Characteristics of tunable wavelength pi'n/pin filters based on a-SiC: H multilayered stacked
cells are studied both experimentally and theoretically. Results show that the device …

Tunable wavelength division multiplexing converters based on amorphous SiC multilayer
photonic active filters are analyzed. The configuration includes two stacked pin structures (p …

This paper presents an inventive unipolar amorphous silicon (a-Si: H) two terminal two color
photo sensor, featuring two functional modes of operation. The sensor structure is green …

The application of a-SiC: H/a-Si: H pinpin photodiodes for optoelectronic applications as a
WDM demultiplexer device has been demonstrated useful in optical communications that …

In this paper we present results on the use of a multilayered a-SiC: H heterostructure as a
wavelength-division demultiplexing device for the visible light spectrum. The proposed …

Characteristics of tunable wavelength pi'n/pin filters based on a-SiC: H multilayered stacked
cells are studied both experimental and theoretically. Results show that the device combines …

In this paper we present results about the functioning of a multilayered a-SiC: H
heterostructure as a device for wavelength-division demultiplexing of optical signals. The …

Multilayered heterostructures based on embedded a-Si: H and a-SiC: H pin filters are
analyzed from differential voltage design perspective using short-and long-pass filters. The …

Light-activated multiplexer/demultiplexer silicon-carbon devices are analyzed. An electrical
model for the device operation is presented and used to compare output signals with …

In this paper three multilayered architectures based on a-SiC: H with voltage controlled
spectral selectivity in the visible spectrum range are analyzed. Multiple simultaneous …