A novel velocity-matched distributed balanced photodetector operating at 1.3 and l.55p.tm wavelengths has been experimentally demonstrated. Distributed absorption and velocity matching ofthe optical and microwave signals are employed to achieve high saturation photocurrent. A common mode rejection ratio greater than 27 dB has been achieved over a wide range of photocurrents. More than 24dB suppression of the relative intensity noise of the laser source and EDFA added noise has been achieved in a broadband RF link experiment. Shot noise limited performance has been achieved with significant improvements in the signal-to-noise ratio
A highly symmetric monolithically integrated balanced photodetector module is presented. Revealing a...
Abstract—This paper describes the design, fabrication, and measurement of backward-wave-cancelled di...
Abstract: Uniform photocurrent densities can be achieved in waveguide photodetectors by tailoring th...
A novel velocity-matched distributed balanced photodetector operating at 1.3 and 1.55 jam wavelength...
Abstract—A novel velocity-matched distributed balanced pho-todetector with a 50-coplanar waveguide o...
Abstract—A novel velocity-matched distributed balanced pho-todetector with a 50-coplanar waveguide o...
Abstract—A novel velocity-matched distributed balanced pho-todetector with a 50-coplanar waveguide o...
Balanced photodetectors are of great interest to analog fiber optic links because they can suppress ...
In the last few years, remarkable progress has been made in ultrafast, and high-speed, high power ph...
Abstract—A distributed balanced photodetector with high satu-ration photocurrent and excellent linea...
We report on the first demonstration of velocity matched distributedp-i-n photodetectors. Record hig...
Abstract—A novel velocity-matched distributed photodetector (VMDP) is proposed to simultaneously ach...
This paper presents a brief review of waveguide integrated balanced photodetectors for coherent rece...
We report the characterization of a balanced ultrafast photodetector. For this purpose, we use a rec...
A distributed balanced photodetector with high saturation photocurrent has been experimentally demon...
A highly symmetric monolithically integrated balanced photodetector module is presented. Revealing a...
Abstract—This paper describes the design, fabrication, and measurement of backward-wave-cancelled di...
Abstract: Uniform photocurrent densities can be achieved in waveguide photodetectors by tailoring th...
A novel velocity-matched distributed balanced photodetector operating at 1.3 and 1.55 jam wavelength...
Abstract—A novel velocity-matched distributed balanced pho-todetector with a 50-coplanar waveguide o...
Abstract—A novel velocity-matched distributed balanced pho-todetector with a 50-coplanar waveguide o...
Abstract—A novel velocity-matched distributed balanced pho-todetector with a 50-coplanar waveguide o...
Balanced photodetectors are of great interest to analog fiber optic links because they can suppress ...
In the last few years, remarkable progress has been made in ultrafast, and high-speed, high power ph...
Abstract—A distributed balanced photodetector with high satu-ration photocurrent and excellent linea...
We report on the first demonstration of velocity matched distributedp-i-n photodetectors. Record hig...
Abstract—A novel velocity-matched distributed photodetector (VMDP) is proposed to simultaneously ach...
This paper presents a brief review of waveguide integrated balanced photodetectors for coherent rece...
We report the characterization of a balanced ultrafast photodetector. For this purpose, we use a rec...
A distributed balanced photodetector with high saturation photocurrent has been experimentally demon...
A highly symmetric monolithically integrated balanced photodetector module is presented. Revealing a...
Abstract—This paper describes the design, fabrication, and measurement of backward-wave-cancelled di...
Abstract: Uniform photocurrent densities can be achieved in waveguide photodetectors by tailoring th...