[[abstract]]This paper discusses the technique for asynchronous circuit design using a novel asynchronous control unit. We employ the very commonly used device, pass-transistor multiplexer, to design and implement the asynchronous control unit. Even though the architecture of the control unit is simple, the efficiency is good. A multiplier with pipelined structure has been designed to verify the usefulness of this technique. We use TSMC's 0.6 μm SPDM process to design and implement an 8-b×8-b pipelined multiplier. The HSPICE simulation shows that the feedthrough rate of the inputs can be as high as 250 MHz.[[conferencetype]]國際[[conferencedate]]19980531~19980603[[booktype]]紙
Summary form only given. This tutorial aims at motivating the audience to consider asynchronous circ...
Summary form only given. This tutorial aims at motivating the audience to consider asynchronous circ...
We explore the potential for extremely high asynchronous logic performance in CMOS and GaAs dynamic ...
High performance asynchronous arithmetic operator design techniques are proposed, which adopt some o...
A CMOS digital logic design technique is described which exploits the advantages of fast precharged ...
High performance asynchronous arithmetic operator design techniques are proposed, which adopt some o...
Over the past couple of decades, the digital design technology scales to date remarkably satisfying ...
Journal ArticleRecent practical advances in asynchronous circuit and system design have resulted in ...
There has been a resurgence of interest in asynchronous design recently. The renewed interest in asy...
A CMOS digital logic design technique is described which exploits the advantages of fast precharged ...
Journal ArticleThis paper describes a new technique for integrating asynchronous modules within CI h...
Journal ArticleThis paper describes a new technique for integrating asynchronous modules within CI h...
Abstract — this paper presents an asynchronous multiplier. It uses the same multiplier model to esta...
Journal ArticleAsynchronous systems are being viewed as an increasingly viable alternative to purel...
Synchronous circuit is currently the most popular implementation method for digital circuit. However...
Summary form only given. This tutorial aims at motivating the audience to consider asynchronous circ...
Summary form only given. This tutorial aims at motivating the audience to consider asynchronous circ...
We explore the potential for extremely high asynchronous logic performance in CMOS and GaAs dynamic ...
High performance asynchronous arithmetic operator design techniques are proposed, which adopt some o...
A CMOS digital logic design technique is described which exploits the advantages of fast precharged ...
High performance asynchronous arithmetic operator design techniques are proposed, which adopt some o...
Over the past couple of decades, the digital design technology scales to date remarkably satisfying ...
Journal ArticleRecent practical advances in asynchronous circuit and system design have resulted in ...
There has been a resurgence of interest in asynchronous design recently. The renewed interest in asy...
A CMOS digital logic design technique is described which exploits the advantages of fast precharged ...
Journal ArticleThis paper describes a new technique for integrating asynchronous modules within CI h...
Journal ArticleThis paper describes a new technique for integrating asynchronous modules within CI h...
Abstract — this paper presents an asynchronous multiplier. It uses the same multiplier model to esta...
Journal ArticleAsynchronous systems are being viewed as an increasingly viable alternative to purel...
Synchronous circuit is currently the most popular implementation method for digital circuit. However...
Summary form only given. This tutorial aims at motivating the audience to consider asynchronous circ...
Summary form only given. This tutorial aims at motivating the audience to consider asynchronous circ...
We explore the potential for extremely high asynchronous logic performance in CMOS and GaAs dynamic ...