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Is there a circuit that senses when the nervous network goes into saturation and resets the circuit via the PNC?

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Is there a circuit that senses when the nervous network goes into saturation and resets the circuit via the PNC?

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: | __ : R __ .—-\ \ : | |\ x >—–\ \ | ) O—|—–/__/ : -.- : _|_ existing : PNC • x, y – outputs from two opposing microcore nodes • diode – 1N914 or 1N4148 • NOR gates – 4001 (ground unused inputs) or 7402 • Should reset the PNC whenever the microcore saturates. A bit of insightful commentary from Tom Edwards: Once upon a time there were only bipolar transistors and things were ok. Engineers hated how much power they used and grumbled about getting rid of the heat but, basically they were happy because they had these neat integrated circuits that performed many interesting functions for them. In any case, the world was full of transistor-transistor-logic (TTL). To send signals out of the output pins of these integrated circuits they decided on a structure called a “totem pole” because (in its most basic form) it looks just like the ones you see in NorthWest USA – with one figurine sitting on the shoulders of another. In this case it would be one transistor sitting on top of th

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