Eric P. Dollard

06/20/2020

See my comments...

06/15/2020

I have significantly enhanced my answer to this question…

Vin Yasi's answer: You’re bringing up a good point, but only if we re-interpret it… We could use capacitors instead of batteries provided we don’t use them the same way as we use batteries, namely: we should not use a capacitor to store energy the same way we use a battery to store energy. But...

05/31/2020

William Beaty's answer: One of my niche specialties is the typical physics-misconceptions being spread by grade-school textbooks. Ideas like, the blood in your veins is bright blue, while arterial blood is bright red (no it isn’t.) Atoms look just like tiny solar systems (no they don’t!) And you...

05/17/2020

The perfect circuit is overunity (more reactant output than energetic input), staccato wedges of self-regulating amplitudes of current and voltage maintaining a consistent level of output, and is simple to conceive and is buildable. Eric Dollard's analog computer [1] in LMD mode (longitudinal mag...

05/09/2020

I updated my post in Franco Bruno Corteletti’s “Electrical Science” space on Quora. The article is called “Eric Dollard‘s Analog Computer as a Power Amplifier”...

https://is.gd/umobuw
..and I did a revision of its circuit simulation vastly improving it.

Since that’s a long post, it may be difficult to locate the update. So, here is a shortcut to the update by itself...

https://is.gd/esoyiw

Its archived mirror is located here...

https://is.gd/xasuyo

My goal for improving this simulated circuit was to reduce the input current which I managed to reduce to zero amperes and the voltage input is a rock stable one micro volt from peak-to-peak making this a zero watt input by comparison to its escalating output which does not have a limit because there is no regulating mechanism to pace its output relative to the demands made upon the load so that the escalating output does not exceed the load. To do this requires the use of switches opening and closing possibly draining the build up of energy to ground to periodically create a staccato of surges pulsing so many times per second.

I was able to develop this recent update (of using Eric Dollard's analog computer as a power amplifier) due to my recent discovery that Spectrum Software, the company who created and sold their analog electronic simulator (for the sum of $4,500 and upwards) has closed its business doors for the development and sales of their product. Instead, they are giving away free copies of their latest versions without any restrictions imposed one how large a circuit you can simulate without having to register your use of their product and pay them a large fee for its use...

http://www.spectrum-soft.com/download/download.shtm

Formerly, up until the 4th of July of last year (2019), impoverished users were restricted to small circuits of just a few components which demanded simplicity from my experiments to beat the high cost of purchasing their software by using their free demo evaluation version.

So, despite all of this glum news of current events, not everything is reason to be cranky!

https://youtu.be/6BnCUBKgnnc https://youtu.be/nJ8drfI4j9o Eric Dollard’s analog computer is normally used on the bench to emulate a transmission line in one of two different perspectives. One perspective is looking down along the length of the transmission line. But the perspective I wish to foc.....

05/04/2020

I figured out an appropriate response to somebody’s objection about the reliability of using simulators for simulating electrical circuits.

So firstly, here is the article where his criticism can be found at the bottom in the comment section…

https://is.gd/izoyara

And here is a mirror of my response in case you just want to see it separately…

https://is.gd/elehaw

Archived here...

https://is.gd/cunihe

Frequency is the control-point upon which rests the time dilation of each and every electronic component affecting how fast does a component alter its state-of-charge per unit of time. This potentially gives each component an independence free of meddling (from every other component) liberating t...

04/27/2020

I chose a truncated icosahedron [1] as a candidate for amplifying power [2] by applying this geometry to the archetype of Eric Dollard’s analog computer in LMD mode (longitudinal magneto-dielectric) due to its unique spherical shape. This sphericity [3] allows for an even distribution of electric....