In this paper, we describe an InGaAs/InP heterostructure bipolar transistor diffferential transimpedance amplifier with high bandwidth of 47 GHz and high gain of 56 dB-ohms.
An InGaAsP 1.3micron amplifier-modulator integrated with a laser which is mode-locked in a fiber resonator is demonstrated.
A sub-harmonic clock signal in a 5.6 Gb/s NRZ (Non Return to Zero) 2 sup 7 -1 pseudo-random data stream is used to injection lock a CMOS LC tank circuit to 2.8GHz.
The feasibility of splicing groups of optical fibers in a laboratory environment has been demonstrated by a number of investigators.1-5 The next phase in the development of optical-fiber splicing i
The estimation of a covariance matrix from an insufficient amount of data is one of the most common problems in fields as diverse as multivariate statistics, wireless communications, signal process
This paper demonstrates the use of a new extended hybrid analytical and simulation methodology to quantify the reliabiliy of ring networks using various network elements and protection schemes.
We experimentally present a 10-Gb/s Fiber Wireless IFoF/V-band uplink of four 625Mbaud 16QAM signals with a linear, high-power monolithically integrated reflective electro-absorption modulator with
We demonstrate a 4-bit 12.5 GSample/s optical arbitrary waveform generator (OAWG) based on an InP optoelectronic IC and a low phase-noise mode-locked laser.
We present the first optical equalizer realized on Indium Phosphide material that is also monolithically integrated with a Semiconductor Optical Amplifier.
A three-section distributed Bragg reflector (DBR) laser operating in the 1550-nm band is reported, based on a quantum-dot gain medium.
