S. Knorr
Abstract
The logic swing can be reduced to improve propagation delays without affecting the noise margin due to switching transients. The author proposes a simple differential CML gate with small-geometry bipolar devices which can operate at gigabit logic speeds and at sub mW power levels. It is well suited to compete with GaAs technologies.
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The logic swing can be reduced to improve propagation delays without affecting the noise margin due to switching transients. The author proposes a simple differential CML gate with small-geometry bipolar devices which can operate at gigabit logic speeds and at sub mW power levels. It is well suited to compete with GaAs technologies.
Key concepts: Gigabit, Logic gate, Noise margin, Swing, Emitter-coupled logic, Electronic engineering, Computer science, Noise (video)