. The Bell System technical journal . OBSERVE V2 Fig. 1 — Observation of an internally induced voltage V2 generated by a mag-netic wire under torsion. TWIST. Fig. 2 — Comparison of the internally induced voltage v-i to the voltage Vtinduced in the oickup loop. THE TWISTOR 1321 termined the polarity and the amount of the twist determined the mag-nitude of the observed voltage. As a consequence of these results, it is possible to build mechanical-to-electrical transducers,^ transformers with unity turns ratio but possess-ing a substantial transforming action, and a variety of basic memorycells.
. The Bell System technical journal . OBSERVE V2 Fig. 1 — Observation of an internally induced voltage V2 generated by a mag-netic wire under torsion. TWIST. Fig. 2 — Comparison of the internally induced voltage v-i to the voltage Vtinduced in the oickup loop. THE TWISTOR 1321 termined the polarity and the amount of the twist determined the mag-nitude of the observed voltage. As a consequence of these results, it is possible to build mechanical-to-electrical transducers,^ transformers with unity turns ratio but possess-ing a substantial transforming action, and a variety of basic memorycells. This paper will be concerned with a discussion of the memory cellsfrom both a practical and theoretical viewpoint. It will be shown howthese cells can be fabricated into memory arrays. One such configurationconsists solely of vertical copper wires and horizontal magnetic results of the switching behavior of many magnetic ma-terials when operated in the twisted manner will be given. II. A COINCIDENT-CUERENT MEMORY CELL — THE TWISTOR Consider a wire rigidly held at the far end and subjected to a clockwisetorsion applied to the nea
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Keywords: ., bookcentury1900, bookdecade1920, booksubjecttechnology, bookyear1
