Author:
Du Hongyu,Yang Rong,Gu Taochen,Zhou Xiang,Yazdani Samar,Sambatra Eric,Wan Fayu,Lallechere Sébastien,Ravelo Blaise
Abstract
Purpose
The purpose of this paper is to introduce an innovative theoretical, numerical and experimental investigations on the HP NGD function. The identified HP NGD topology under study is constituted by first order passive RC-network. The simulations and measurements confirm in very good agreement the HP NGD behaviors of the tested circuits. NGD responses with optimal values of about -1 ns and cut-off frequencies of about 20 MHz are obtained.
Design/methodology/approach
The identified HP NGD topology understudy is constituted by a first-order passive Resistor-capacitor RC network. An innovative approach to HP NGD analysis is developed. The analytical investigation from the voltage transfer function showing the meaning of HP properties is established.
Findings
This paper introduces innovative theoretical, numerical and experimental investigations on the HP NGD function.
Originality/value
The NGD characterization as a function of the resistance and capacitance parameters is investigated. The feasibility of the HP NGD function is verified with proofs of concept constituted of lumped surface mounted components on printed circuit boards. The simulations and measurements confirm in very good agreement the HP NGD behaviors of the tested circuits. NGD responses with optimal values of about −1 ns and cut-off frequencies of about 20 MHz are obtained.
Subject
Electrical and Electronic Engineering,Industrial and Manufacturing Engineering
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