Abstract: The authors describe a complete low-power digital compact cassette error corrector. Using Tangram, a high-level programming language, ...
[PDF] Asynchronous circuits for low power: a DCC error corrector
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In addition to a lower power consumption, we also ex- pect favorable electromagnetic com- patibility properties because the radiation spectra of asynchronous ...
In addition to a lower power consumption, we also ex- pect favorable electromagnetic com- patibility properties because the radiation spectra of asynchronous ...
Using Tangram, a high-level programming language, they designed two asynchronous circuits that correct errors on DCC specifications.
The authors describe a complete low-power digital compact cassette error corrector using Tangram, a high-level programming language, and designed two ...
Van Berkel, K. ·, Burgess, R., Kessels, J., Roncken, M., Schalij, F., & Peeters, A. (1994). Asynchronous Circuits for Low Power: A DCC Error Corrector ; Van ...
Asynchronous circuits may have a substantial power advan- tage over clocked circuits (80% less power dissipation for the error corrector). n. Systematic ...
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Abstract: A fully asynchronous implementation of a complete DCC error corrector is presented that consumes 10 mW at 5 V, only a fifth of its synchronous ...
The DCC error corrector The rst major demonstrator was an error corrector for the Digital Compact Cassette (DCC) player, consisting of two asynchronous chips [3] ...
Oct 24, 2021 · This paper presents a duty cycle correction scheme based on asynchronous sampling and associated settling analysis.