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 systematic approach has been employed to synthesise sinusoidal RC-active oscillators
using second-generation current conveyor (CCII). The resulting topologies are canonic, ie …

This paper presents a simple active-R voltage-controlled sinusoidal oscillator circuit which is
attractive from the viewpoint of monolithic form of construction. The circuit does not require …

Three novel oscillators that employ grounded capacitors and grounded resistors and using
the current conveyor as the active building block are given. The proposed oscillators are …

The design of a current-mode frequency and amplitude-controlled sinusoidal oscillator, is
presented. The oscillator is based on a second order G mC bandpass filter made up of low …

The paper realizes a single-resistance-controlled oscillator employing current differencing
buffered amplifiers as active devices, and virtually grounded resistors and grounded …

New current mode Wien bridge oscillators using ICCII are introduced. Two Wien bridge
oscillators using two single-output ICCII are given first together with a single ICCII minimum …

This paper presents a sinusoidal Wien-bridge ring and relaxation wide range voltage
controlled oscillators. All described oscillators have potential using in different application …

The purpose of this paper is to show that exists a close relationship between some CCII+
based sinusoidal oscillators and the RC active second order oscillators with a single VCVS …

A new single-element-controlled sinusoidal oscillator circuit that incorporates two second
generation current conveyors (CCIIs), two grounded capacitors and two resistors is …