Symbolic analysis is an intriguing topic for VLSI design. Traditional symbolic analysis is
typically concerned with deriving exact or approximate analytic expressions of analog circuit …

According to NAM expansion method and adjoint network theorem, the systematic synthesis
method of CCCCTA-based current-mode Wien oscillators is given and three different …

This paper proposes admittance matrix models to approach the behavior of six modern
multiport functional blocks called: differential difference amplifier, differential difference …

Symbolic analysis is a powerful tool which accelerates the electronic design process by
providing insight about the behavior of a circuit. Recently, the analysis and synthesis of …

The subject of this paper is the fault diagnosis of analog circuits based on the use of nullor
concept. The fault location technique presented in the paper can be implemented in the …

This paper presents a nodal admittance matrix expansion method for systematically
synthesizing floating gyrators using current controlled current conveyor transconductance …

It has been shown in two earlier papers published from this study that corresponding to a
given single‐operational trans‐conductance amplifier (single‐OTA)‐RC and dual‐OTA‐RC …

According to 16 nullor-mirror models of the current-controlled current conveyor
transconductance amplifier (CCCCTA) and using nodal admittance matrix (NAM) expansion …

The small-signal pathological models and equivalent circuits of various CCCIIs are initially
developed in this paper. The models are then used in the synthesis of floating gyrators using …

This paper initially presents a modified T–T filter with high Q and derives two nodal
admittance matrix (NAM) of the filter. Next, in accordance with the nullor-mirror models of the …