Field Array.Hexatronic Configuration - Revision history

XenoEngineer: /* The synchronous charge pump voltage regulation solution */

2024-02-02T15:05:42Z

The synchronous charge pump voltage regulation solution

← Older revision		Revision as of 15:05, 2 February 2024
Line 55:		Line 55:
	In principle, stretching a current recharge pulse longer than the natural impulse will square and separate the pulse edges, which is adding even harmonics while descending in frequency.		In principle, stretching a current recharge pulse longer than the natural impulse will square and separate the pulse edges, which is adding even harmonics while descending in frequency.

	All the regular spectral contributions that a system component may have upon system behavior will be evident in the QAT ~~of the~~ category distribution of the timing variance of the chaotic oscillator (inherent in ring design, and observed by and celebrated within the design —the noise exploit)		All the regular spectral contributions that a system component may have upon system behavior will be evident in the QAT category distribution of the timing variance of the chaotic oscillator (inherent in ring design, and observed by and celebrated within the design —the noise exploit).


	<br style="clear:both;"/>		<br style="clear:both;"/>
	{{qe.footer}}		{{qe.footer}}

XenoEngineer: /* The synchronous charge pump voltage regulation solution */

2024-02-02T15:04:58Z

The synchronous charge pump voltage regulation solution

← Older revision		Revision as of 15:04, 2 February 2024
Line 49:		Line 49:

	===<font color="orange">The synchronous charge pump voltage regulation solution</font> ===		===<font color="orange">The synchronous charge pump voltage regulation solution</font> ===
	To avoid a switching power supply sending transient noise into an accumulative ring oscillator, rather, a power supply is switched ~~synchrousouly~~ with the power-switching cycle of the ring oscillator.		To avoid a switching power supply sending transient noise into an accumulative ring oscillator, rather, a power supply is switched synchronously with the power-switching cycle of the ring oscillator. This creates a synchronous recharge pulse, beginning with and lagging after the current output pulse of a ring power switch.

	~~The Charge pump trigger output serves to synchrously charge beginning with the power cycle, and continuing for a period of time beyond the power-conduction cycle of the power switch.~~ The adjusting the length of a delay period programmatically, beginning with the power cycle, algorithmic control of the voltage level maintained against oscillator charge consumption, ~~synchrously~~ with each pulse.		The adjusting the length of a delay period programmatically, beginning with the power cycle, algorithmic control of the voltage level maintained against oscillator charge consumption, synchronously with each pulse.

	In principle, stretching a current recharge pulse longer than the natural impulse will square and separate the pulse edges, which is adding even harmonics while descending in frequency.		In principle, stretching a current recharge pulse longer than the natural impulse will square and separate the pulse edges, which is adding even harmonics while descending in frequency.

	All the regular spectral contributions that a system component may have upon system behavior will be evident in the ~~whole~~ of the category distribution of the timing variance of the chaotic oscillator (inherent in ring design, and observed by and celebrated within the design —the noise exploit)		All the regular spectral contributions that a system component may have upon system behavior will be evident in the QAT of the category distribution of the timing variance of the chaotic oscillator (inherent in ring design, and observed by and celebrated within the design —the noise exploit)


	<br style="clear:both;"/>		<br style="clear:both;"/>
	{{qe.footer}}		{{qe.footer}}

XenoEngineer at 14:57, 2 February 2024

2024-02-02T14:57:58Z

@@ Line 1: / Line 1: @@
 {{qe.header}}
 {{headerFieldArray|subcat=Quantum Emergence.Reference}}
-[[File:Hexatronic layout.png|300px|right]]
+[[File:Hexatronic configuration and layout--TTL Prototype.2024.01.30.png|800px|center]]
 <br style="clear:both;"/>
 {{qe.footer}}

XenoEngineer: Created page with "{{qe.header}} {{headerFieldArray|subcat=Quantum Emergence.Reference}} right
{{qe.footer}}"

2024-02-02T10:26:49Z

Created page with "{{qe.header}} {{headerFieldArray|subcat=Quantum Emergence.Reference}} 300px|right <br style="clear:both;"/> {{qe.footer}}"

New page

{{qe.header}}
{{headerFieldArray|subcat=Quantum Emergence.Reference}}
[[File:Hexatronic layout.png|300px|right]]
<br style="clear:both;"/>
{{qe.footer}}

Field Array.Hexatronic Configuration - Revision history

XenoEngineer: /* The synchronous charge pump voltage regulation solution */

XenoEngineer: /* The synchronous charge pump voltage regulation solution */

XenoEngineer at 14:57, 2 February 2024

XenoEngineer: Created page with "{{qe.header}} {{headerFieldArray|subcat=Quantum Emergence.Reference}} right {{qe.footer}}"

XenoEngineer: Created page with "{{qe.header}} {{headerFieldArray|subcat=Quantum Emergence.Reference}} right
{{qe.footer}}"