… frequency is inversely proportional to the square root of control resistance (fo = 1/2 r. /RD). …
M-element or superinductance º either in analysis or synthesis of sinusoidal oscillators has not …

… sinusoidal analysis can be extended to nonlinear systems. The scheme of representing a
nonlinear element … a means for investigating both oscillators and control systems. In the latter …

… Although a number of single CFOA-based oscillators … , sinusoidal oscillators providing
noninteracting controls of the condition of oscillation (CO) as well as the frequency of oscillation (…

… In this paper, a new RC sinusoidal oscillator circuit using one plus-type CCII, one minus-type
CCII, two grounded capacitors, and two resistors is presented. It provides the advantage of …

… third-order sinusoidal oscillator synthesized from a simple topology, employing current-mode
blocks. The circuit is realized using the active element: Current Controlled Conveyors (…

… Single-element-controlled oscillator SFG … Abstract This chapter discusses the basic
principle of generating sinusoidal oscillators, reviews the classical sinusoidal oscillators and …

… Four new single-element-controlled sinusoidal oscillator circuit using two second… oscillation
control through a single grounded passive element(s) and independent frequency control …

… sinusoidal oscillator circuits, a methodology for designing chaotic oscillators based on modified
sinusoidal oscillators has … Wu, ``Sinusoidal oscillators with single element control using a …

… give conditions for an oscillator composed by a nonlinear element and a passive linear
network. Although in this paper the linear network is active, the conditions are still valid providing …

… oscillator can be done by controlling an amplifier gain. This is different from previously available
methods which require the control of two elements, … ment of one element is much easier …