussQuote from Sharky on April 7th, 2012, 02:46 AM Don't know what you guys are complaining about, ... a liter costs 1,80 euros here, that would be $8.85 a gallon .... how about that?Quote from ~Russ/Rwg42985 on April 6th, 2012, 11:08 PM Quote Irondmax said the permeability and separation adjusts is true. You get tested and see how varying the inductance varying the separation, but separation also has a second function works as air gap and is responsible for storing the energy that is transferred to the choke coils, the vic works as a flyback transformer stores energy when it has a positive cycle of the frequency generator when the pulse is not present all the energy stored in the air gap is transferred to the choke coils.
If you add separation, lower the inductance of the coils without touching the number of turns of the coils.
Danielgpalaciosall theory's need to be tested!Quote Ya Daniel, we'll just have to test all aspects of the core research, to really see what works and what doesn't, we will get there, we have to, here in Texas gasoline is almost $4.00 a gallon, Jeff.
$4.09 / GAL here... egh!
1,80?? WTF? i was almost crying for paying it 1,50 here in spain!!
Where are you from man?
Where are you from man?
Webmug
RE: Step by step VIC build
« Reply #253, on April 7th, 2012, 07:09 AM »Last edited on April 7th, 2012, 08:13 AM by Webmug
1,80?? WTF? i was almost crying for paying it 1,50 here in spain!!
Where are you from man?
Type ; euro/liter
--------------------
Euro95 ; 1.889
Super plus ; 1.959
Diesel ; 1.509
LPG ; 0.899
Br,
Webmug
I agree Russ,
I feel bad about slamming them but it gets to me when I see people trying to make money off of Stan's stuff. Greed has hindered this tech for far too long.
____________________________________________________________________
So back to the project:
I have an update on the coils I'm winding.
The primary coil turned out to be 550 turns and 10.5 Ohms, very close to the numbers which were posted back on page 8. Calculations were very close also, the work continues.
Oh and those were great ideas on the step motor and the arudino. Those are things I have very little knowledge about, so thanks for sharing you guys!
Finished winding my primary and secondary coils.
Primary 30AWG; 550wnd; 2.049mH; 11.1ohm.
Secondary 30AWG; 2700wnd; 64.76mH; 70.0ohm.
Not so perfect I wanted it to be.
Looks like my windings are not so perfect and I have more wire on the primary coil and less on the secondary:@.
I will remove 5.80 feet; (1.77 meter) from my primary coil, should get 10.5ohm!
Copper wire AWG30; 0.10320528 ohm/feet (0.3386 ohm / meter) 20 deg; 68 F
I think measuring wire length going onto the coil is the solution to match wire resistance. Wire turn count is not handy to use for exact coil values.
Trying to modify a IR-encoder from a PS/2 ball-mouse and use atmega328p to measure the wire length.
Br,
Webmug
HMS-776
RE: Step by step VIC build
« Reply #254, on April 7th, 2012, 02:17 PM »Last edited on April 7th, 2012, 10:40 PM by HMS-776
Webmug,
That's pretty close. It is hard to get a nice equal wind on the coils.
I use a small plastic card to push the wires into place as I'm winding them...I find the ends are the hardest and they can't be perfect.
I am going to wind all the secondary coils with an equal number of turns (around 3000-33000) and see what that gets me. Some of you guys may be wanting to match Meyer's bobbins and coils exactly. Experimenting is good....From the measurements and explanations of this coil it makes me wonder who wound the originals? Seems like the person didn't really put much attention to detail in them.
In Meyer's control and driver patent he states that each VIC and cell we are all trying to build can split 5 gallons of water per hour. One gallon of water contains about 4700 liters of hydrogen and 2350 liters of oxygen. Times this by 5 and you get over 35,000 liters of gas which comes up to 600 liters per mintue...
These numbers seem high. I tend to think the statement Meyer made in that patent about 5 gallons per hour was strictly theoretical!
That's pretty close. It is hard to get a nice equal wind on the coils.
I use a small plastic card to push the wires into place as I'm winding them...I find the ends are the hardest and they can't be perfect.
I am going to wind all the secondary coils with an equal number of turns (around 3000-33000) and see what that gets me. Some of you guys may be wanting to match Meyer's bobbins and coils exactly. Experimenting is good....From the measurements and explanations of this coil it makes me wonder who wound the originals? Seems like the person didn't really put much attention to detail in them.
In Meyer's control and driver patent he states that each VIC and cell we are all trying to build can split 5 gallons of water per hour. One gallon of water contains about 4700 liters of hydrogen and 2350 liters of oxygen. Times this by 5 and you get over 35,000 liters of gas which comes up to 600 liters per mintue...
These numbers seem high. I tend to think the statement Meyer made in that patent about 5 gallons per hour was strictly theoretical!
~Russ
RE: Step by step VIC build
« Reply #255, on April 9th, 2012, 11:06 PM »Last edited on April 9th, 2012, 11:38 PM by ~Russ/Rwg42985
guys. i think i found out that the FB coil needs to be bifilar warped... may not? but by looking at my measurements and dons info it seems that the feed back coils is bifilar. otherwise the inductance would be off... ??? one coil would be less turns at a distance from the core ans the other more turns closer to the core. this would throw off the the inductance... or it could make it just right... the .4 ohms defiance is only like 1 foot of wire?
what is your thoughts??? im wrapping one now to see what happens. bifilar.
also. my measurements on the C1 and C2... the turn counts are swopped... just seen that! ill re upload the excel sheet data once i'm done fixing the FB coil.
PS>
the 5 gallons per hour has always been something to talk about...
some one should start a thread on that subject... ( there may be one already...)
~Russ
what is your thoughts??? im wrapping one now to see what happens. bifilar.
also. my measurements on the C1 and C2... the turn counts are swopped... just seen that! ill re upload the excel sheet data once i'm done fixing the FB coil.
PS>
the 5 gallons per hour has always been something to talk about...
some one should start a thread on that subject... ( there may be one already...)
~Russ
Finished winding my primary and secondary coils.
Primary 30AWG; 550wnd; 2.049mH; 11.1ohm.
Secondary 30AWG; 2700wnd; 64.76mH; 70.0ohm.
just trying to compare my coil with yours... i just went at it with a drill! lol
i also think that the turns count needs to be just a way to get you close...
thanks! ~Russ
~Russ
RE: Step by step VIC build
« Reply #257, on April 10th, 2012, 01:20 AM »Last edited on April 10th, 2012, 01:24 AM by ~Russ/Rwg42985
guys. i think i found out that the FB coil needs to be bifilar warped... may not? but by looking at my measurements and dons info it seems that the feed back coils is bifilar. otherwise the inductance would be off... ??? one coil would be less turns at a distance from the core ans the other more turns closer to the core. this would throw off the the inductance... or it could make it just right... the .4 ohms defiance is only like 1 foot of wire?
what is your thoughts??? im wrapping one now to see what happens. bifilar.
also. my measurements on the C1 and C2... the turn counts are swopped... just seen that! ill re upload the excel sheet data once i'm done fixing the FB coil.
~Russ
Feedback 1 Feed back 2
wire resantce on air core (100hz) 11.507 @ .1884Q 11.501 @ .1884Q
wire resantce on air core (120hz) 11.682 @ .3360Q 11.675 @ .2261Q
wire resantce on air core (1khz) 50.54 @ 1.8827Q 50.51 @ 1.8828Q
wire resantce on air core (10khz) 3.6893K @ 17.524Q 3.693K @ 17.590Q
inductance on air core (100hz) 3.332mh @ .1884Q 3.331mh @ 1.885Q
inductance on air core(120hz) 3.332mh @ .2261Q 3.330mh @ .2262Q
inductance on air core (1khz) 3.332mh @ 1.8829Q 3.330mh @ 1.8842Q
inductance on air core (10khz) 3.339mh @ 17.510Q 3.335mh @ 17.555Q
capacitance on air core(100hz) 26.05uf @ 5.3077Q 26.12uf @ 5.3015Q
capacitance on air core(120hz) 25.66uf @ 4.4240Q 25.73uf @ 4.4180Q
capacitance on air core (1khz) 5.928uf @ .5311Q 5.935uf @ .5305Q
capacitance on air core(10khz) 75.62nf @ .0570Q 75.70nf @ .0579Q
wire resantce on air core (fluke) 11.3 11.3
and stans:
Coil Feedback1 Feedback2
Thick in 0.0155 0.0155
R (Fluke) Ohms 11.5 11.1
R(BK) @100Hz Ohms 12 11.58
R(BK) @120Hz Ohms 12.14 11.74
R(BK) @ 1kHz Ohms 49.35 51.5
R(BK) @ 10kHz Ohms 3.22k 3.42k
L(BK) @100Hz H 3.47mH @ 0.188Q 3.43mH @ 0.192Q
L(BK) @120Hz H 3.3mH @ 0.214Q 3.34mH @ 0.225Q
L(BK) @ 1kHz H 3.3mH @ 1.8Q 3.36mH @ 1.89Q
L(BK) @ 10kHz H 3.3mH @ 16Q 3.34mH @ 16.8Q
C(BK) @100Hz F 23.7uF @ 5.61D 25.86uF @ 5.34D
C(BK) @120Hz F 23.3uF @ 4.67D 25.5uF @ 4.42D
C(BK) @ 1kHz F 5.75uF @ 0.552D 5.82uF 0.524D
C(BK) @ 10kHz F 83nF @ 0.061D 81.85nF @ 0.059D
looks good but i think it still may come out close when warped the other way...
also added my cell and stans measurements in the ecxell...
~Russ
updated on this post:
http://open-source-energy.org/?tid=170&pid=3580#pid3580
my CELL
resantce (100hz) 3.701k @ .0064Q
resantce (120hz) 3.687k @ .0063Q
resantce (1khz) 3.656k @ .0355
resantce (10khz) 3.751k @ .3226Q
inductance (100hz) 35.44mh @ .0061Q
inductance (120hz) 29.26mh @ .0060Q
inductance (1khz) 20.30mh @ .0351Q
inductance (10khz) 17.19mh @ .3191Q
capacitance (100hz) 2.6nf @ 166.17Q
capacitance (120hz) 2.16nf @ 167.14Q
capacitance (1khz) 153pf @ 28.5Q
capacitance (10khz) 1360.8pf @ 3.1466Q
resantce (fluke) 330k
Z (100hz) 3.661k @ .0062Q
Z (120hz) 3.658k @ .0061Q
Z (1khz) 3.632k @ .0353Q
Z (10khz) 3.556k @ .3203
Webmug
RE: Step by step VIC build
« Reply #258, on April 10th, 2012, 02:38 AM »Last edited on April 10th, 2012, 02:58 AM by Webmug
my CELL
resantce (100hz) 3.701k @ .0064Q
resantce (120hz) 3.687k @ .0063Q
resantce (1khz) 3.656k @ .0355
resantce (10khz) 3.751k @ .3226Q
inductance (100hz) 35.44mh @ .0061Q
inductance (120hz) 29.26mh @ .0060Q
inductance (1khz) 20.30mh @ .0351Q
inductance (10khz) 17.19mh @ .3191Q
capacitance (100hz) 2.6nf @ 166.17Q
capacitance (120hz) 2.16nf @ 167.14Q
capacitance (1khz) 153pf @ 28.5Q
capacitance (10khz) 1360.8pf @ 3.1466Q
resantce (fluke) 330k
Z (100hz) 3.661k @ .0062Q
Z (120hz) 3.658k @ .0061Q
Z (1khz) 3.632k @ .0353Q
Z (10khz) 3.556k @ .3203
Major problem are the design parameters, what kind of cell is used (capacitance) and type of water (resistance).
We can have UNIPOLAR pulses with a resistance of 3kOhm for the 1100mH chokes
and using tap water (3kOhm/475nF/1100mH), theoretically speaking!
Br,
Webmug
Looks like the resistance is what I expected it should be between the WATER GAP exciters.
BUT... :exclamation:
Question: what type of water did you use in the WFC, the C values have different range compared with Dynodon's measurements?
Tap water should be 5.72uF (1kHz); 288.5nF (10kHz)
Distilled 25nF(1kHz); ...nF (10kHz);
Br,
Webmug
how are you winding these? by hand and trying to get every layer perfect ???Quote Finished winding my primary and secondary coils.
Primary 30AWG; 550wnd; 2.049mH; 11.1ohm.
Secondary 30AWG; 2700wnd; 64.76mH; 70.0ohm.
just trying to compare my coil with yours... i just went at it with a drill! lol
i also think that the turns count needs to be just a way to get you close...
thanks! ~Russ
It is important to get the values close as possible. Almost impossible to get it equal values.
The PLL should solve the resonance tuning if we are little off inductance/capacitance.
What really matters are the chokes (tuning equal but opposite voltages) connected to the wfc.
Br,
Webmug
Question: what type of water did you use in the WFC,
also
Finished winding my primary and secondary coils.
Primary 30AWG; 550wnd; 2.049mH; 11.1ohm.
Secondary 30AWG; 2700wnd; 64.76mH; 70.0ohm.
just trying to compare my coil with yours... i just went at it with a drill! lol
i also think that the turns count needs to be just a way to get you close...
thanks! ~Russ
yeah... forgot that part... im using distilled... but there may be contaminants in the cell and also its not conditioned... like Stans cell was... so its may be different... also, cap values change drastically all the time with just slight changes in the water... and when there is bubbles and such... its crazy how much much changes.Quote Question: what type of water did you use in the WFC,
alsohow are you winding these? by hand and trying to get every layer perfect ???Quote Finished winding my primary and secondary coils.
Primary 30AWG; 550wnd; 2.049mH; 11.1ohm.
Secondary 30AWG; 2700wnd; 64.76mH; 70.0ohm.
just trying to compare my coil with yours... i just went at it with a drill! lol
i also think that the turns count needs to be just a way to get you close...
thanks! ~Russ
Just poor some tap water in it and do the measurements again, please.
The WFC capacitance is too small for the chokes if we are using distilled water.
The exciters are conditioned? Not heard this before, why would you do this?
The contaminants are handled by the PLL circuit and capacitance is changing little but it C (resonant frequency) is in range of the scanner if you use tap water!
Thanks!
Br,
Webmug
Webmug, did you post this? if so whats my answer?Quote how are you winding these? by hand and trying to get every layer perfect ???
just trying to compare my coil with yours... i just went at it with a drill! lol
i also think that the turns count needs to be just a way to get you close...
thanks! ~Russ
Finished winding my primary and secondary coils.
Primary 30AWG; 550wnd; 2.049mH; 11.1ohm.
Secondary 30AWG; 2700wnd; 64.76mH; 70.0ohm.
just trying to compare my coil with yours... i just went at it with a drill! lol
i also think that the turns count needs to be just a way to get you close...
thanks! ~Russ
Webmug
RE: Step by step VIC build
« Reply #262, on April 10th, 2012, 03:58 AM »Last edited on April 10th, 2012, 04:23 AM by Webmug
Webmug, did you post this? if so whats my answer?how are you winding these? by hand and trying to get every layer perfect ???Quote Finished winding my primary and secondary coils.
Primary 30AWG; 550wnd; 2.049mH; 11.1ohm.
Secondary 30AWG; 2700wnd; 64.76mH; 70.0ohm.
just trying to compare my coil with yours... i just went at it with a drill! lol
i also think that the turns count needs to be just a way to get you close...
thanks! ~Russ
I wind the coils with my drill setup. So not perfect layered.
It is important to get the values close as possible. Almost impossible to get it equal values.
The PLL should solve the resonance tuning if we are little off inductance/capacitance.
What really matters are the chokes (tuning equal but opposite voltages) connected to the wfc.
Br,
Webmug
WFC Russ
capacitance (1khz) 153pf @ 28.5Q
capacitance (10khz) 1360.8pf @ 3.1466Q
Russ, is your measurement on 10kHz value correct in distilled water? (too high)
Rain water should have almost the same capacitance value.
When I calculate the choke POS, the resonant frequency is 11.8kHz.
(1200mH; 153pF; 3.75kOhm)
Thinking:
So if you can get double pulse we have to drive it with halve the frequency (5.9kHz), I guess??
If you drive the secondary and get 200Vpp AC on resonance and run it with the resonant choke you have 6kV Vmax. and 6kV Vmin. (calculated).
Looks like the self-resonance frequency of my secondary is 14.2kHz. So then my Cp is 120pF!!!! with 1047mH;
What if C wfc < Cp chokes?
Hmmm...:exclamation:
Br,
Webmug
~Russ
RE: Step by step VIC build
« Reply #263, on April 10th, 2012, 04:33 AM »Last edited on April 10th, 2012, 04:35 AM by ~Russ/Rwg42985
Yes, my post.Quote from ~Russ/Rwg42985 on April 10th, 2012, 03:26 AM Webmug, did you post this? if so whats my answer?how are you winding these? by hand and trying to get every layer perfect ???Quote Finished winding my primary and secondary coils.
Primary 30AWG; 550wnd; 2.049mH; 11.1ohm.
Secondary 30AWG; 2700wnd; 64.76mH; 70.0ohm.
just trying to compare my coil with yours... i just went at it with a drill! lol
i also think that the turns count needs to be just a way to get you close...
thanks! ~Russ
I wind the coils with my drill setup. So not perfect layered.
It is important to get the values close as possible. Almost impossible to get it equal values.
The PLL should solve the resonance tuning if we are little off inductance/capacitance.
What really matters are the chokes (tuning equal but opposite voltages) connected to the wfc.
Br,
WebmugRuss, is your measurement on 10kHz value correct in distilled water? (too high)Code: [Select] WFC Russ
capacitance (1khz) 153pf @ 28.5Q
capacitance (10khz) 1360.8pf @ 3.1466Q
Rain water should have almost the same capacitance value.
When I calculate the choke POS, the resonant frequency is 11.8kHz.
(1200mH; 153pF; 3.75kOhm)
Thinking:
So if you can get double pulse we have to drive it with halve the frequency (5.9kHz), I guess??
If you drive the secondary and get 200Vpp AC on resonance and run it with the resonant choke you have 6kV Vmax. and 6kV Vmin. (calculated).
Looks like the self-resonance frequency of my secondary is 14.2kHz. So then my Cp is 120pF!!!! with 1047mH;
What if C wfc < Cp chokes?
Hmmm...:exclamation:
Br,
Webmug
also. one thing that my be a prob is that i can set my LRC meter to series or parallel... i think on normal LRC meter its all ready set... so like on the coils i had to switch to from series to parallel to get the correct measurements..."meter on PAL for R and C but set on SER for L" on my coil measurements... the so i may have the wrong setting for the cap... :) that i can play with more later...
~Russ
Webmug
RE: Step by step VIC build
« Reply #264, on April 10th, 2012, 07:58 AM »Last edited on April 11th, 2012, 12:20 AM by ~Russ/Rwg42985
hummm, ok, yes i will re due the measurements with tap water...Quote from Webmug on April 10th, 2012, 03:58 AM Yes, my post.Quote from ~Russ/Rwg42985 on April 10th, 2012, 03:26 AM Webmug, did you post this? if so whats my answer?how are you winding these? by hand and trying to get every layer perfect ???Quote Finished winding my primary and secondary coils.
Primary 30AWG; 550wnd; 2.049mH; 11.1ohm.
Secondary 30AWG; 2700wnd; 64.76mH; 70.0ohm.
just trying to compare my coil with yours... i just went at it with a drill! lol
i also think that the turns count needs to be just a way to get you close...
thanks! ~Russ
I wind the coils with my drill setup. So not perfect layered.
It is important to get the values close as possible. Almost impossible to get it equal values.
The PLL should solve the resonance tuning if we are little off inductance/capacitance.
What really matters are the chokes (tuning equal but opposite voltages) connected to the wfc.
Br,
WebmugRuss, is your measurement on 10kHz value correct in distilled water? (too high)Code: [Select] WFC Russ
capacitance (1khz) 153pf @ 28.5Q
capacitance (10khz) 1360.8pf @ 3.1466Q
Rain water should have almost the same capacitance value.
When I calculate the choke POS, the resonant frequency is 11.8kHz.
(1200mH; 153pF; 3.75kOhm)
Thinking:
So if you can get double pulse we have to drive it with halve the frequency (5.9kHz), I guess??
If you drive the secondary and get 200Vpp AC on resonance and run it with the resonant choke you have 6kV Vmax. and 6kV Vmin. (calculated).
Looks like the self-resonance frequency of my secondary is 14.2kHz. So then my Cp is 120pF!!!! with 1047mH;
What if C wfc < Cp chokes?
Hmmm...:exclamation:
Br,
Webmug
also. one thing that my be a prob is that i can set my LRC meter to series or parallel... i think on normal LRC meter its all ready set... so like on the coils i had to switch to from series to parallel to get the correct measurements..."meter on PAL for R and C but set on SER for L" on my coil measurements... the so i may have the wrong setting for the cap... :) that i can play with more later...
~Russ
http://kb.bkprecision.com/questions.php?questionid=22
Tap water should give lower resistance, you think also?
Rain water is almost the same as distilled water.
What do you think, did Stan boil and condensed the water for the WFC?
The steam resonator also works with distilled-, tap-, rain water and or did he mixed them all in the cavity? :D
Thanks!
Br,
Webmug
If we want to know it for sure do both measurements: series and than also parallel :cool:
http://kb.bkprecision.com/questions.php?questionid=22
Tap water should give lower resistance, you think also?
Rain water is almost the same as distilled water.
What do you think, did Stan boil and condensed the water for the WFC?
The steam resonator also works with distilled-, tap-, rain water and or did he mixed them all in the cavity? :D
Thanks!
Br,
Webmug
Trying to modify a IR-encoder from a PS/2 ball-mouse and use atmega328p to measure the wire length.
Br,
Webmug[/quote]can you give more info about that?video?something?
Trying to modify a IR-encoder from a PS/2 ball-mouse and use atmega328p to measure the wire length.
Br,
Webmug
https://www.youtube.com/watch?v=kSnnX1FwiWQ
securesupplies
RE: Step by step VIC build
« Reply #268, on April 20th, 2012, 02:53 PM »Last edited on April 22nd, 2012, 12:05 AM by securesupplies
note
from stans last letter
Dan
from stans last letter
Dan
More summary more specs,
please comment and will adjust or add to it.
Dan
please comment and will adjust or add to it.
Dan
Gunther Rattay
RE: Step by step VIC build
« Reply #270, on April 25th, 2012, 06:32 PM »Last edited on April 26th, 2012, 02:07 AM by bussi04
What do you guys recommend/use as far as oscilloscopes and HV probes are concerned?
I have been looking at the Parallax Propscope (USB scope) for about $200.
It has a spectrum analyzer which I think is important for what we are trying to do...I also want something with a digital LCR meter....
Either way I think I will be making my own HV probes with a 1,000 : 1 voltage divider just to be on the safe side.
PeakTech 2165 LCR meter
I also made a simple voltage divider attempt for HV by using 10 resistors 10M each in series but believe it or not it made no voltage reduction as calculated and it made a positive DC voltage oscillation look like an AC oscillation at a differential input probe.
I think it can be made but not that simple way I did ...
Sorry this is a bit basic level ,
but posting link anyways.
https://www.youtube.com/watch?v=ZjwzpoCiF8A&feature=related
as May help some one.
Dan
but posting link anyways.
https://www.youtube.com/watch?v=ZjwzpoCiF8A&feature=related
as May help some one.
Dan
It's been a few weeks since the core material was ordered....Any word yet Russ?
Hello All
Im new to this forum but I hope I can help in this research and development process. I have to admit that Im not all that savy with the electronics end of things. Im just pretty good at designing and building stuff. I came across this material for a core for the VIC Transformer: MN67. I hope im not repeating something that has already been tried. I havent gotten a chance to read through everything here! I have attached the datasheet.
Im new to this forum but I hope I can help in this research and development process. I have to admit that Im not all that savy with the electronics end of things. Im just pretty good at designing and building stuff. I came across this material for a core for the VIC Transformer: MN67. I hope im not repeating something that has already been tried. I havent gotten a chance to read through everything here! I have attached the datasheet.
It's been a few weeks since the core material was ordered....Any word yet Russ?