The aim of this paper is to prove that, through a canonic approach, sinusoidal oscillators
based on second-generation voltage conveyor (VCII) can be implemented. The investigation …

This paper presents a first of its kind canonic realization of active RC (ARC) sinusoidal
oscillator with non-interactive/independent tuning laws, which simultaneously provides …

In this paper, we propose a novel current‐mode solution suitable for the square waveform
generation. The designed oscillator, which utilizes only two positive second‐generation …

The paper presents a new quadrature oscillator of third order which can provide four
quadrature current outputs and two quadrature voltage outputs. The new circuit employs …

In this paper a review of the state-of-the-art analog active elements and their applications in
developing current-mode sinusoidal oscillators with explicit output currents is presented …

A new oscillator suitable for quadrature and multiphase signal generation is introduced in
this contribution. A novel active element, called the controlled gain-buffered current and …

A binary genetic encoding (BGE) representation for the automatic synthesis of mixed-mode
circuit topologies, is introduced. First, the genetic encoding of unity-gain cells (UGCs), such …

In this paper, a systematic realization technique for low‐frequency third‐order sinusoidal
oscillators (TOSOs) with independent control of condition of oscillation (CO) and frequency …

A new explicit-current-output (ECO) single-resistance-controlled-oscillator (SRCO) using a
single CFOA has been presented which (i) provides independent control of the condition of …

An idea of adjustable gain in order to obtain controllable features is very useful for design of
tunable oscillators. Several active elements with adjustable properties (current and voltage …