In this paper two transmission line architectures for intra-layer transitions in multilayer printed circuit boards (PCBs) are presented.
B r o a d b a n d microwave modulation of light requires the use of an extended traveling-wave structure.
Frequency dispersion of transconductance and output conductance in AlInN/GaN high electron mobility transistors is investigated in this paper.
A theoretical analysis of the broadband gain of GaInNAs SOA has been developed considering N compositional fluctuations leading to QD-like behavior.
GaN Based HEMT's have shown superior power-frequency performances than lower band-gap materials.
A broadband service is defined as a service which requires an information transfer rate in excess of the capacity of a primary rate interface that is 1.544 Mb/s (Megabits per second).
We demonstrate a high-sensitivity broadband (1250-1650nm) fiber micro-Michelson interferometer using a single-mode fiber end-spliced with a sphered-end hollow-core fiber.
A major challenge to increasing bandwidth in optical telecommunications is to encode electronic signals onto a lightwave carrier by modulating the light up to very fast rates.
Summary form only given. The rapid progress in communications requires high capacity optical communication systems that are limited by the bandwidth of optical amplifiers.
New transmission systems which employ binary pulses and regeneration1 require pulses which are a few millimicroseconds in length.
