blog: home logic: more explicitly break down the inverter chain diagrams
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@ -242,11 +242,11 @@ but it's not that simple: we have a few stray signals we need to look closer at
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consider the case where all cores are polarized CW (logic '1'), below
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(the circular arrows in the center of each core indicates its polarization).
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![TODO](inverter-chain-naive-trigger-pre.svg)
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![](inverter-chain-naive-trigger-pre.svg)
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then we apply a positive pulse to core S1 in order to force it into the CCW state:
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![TODO](inverter-chain-naive-trigger-early.svg)
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![](inverter-chain-naive-trigger-early.svg)
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as S1 transitions from CW to CCW polarization, it dumps current as shown onto the wires connected to it.
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