Add to ORKGIn this paper, we present a coherent receiver based on an optical phase-locked loop (PLL) for linear phase demodulation. The receiver concept is demonstrated at low frequency. For high-frequency operation, monolithic and hybrid integrated versions of the receiver have been developed and experimentally verified in an analog link. The receiver has a bandwidth of 1.45 GHz. At 300 MHz, a spurious free dynamic range (SFDR) of 125 dB . Hz(2/3) is measured
We propose and demonstrate a novel coherent receiver with feedback for high-linearity analog photoni...
Abstract: We propose and demonstrate a 1.45GHz bandwidth optical phase-lock loop receiver for linea...
Abstract: We propose and demonstrate a 1.45GHz bandwidth optical phase-lock loop receiver for linea...
Abstract—A novel coherent receiver for linear optical phase demodulation is proposed and experimenta...
Abstract: A coherent receiver with feedback was developed to linearly demodulate the phase of an an...
Abstract—We demonstrate the operation of an ultra-compact coherent receiver for linear optical phase...
Abstract—A novel phase-locked coherent optical phase demod-ulator with feedback and sampling is pres...
International Topical Meeting on Microwave Photonics, MWP 2005, pp: 273-276.Phase modulated coherent...
Abstract — A novel phase-locked coherent demodulator, based on a sampling phase-locked loop, is pres...
A novel phase-locked coherent optical phase demodulator with feedback and sampling is presented and ...
Abstract — To obtain higher linearity in an analog photonic link, a novel coherent receiver design w...
Abstract—A compact monolithically integrated coherent re-ceiver with feedback has been fabricated fo...
Abstract—We propose and demonstrate a novel coherent re-ceiver with feedback for high-linearity anal...
Abstract—A novel phase-locked coherent demodulator, based on a sampling phase-locked loop, is presen...
Abstract — A novel optical coherent receiver architecture for linear optical phase modulation is pr...
We propose and demonstrate a novel coherent receiver with feedback for high-linearity analog photoni...
Abstract: We propose and demonstrate a 1.45GHz bandwidth optical phase-lock loop receiver for linea...
Abstract: We propose and demonstrate a 1.45GHz bandwidth optical phase-lock loop receiver for linea...
Abstract—A novel coherent receiver for linear optical phase demodulation is proposed and experimenta...
Abstract: A coherent receiver with feedback was developed to linearly demodulate the phase of an an...
Abstract—We demonstrate the operation of an ultra-compact coherent receiver for linear optical phase...
Abstract—A novel phase-locked coherent optical phase demod-ulator with feedback and sampling is pres...
International Topical Meeting on Microwave Photonics, MWP 2005, pp: 273-276.Phase modulated coherent...
Abstract — A novel phase-locked coherent demodulator, based on a sampling phase-locked loop, is pres...
A novel phase-locked coherent optical phase demodulator with feedback and sampling is presented and ...
Abstract — To obtain higher linearity in an analog photonic link, a novel coherent receiver design w...
Abstract—A compact monolithically integrated coherent re-ceiver with feedback has been fabricated fo...
Abstract—We propose and demonstrate a novel coherent re-ceiver with feedback for high-linearity anal...
Abstract—A novel phase-locked coherent demodulator, based on a sampling phase-locked loop, is presen...
Abstract — A novel optical coherent receiver architecture for linear optical phase modulation is pr...
We propose and demonstrate a novel coherent receiver with feedback for high-linearity analog photoni...
Abstract: We propose and demonstrate a 1.45GHz bandwidth optical phase-lock loop receiver for linea...
Abstract: We propose and demonstrate a 1.45GHz bandwidth optical phase-lock loop receiver for linea...