My Motors got me to Tap into Radiant Energy

[dione]

What is a 'HALL 7555'?

Thanks foufos2012. So I looked up the 'hall 7555' on google and search didn't come up with anything that appears correct. What is that IC exactly? . In the circuit diagram i see that it appears to be switching a NPN transistor which then switches 12 volts in a coil. Is this coil the same as the one in the pictures, then i assume that what appears to be a ferrite core is actually that a piece of ferrite?

Thanks

[dione]

Koudos on your setup

Bigup on what you have there foufos, look great . By the way about how much would be the current draw on the battery connected on the coil when the coil is pulsed? and what meter is shown in the second picture? (i.e handheld scope, frequency, volt...) and this is radiant energy charging the third battery rite?

[foufos2012]

The experimental parameters


Hello Everyone, I am in china. My English is very bad. You see the content is translated by the translation software.
Coil parameters: diameter of 1.2 mm, 15uh inductor, ferrite core diameter of 30 mm
The parameters of the battery: two lead-acid battery nominal 12V5AH.
The test data in Annex

[dione]

That looks like excellent data but its mostly in chines , Could you indicate exactly what that increase in frequency corresponds to the 'ma' on the right side of the chart after the second '%'?

thanks

[foufos2012]

New Data

low frequency better than High frequency from the experimental data

[Ufopolitics]

Excellent Work!!

low frequency better than High frequency from the experimental data

Hello and Foufos!

Excellent work there!!


Warm regards


Ufopolitics

[Ufopolitics]

7555

Thanks foufos2012. So I looked up the 'hall 7555' on google and search didn't come up with anything that appears correct. What is that IC exactly? . In the circuit diagram i see that it appears to be switching a NPN transistor which then switches 12 volts in a coil. Is this coil the same as the one in the pictures, then i assume that what appears to be a ferrite core is actually that a piece of ferrite?

Thanks

Hello Dione and


The HAL7555 is just a CMOS and more accurate 555 Timer...search just 7555

www.nxp.com/documents/data_sheet/ICM7555.pdf


He is using it in Astable mode to obtain the required oscillations.


Warm regards


Ufopolitics

[GChilders]

Wiring Diagram

@Sampojo,
Sam I sent you a pm with the wiring diagram you asked about. It is a screen shot of an old post by ufo. As it introduced a lot of controversy in the early days of the thread, and that has nothing to do with the true usefulness of this diagram, I sent it to you in a pm.

Cheers

Garry

[GChilders]

temp sensors

@ John Stone
John you have two different temp sensors listed for the data acquisition system with one being limited to a single address. The ones from sparkfun have an individual address pin that allows up to four devices to be used on a single buss. The price on these has dropped to 3.95 American dollars each. Is there a problem with these sensors as they seem to have these advantages over the TC-74 sensors? No hurry just trying to get information. I am working my way through the sensors and trying to inform myself. I decided to go ahead and get the master slave version of the blue tooth module simply because it might be useful for other projects and the price was only a few dollars more. Seemed more flexible. Also for handling voltage readings I have read a couple of article on a method that uses a voltage divider with the Arduino. I am still a little unclear on how it works but is this a viable method for getting voltage readings? I did not see a voltage module anywhere in LN005 and after googling it, could not find any break out boards. Seems that I have had a lot of time investigating some of these things while waiting for my pcbs. lol

Cheers

Garry

Garry

[prochiro]

Garry
I have done extensive work with the TC74. They are 0.82 cents each at Microchip Direct. You can put eight on one buss and by simple code changes, reset the buss to another eight. I have fount that the recommended pull down resistors are not necessary also. I have only put 5 together on one buss but that gives many sensors. Code is easy to. You can switch the 5v line on each set off and on and get a reading on every fet on the board if you want to. If one or two of the sensors are reading incorrectly you can adjust the code to adjust the readout. Here is the code for two sensors with correction and address info.

#include "Wire.h"
//wire library
// for TC74 sensors
// I assume this is the register address there the temp info is stored per the data sheet.
/*
A0=48
A1=49
A2=4a
A3=4b
A4=4c
A5=4d
A6=4e
a&=4f
*/
#define address1 0X4b // for sensor TC74A3
#define address2 0X48 // for sensor TC74A0
#define delayC 1000
//delay count in ms

#define baudrate 9600
//baudrate for communication
byte val = 0;
void setup()
{
Wire.begin();
Serial.begin(baudrate);
}

void loop()
{
Serial.print("T1 in C/F ");
//let's signal we're about to do something

int temperature1;
int temperature2;
//temperature in a byte

Wire.beginTransmission(address1);
//start the transmission

Wire.write(val);

Wire.requestFrom(address1, 1);
if (Wire.available()) {
temperature1 = Wire.read();
Serial.print(temperature1);
Serial.print("/");
temperature1=(temperature1*9/5)+32;
Serial.println(temperature1);}
else {
Serial.println("---");
}
//***********************
Serial.print("T2 in C/F ");
Wire.beginTransmission(address2);
//start the transmission

Wire.write(val);

Wire.requestFrom(address2, 1);
if (Wire.available()) {
temperature2 = Wire.read();
temperature2=temperature2+2; // This is to adjust sensor to all others or known readings
Serial.print(temperature2);
Serial.print("/");
temperature2=(temperature2*9/5)+32;
Serial.println(temperature2);
//***********************
}

else {
Serial.println("---");
}
delay(2000);
}

// 37°C x 9/5 + 32 = 98.6°F

Dana

[JohnStone]

@ John Stone
John you have two different temp sensors listed for the data acquisition system with one being limited to a single address. The ones from sparkfun have an individual address pin that allows up to four devices to be used on a single buss. The price on these has dropped to 3.95 American dollars each. Is there a problem with these sensors as they seem to have these advantages over the TC-74 sensors? No hurry just trying to get information. I am working my way through the sensors and trying to inform myself. I decided to go ahead and get the master slave version of the blue tooth module simply because it might be useful for other projects and the price was only a few dollars more. Seemed more flexible. Also for handling voltage readings I have read a couple of article on a method that uses a voltage divider with the Arduino. I am still a little unclear on how it works but is this a viable method for getting voltage readings? I did not see a voltage module anywhere in LN005 and after googling it, could not find any break out boards. Seems that I have had a lot of time investigating some of these things while waiting for my pcbs. lol

Cheers

Garry

Garry

My last decision was TC74 because it is the only one left in production being 5V and non SMD type. With that fin we can easily fit them to any motor part. The only drawback is they have factory programmed I2C addresses and we need to have a dedicated part for each address.

We need to get the whole system carefully protected from any disturbance in order to measure and not guess. Keep in mind: we want to have proof of facts! Therefore it is essential to get analog wires SHORT. It is not viable to meaure those polluted voltages at motor side by drawing analog wires to the Arduino 8 bit only.
Apart that we need to measure high and low voltages without changing the assembly. My suggestion:
- Arduino in a metal box (I use a scanvenged CD drive housing)

- USB A jacks mounted (side of former IDE flat cable) on PCB board along Arduino

- Connection to sensors by cables USB type (buy long ones with A connectors at both ends, cut them in center and connect sensors there to wires)
- For voltage /amp sensor we use that 16 Bit ADC with adjustable preamplifier. It shall live close to measurign points. Voltage devider (here is your mutual "voltage module") connected to ADC CH1 and current sensor to CH2. Thus we have short analog lines, we can measure current in (+) branch (high side). Voltage devider shall be set to measure max. voltage i.e. 150V. Thanks to 16 Bit and preamplifier we will be able to measure low voltage as well.
We might add some overvoltage protection.
The ONLY connection to GND at setup is GND point of voltage devider.
- Assembly above mounted in metal box (I use a scanvenged AL housing from a decent electrolitic cap ) being connected to screen of cable . Screen shall be conected at USB housing to GND only - NOT at far end at sensors!

- I2C allows other sensors as well. I mounted 4 USB-A connectors and connected them in parallel. Thus I sustain the bus (logically) but have the chance to add sensors deliberately while keeping disturbance low. Keep in mind: any long cable and loop (i.e. GND) perform as superiour antenna for swallowing interferences at analog part while shielded I2C and far end metal box for sensor is very safe.

- I2C is too slow for rpm singals. They shall be fed to Arduino directly (interrupt). Please use an USB cable as well (USB-B-connector recommended) and use cable screen, power wires like at I2C

Regarding BT:
I recommended that device because it supports 5V power connection to Arduino (remember voltage devider for TX signal). It seems there is only one manufacturer of those piggy back PCBs and all of them are easy to use - unfortnuately I did not operate that module up to now ). Garry, you will perform as pioneer

Success to ALL!!!!!!!!!!!!!!!!!
JS

[dione]

Thanks for the info

Thanks for the info UFO. I followed the link you gave me and learnt that the 7555 is basically the new version of the 555, the difference is that it is improved parameter of operation( supply voltage etc..). I got it

UFO is was wondering if you could share some information with me. I read through all the pages on this thread and i still really don't get a straight, or at lease an answer that i can follow up on . I'm really interested in using the radiant energy to charge lead acid batteries so i can use it run the lights at my house. I know regarding your single coil that it is pulsed to obtain a radiant energy effect? could you personal message me with my e-mail.

Oh and thanks for your welcome i greatly appreciate it and all that you have done to benefit our human race.

[JohnStone]

If you want to know why we are after free energy and why this is no myth please watch Nassim Harmein explaining just this. Take the time and get this class in physics (Brisbane AU) along great amusement.
You will return relaxed and as a different researcher.


Watch as well.

[warrensk]

PCBs?

checkout OSHPark links here, welcome

purchase Monster Driver PCB online at OSHPark

Hey, this link does not work for me...there are monster driver PCBs made? I would very much like to purchase one! this can be made to be variable frequency and duty cycle?

-Warrensk

[sampojo]

Re: warrensk problem w/OP link

Hey, this link does not work for me...there are monster driver PCBs made? I would very much like to purchase one! this can be made to be variable frequency and duty cycle?

-Warrensk

Warren,
Look at post 2253. There are two links where ot Can be found, the OSHpark store and the shared projects. I think the location shared links is always changing users share projects.

It is under complete control of an Arduino processor. Dana Gary and John Busily trying to integrate governors temperature sensors And amperage sensors too.
Hope this helps. From my cell,

Sam