A novel sub-harmonic injection-locked balanced oscillator is proposed. The circuit provides two outputs with a 180° ° phase difference by employing a transmission line section for impedance transformation to meet the oscillation conditions. A coupling network is connected at the mid-point of the transmission line to inject the sub-harmonic frequency. This eliminates the need for a circulator or balun. The circuit is small and consumes low DC power. Under the locking state, the circuit provides double the injection frequency and also the phase noise of the two outputs is substantially improved
A 285 GHz Sub Harmonic Injection Locked Oscillator (SHILO) is presented using a standard 65nm CMOS p...
High-order subharmonically injection-locked oscillators have recently been proposed for low phase-no...
This work presents an alternative to generate continuous phase shift of sinusoidal signals based on ...
A novel sub-harmonic injection-locked balanced oscillator is proposed. The circuit provides two outp...
The research presented in this thesis is on the application of the injection-locked oscillator techn...
This work describes a first realization of an oscillator driven through a nonlinear transmission lin...
Present paper proposes an injection locked oscillator under multiple injection sources. An injection...
This thesis presents a new technique of injection of multi-harmonics into an oscillator, study the b...
An application of nonlinear transmission lines (NLTLs) to the design of harmonic-injection frequency...
A design approach for the generation or suppression of sub-harmonic frequencies in non-linear circui...
A new methodology is presented for the efficient harmonic-balance simulation of injection-locked osc...
Abstract — Sub-harmonic injection locking (SHIL) is an interesting phenomenon in nonlinear oscillato...
This paper proposes a novel, all synthesized, Injection Locked Ring Oscillator (ILRO). It employs a ...
This work investigates the nonlinear dynamics of an injection-locked power oscillator inductively co...
International audienceThis paper presents a design method for phaselocked devices such as frequency ...
A 285 GHz Sub Harmonic Injection Locked Oscillator (SHILO) is presented using a standard 65nm CMOS p...
High-order subharmonically injection-locked oscillators have recently been proposed for low phase-no...
This work presents an alternative to generate continuous phase shift of sinusoidal signals based on ...
A novel sub-harmonic injection-locked balanced oscillator is proposed. The circuit provides two outp...
The research presented in this thesis is on the application of the injection-locked oscillator techn...
This work describes a first realization of an oscillator driven through a nonlinear transmission lin...
Present paper proposes an injection locked oscillator under multiple injection sources. An injection...
This thesis presents a new technique of injection of multi-harmonics into an oscillator, study the b...
An application of nonlinear transmission lines (NLTLs) to the design of harmonic-injection frequency...
A design approach for the generation or suppression of sub-harmonic frequencies in non-linear circui...
A new methodology is presented for the efficient harmonic-balance simulation of injection-locked osc...
Abstract — Sub-harmonic injection locking (SHIL) is an interesting phenomenon in nonlinear oscillato...
This paper proposes a novel, all synthesized, Injection Locked Ring Oscillator (ILRO). It employs a ...
This work investigates the nonlinear dynamics of an injection-locked power oscillator inductively co...
International audienceThis paper presents a design method for phaselocked devices such as frequency ...
A 285 GHz Sub Harmonic Injection Locked Oscillator (SHILO) is presented using a standard 65nm CMOS p...
High-order subharmonically injection-locked oscillators have recently been proposed for low phase-no...
This work presents an alternative to generate continuous phase shift of sinusoidal signals based on ...