Abstract: novel multiple-valued logic clock converters using artificial neural network are proposed. Based on a set of novel neural clock base converters, an essential part of the creative solution to the multiple-valued logic dual-clock or multi-clock circuit synchronization problem is presented in this paper. The multiple-valued logic neuron clock converters are planned to be useful in the mu...

This paper describes an efficient method to teach analysis and simulation of power electronic converters to undergraduate students, using system level nonlinear state-space models. System-level modeling of power electronic converters reproduces only the ideal switching behavior of the semiconductors and is a useful concept for the numerical simulation of power converters, since simulations pres...

We present several optical interconnection structures which support communication requirements unique to multiprocessor systems, namely, broadcasting, multicasting, simulcasting, and multiport memory access. The structures are based on guided wave time division multiplexed channels and use coincident pulse techniques to optically demultiplex individual bits at selected destinations. We describe...

The purpose of this application note is to describe the specifications used to quantify the performance of A/D converters and give the reader a better understanding of the significance of those specifications in an application. Although the information presented here is applicable to all A/D converters, specific attention is given to features of the stand-alone and PICmicro A/D converters prod...

Nyquist rate converters have traditionally been used for low to moderate resolution data acquisition applications. In this paper, we describe a feedforward residue compensation (FRC) technique to extend the resolution of such converters using an oversampling modulator loop. Closed-form analytical expressions are developed to provide insight into the operation and limits on the resolution of suc...