A novel single-element-controlled oscillator using two negative first-generation current-conveyors, two grounded capacitors and three grounded resistors is presented. The proposed circuit enjoys independent oscillation control through a single grounded resistor and independent frequency control through a single grounded resistor or a single grounded capacitor
In this paper, a new CCII-based double-resistance controlled sinusoidal oscillator employing grounde...
This paper presents the realization of a resistorless third-order quadrature oscillator using two mu...
This paper presents an electronically controllable grounded capacitor quadrature oscillator using si...
Novel single-element controlled oscillator circuits using two negative first-generation current-conv...
A novel oscillator circuit using the translinear current conveyor is presented. The circuit uses thr...
A new sinusoidal oscillator configuration using two second generation current conveyors (CCIIs) is i...
Two new current mode single resistance controlled oscillator (CM-SRCO) circuits are presented. Furth...
A new configuration for realizing a current-mode oscillator using single positive current-follower i...
In this paper, a load insensitive quadrature oscillator using single differential voltage dual-X sec...
A new electronically tunable current-mode sinusoidal oscillator with three quadrature outputs is pre...
The configuration of the oscillator using a single differential voltage current conveyor (DVCC) is i...
This paper proposes a new single resistancecontrolled sinusoidal oscillator (SRCO) which employs onl...
The paper deals with sinusoidal oscillator employing two controlled second-generation negative-curre...
Two inverting second-generation current conveyors (ICCII) based sinusoidal oscillators are presented...
Using Sedra-Smith gyrator (IEEE Transactions on Circuit Theory 17, pp. 132–134, 1970) new realizatio...
In this paper, a new CCII-based double-resistance controlled sinusoidal oscillator employing grounde...
This paper presents the realization of a resistorless third-order quadrature oscillator using two mu...
This paper presents an electronically controllable grounded capacitor quadrature oscillator using si...
Novel single-element controlled oscillator circuits using two negative first-generation current-conv...
A novel oscillator circuit using the translinear current conveyor is presented. The circuit uses thr...
A new sinusoidal oscillator configuration using two second generation current conveyors (CCIIs) is i...
Two new current mode single resistance controlled oscillator (CM-SRCO) circuits are presented. Furth...
A new configuration for realizing a current-mode oscillator using single positive current-follower i...
In this paper, a load insensitive quadrature oscillator using single differential voltage dual-X sec...
A new electronically tunable current-mode sinusoidal oscillator with three quadrature outputs is pre...
The configuration of the oscillator using a single differential voltage current conveyor (DVCC) is i...
This paper proposes a new single resistancecontrolled sinusoidal oscillator (SRCO) which employs onl...
The paper deals with sinusoidal oscillator employing two controlled second-generation negative-curre...
Two inverting second-generation current conveyors (ICCII) based sinusoidal oscillators are presented...
Using Sedra-Smith gyrator (IEEE Transactions on Circuit Theory 17, pp. 132–134, 1970) new realizatio...
In this paper, a new CCII-based double-resistance controlled sinusoidal oscillator employing grounde...
This paper presents the realization of a resistorless third-order quadrature oscillator using two mu...
This paper presents an electronically controllable grounded capacitor quadrature oscillator using si...