1988•IEEE Journal of Solid-State CircuitsRequires access

On the circuit analysis of the Schmitt trigger

M.J.S. Smith

Open publisher page 19 citations

Abstract

A general circuit analysis of the trigger circuit originally due to O. Schmitt (1938), namely a differential pair containing positive feedback, is presented. The analysis technique is illustrated by applying it to the well-known case of a bipolar Schmitt trigger. The result is a simplified and thus more transparent analysis. The same technique also gives an exact analysis of the MOS version of the same circuit.>

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What this paper is about

A general circuit analysis of the trigger circuit originally due to O. Schmitt (1938), namely a differential pair containing positive feedback, is presented. The analysis technique is illustrated by applying it to the well-known case of a bipolar Schmitt trigger. The result is a simplified and thus more transparent analysis. The same technique also gives an exact analysis of the MOS version of the same circuit.>

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OpenAlex reports 19 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A general circuit analysis of the trigger circuit originally due to O. Schmitt (1938), namely a differential pair containing positive feedback, is presented. The analysis technique is illustrated by applying it to the well-known case of a bipolar Schmitt trigger. The result is a simplified and thus more transparent analysis. The same technique also gives an exact analysis of the MOS version of the same circuit.>

Key concepts: Schmitt trigger, Network analysis, Computer science, Differential (mechanical device), Mathematics, Electrical engineering, Physics, Engineering

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