Abstract
Feedback ECL gates are well suited as basic elements for high-speed LSI circuits. Unfortunately for higher voltage swings, they have a hysteresis which reduces the noise immunity. Here it will be demonstrated theoretically how to remove the hysteresis and how to optimize the transfer characteristic using emitter resistors. For such a gate, a power dissipation of 1.6 mW and a propagation delay time of less than 0.6 ns are evaluated by simulation using the parameters of today's available technologies.
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