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2009•Journal of Circuits and SystemsRequires access

High-speed and low-voltage TTL AND-NOT gate to turn on amplification-state

Guo Long-di

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Abstract

After analyzing the difficulty to realize a high-speed and low-voltage TTL gate by tradition idea,a TTL circuits to turn on amplification-state by the using of emitter follower clamping-and-feedback circuit is presented and the high-speed and low-voltage TTL AND-NOT gate of delay-time tpd1ns is designed mainly in this paper.Secondly,a circuit analysis and parameter estimate are made out for reference to improve at high-speed and low-voltage.The theory and circuits are verified by computer simulation.

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What this paper is about

After analyzing the difficulty to realize a high-speed and low-voltage TTL gate by tradition idea,a TTL circuits to turn on amplification-state by the using of emitter follower clamping-and-feedback circuit is presented and the high-speed and low-voltage TTL AND-NOT gate of delay-time tpd1ns is designed mainly in this paper.Secondly,a circuit analysis and parameter estimate are made out for reference to improve at high-speed and low-voltage.The theory and circuits are verified by computer simulation.

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Available abstract

After analyzing the difficulty to realize a high-speed and low-voltage TTL gate by tradition idea,a TTL circuits to turn on amplification-state by the using of emitter follower clamping-and-feedback circuit is presented and the high-speed and low-voltage TTL AND-NOT gate of delay-time tpd1ns is designed mainly in this paper.Secondly,a circuit analysis and parameter estimate are made out for reference to improve at high-speed and low-voltage.The theory and circuits are verified by computer simulation.

Key concepts: Voltage, Electronic circuit, Electrical engineering, State (computer science), Computer science, Common emitter, Emitter-coupled logic, Electronic engineering

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