Feedback To Source

[nievesoliveras]

@Jesus . Nice work Man .  I have been building and building and designing feedback circuits by the hand full . If you need any parts like maybe germanium transistors to play with i have 120+ of them i bought off ebay . all different gains and base voltages . i would be glad to send you a bout 5 or 10 for a self addressed soft pack . and i will sort thru them like i have been doing getting the best gain vers bias for our / your low voltage 1.5 volt operation to further increase the positivity of the system for feedback to Source . you interested ?Drop me a pm and ill give you my address . I find this subject interesting because i do have a self runner but want to compact it to a solid state or at least Miniaturize the device to carry and power itself along with doing work . My Bedini weigh self runner weight about 40 pounds total and it ain't that portable     . I hope My endeavorers will eventually help you . God Speed .. Al

I do accept your help. I have been trying to get parts from some part sellers and they all have some excuse for not sending the items I bought. I will PM you for the addresses. I am just tire now. It is 3am here. I am going off for today.
Thanks!!

Jesus

[gyulasun]

... I find this subject interesting because i do have a self runner but want to compact it to a solid state or at least Miniaturize the device to carry and power itself along with doing work .

Hi Al,

I wonder if your "self runner" runs by energy created by itself?  Do you mean that or "self runner" only a name ?

Any more details if you can?

Thanks, 
Gyula

[spinner]

Hi Al,

I wonder if your "self runner" runs by energy created by itself?  Do you mean that or "self runner" only a name ?

Any more details if you can?

Thanks, 
Gyula

Sorry to bump in, but - which "selfrunner"
Thanks!

@nievesoliveras
A resistor divider (potentiometer circuit) is widely used, but not for any kind of power intensive (or energy efficient) applications...
It works perfectly with a "high impedance" circuits (like measurement with a Universal digital V-meters...) Or, many High-Ohm electronical applications...

The name says it all. It's a "Voltage divider". It's Not the power divider.... Ohm's law.
Using a different resistor would cause the same theoretical voltage division (300 Ohm/100 Ohm is exactly the same as 300 MOhm/100 MOhm regarding a pure Voltage division...).
But in practice?

So if you want to use an efficient circuit to "match" a higher voltage source to lower voltage "drain" interaction, search for DC/DC down-converter circuits. They're much more efficient than a simple resistor divider (potentiometer) circuits.
Cheers!

[nievesoliveras]

Sorry to bump in, but - which "selfrunner"
Thanks!

@nievesoliveras
A resistor divider (potentiometer circuit) is widely used, but not for any kind of power intensive (or energy efficient) applications...
It works perfectly with a "high impedance" circuits (like measurement with a Universal digital V-meters...) Or, many High-Ohm electronical applications...

The name says it all. It's a "Voltage divider". It's Not the power divider.... Ohm's law.
Using a different resistor would cause the same theoretical voltage division (300 Ohm/100 Ohm is exactly the same as 300 MOhm/100 MOhm regarding a pure Voltage division...).
But in practice?

So if you want to use an efficient circuit to "match" a higher voltage source to lower voltage "drain" interaction, search for DC/DC down-converter circuits. They're much more efficient than a simple resistor divider (potentiometer) circuits.
Cheers!

I have the step down circuit already, but I need to finish this test plan to the letter to move to that other side of the experiments.

Jesus

[nievesoliveras]

According to plan steps 8, 9 and 10 are accomplished here.

When I tested the circuit with the 4 circuits composition, the leds and the neon bulb, only flicked very faintly. Meaning that there is not strength on the voltage from the coil.
I tried it directly just after the 2n4007 diode and got the same results, just a little brighter.

Even though this experiment has not worked as expected, I have learned a lot doing it. I will make some more tests.

Jesus