The invention discloses an oscillator circuit (100, 200, 300, 400), comprising an oscillating element (110, 210, 310, 410) and output means (115, 215, 315, 415) for outputting an oscillation frequency from the oscillating circuit. The circuit further comprises a signal delay means (120, 220, 320, 420) which is arranged in series with the oscillating element and feeds the output signal back to the oscillating element. The delay means is (120, 220, 320, 420) tuneable with respect to the delay it provides. The oscillating element can be an amplifier or a VCO, and the delay means can be a Delay Locked Loop or a tuneable delay line, depending on the embodiment of the invention
This project proposes to substitute the Clock of a circuit for a Ring Oscillator. This Ring Oscillat...
The major part of designing a VCO is to design a delay cell that provides the delay for VCO to oscil...
DE 102009008225 A1 UPAB: 20100903 NOVELTY - The oscillator has an active component i.e. field effect...
The invention discloses an oscillator circuit (100, 200, 300, 400), comprising an oscillating elemen...
The invention discloses a delay-locked loop circuit with input means for a signal that is to be dela...
Abstract—A new delay generator based on a series of coupled ring oscillators has been developed; it ...
An electrically controllable oscillator circuit (30) comprises two balanced transconductance circuit...
Abstract—Variable delay elements are often used to manipulate the rising or falling edges of the clo...
A delay circuit is a circuit which produces rectangular pulses of specified duration. A rectangular ...
A combined skewed ring oscillator by different type of delay stages is presented. This paper aims to...
United States Patent: 7,002,414專利國別:美國Application number: 10/688,516國際分類號:H03L 7/00[[abstract]]A dig...
A transistor delay circuit is described. The operation of the circuit is based on the principle of d...
A circuit that can compensate for nonlinearity in frequency modulation of a voltage-controlled oscil...
Project (M.S., Electrical and Electronic Engineering)--California State University, Sacramento, 2014...
A digital-friendly approach to implement injection-locked ring oscillators is proposed. We show that...
This project proposes to substitute the Clock of a circuit for a Ring Oscillator. This Ring Oscillat...
The major part of designing a VCO is to design a delay cell that provides the delay for VCO to oscil...
DE 102009008225 A1 UPAB: 20100903 NOVELTY - The oscillator has an active component i.e. field effect...
The invention discloses an oscillator circuit (100, 200, 300, 400), comprising an oscillating elemen...
The invention discloses a delay-locked loop circuit with input means for a signal that is to be dela...
Abstract—A new delay generator based on a series of coupled ring oscillators has been developed; it ...
An electrically controllable oscillator circuit (30) comprises two balanced transconductance circuit...
Abstract—Variable delay elements are often used to manipulate the rising or falling edges of the clo...
A delay circuit is a circuit which produces rectangular pulses of specified duration. A rectangular ...
A combined skewed ring oscillator by different type of delay stages is presented. This paper aims to...
United States Patent: 7,002,414專利國別:美國Application number: 10/688,516國際分類號:H03L 7/00[[abstract]]A dig...
A transistor delay circuit is described. The operation of the circuit is based on the principle of d...
A circuit that can compensate for nonlinearity in frequency modulation of a voltage-controlled oscil...
Project (M.S., Electrical and Electronic Engineering)--California State University, Sacramento, 2014...
A digital-friendly approach to implement injection-locked ring oscillators is proposed. We show that...
This project proposes to substitute the Clock of a circuit for a Ring Oscillator. This Ring Oscillat...
The major part of designing a VCO is to design a delay cell that provides the delay for VCO to oscil...
DE 102009008225 A1 UPAB: 20100903 NOVELTY - The oscillator has an active component i.e. field effect...