Add to ORKGWe present a scheme for thermal stabilization of micro-ring resonator modulators through direct measurement of ring temperature using a monolithic PTAT temperature sensor. The measured temperature is used in a feedback loop to adjust the thermal tuner of the ring. The closed-loop feedback system is demonstrated to operate in presence of thermal perturbations at 20Gb/s
Silicon photonics is a very promising technology for future low-cost high-bandwidth optical telecomm...
This thesis explores the interplay between temperature and nanophotonics. In the beginning of the th...
Heating elements are used to tune the optical properties of silicon photonic devices, to stabilize o...
We present a scheme for thermal stabilization of micro-ring resonator modulators through direct meas...
This paper presents thermal stabilization of micro-ring resonator modulators through direct measure...
Integrated photonics technology has great potential for enhancing the performance and reducing the v...
In this paper, we for the first time utilize the micro-ring resonators (MRs) in optical networks-on-...
The continuing growth of microelectronics in speed, scale, and complexity has led to a looming bandw...
We have experimentally demonstrated a reconfigurable silicon thermo-optical device able to tailor it...
This paper demonstrates the possibility of automatically stabilizing the working condition of an int...
Ring resonators are one of the fundamental building blocks of advanced integrated optical circuits. ...
© 2009 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
This thesis explores the interplay between temperature and nanophotonics. In the beginning of the th...
Abstract: In recent years photonic devices have emerged as a powerful tool for developing novel, hig...
Abstract—The bandwidth bottleneck looming for traditional electronic interconnects has driven the co...
Silicon photonics is a very promising technology for future low-cost high-bandwidth optical telecomm...
This thesis explores the interplay between temperature and nanophotonics. In the beginning of the th...
Heating elements are used to tune the optical properties of silicon photonic devices, to stabilize o...
We present a scheme for thermal stabilization of micro-ring resonator modulators through direct meas...
This paper presents thermal stabilization of micro-ring resonator modulators through direct measure...
Integrated photonics technology has great potential for enhancing the performance and reducing the v...
In this paper, we for the first time utilize the micro-ring resonators (MRs) in optical networks-on-...
The continuing growth of microelectronics in speed, scale, and complexity has led to a looming bandw...
We have experimentally demonstrated a reconfigurable silicon thermo-optical device able to tailor it...
This paper demonstrates the possibility of automatically stabilizing the working condition of an int...
Ring resonators are one of the fundamental building blocks of advanced integrated optical circuits. ...
© 2009 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
This thesis explores the interplay between temperature and nanophotonics. In the beginning of the th...
Abstract: In recent years photonic devices have emerged as a powerful tool for developing novel, hig...
Abstract—The bandwidth bottleneck looming for traditional electronic interconnects has driven the co...
Silicon photonics is a very promising technology for future low-cost high-bandwidth optical telecomm...
This thesis explores the interplay between temperature and nanophotonics. In the beginning of the th...
Heating elements are used to tune the optical properties of silicon photonic devices, to stabilize o...