This paper presents a new principle in wide-band amplifier design. It is shown that, by an
appropriate distribution of ordinary electron tubes along artificial transmission lines, it is …

The response characteristics of a distributed amplifier are discussed. It is shown that they
may be improved by making the delay characteristics of the anode line and the grid line …

… We build the numerical model to analyze the performance of the hybrid distributed amplification
(HDA) scheme for a 175 km OTDR. In the HDA scheme, the pump sources are the 1455 …

Distributed amplification: A new approach … HE PRINCIPLE of distributed amplification was
originally suggested by Percival [l] in an attempt to increase the gain-bandwidth product …

… We discuss the importance of distributed amplification for high-speed soliton … At a bit rate
of 40 Gb/s, the use of distributed amplification is found to improve the transmission distance (…

… In the distributed amplification scheme that is the case considered in the present investigation,
the transmission fiber is lightly doped with erbium ions and is pumped periodically from …

Optical fiber signals with high power exhibit spectral broadening that seems to limit capacity.
To study spectral broadening, the autocorrelation function of the output signal given the …

… dispersion compensation and distributed amplification is considered. As … and backward
pumped distributed amplification is examined. … Distributed amplification, in addition to good noise …

… The 1455nm lasing power provides distributed amplification for the probe pulse mainly within
Segment 1. At the same time, the BP is launched into the sensing fiber from the other side …

… , its potential applications for long-distance distributed amplification, yet to be fully explored,
in … In this paper, the RDFB-FL is proposed as a fully distributed amplification pump for optical …