Timing Matrix Optical Telemetry - Revision history

XenoEngineer at 12:54, 26 December 2023

2023-12-26T12:54:16Z

← Older revision		Revision as of 12:54, 26 December 2023
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	A fiber buss of six fibers bring light signals modulated by the conduction level of six power transistors driving [[The Field Array]].		A fiber buss of six fibers bring light signals modulated by the conduction level of six power transistors driving [[The Field Array]] to a common location, which arrangement affords one time-base reference for all six.

	~~This allows~~ the ~~six signals to be locally discriminated and registered against~~ a ~~local time~~-~~base (quartz oscillator pulses summing in a binary counter)~~.		The timing matrix is time-balanced with equal length fiber optics per channel.

			The timing-balance of the timing sensor matrix channels is necessary for design conformity, as the [[White_paper_on_Quasi_Artifactual_Intelligence\|QAT category theory]] analysis technique is a multi-channel simultaneity-detection of all categories measured.

XenoEngineer: Created page with "{{headerFieldArray}} A fiber buss of six fibers bring light signals modulated by the conduction level of six power transistors driving The Field Array. This allows the six signals to be locally discriminated and registered against a local time-base (quartz oscillator pulses summing in a binary counter)."

2023-12-26T03:26:57Z

Created page with "{{headerFieldArray}} A fiber buss of six fibers bring light signals modulated by the conduction level of six power transistors driving The Field Array. This allows the six signals to be locally discriminated and registered against a local time-base (quartz oscillator pulses summing in a binary counter)."

New page

{{headerFieldArray}}

A fiber buss of six fibers bring light signals modulated by the conduction level of six power transistors driving [[The Field Array]].

This allows the six signals to be locally discriminated and registered against a local time-base (quartz oscillator pulses summing in a binary counter).