Optical-microwave transducers based on FET devices are investigated to determine their dynamic characteristics. It is observed that the result of the well known frequency response method differs from that of a combined ...

Optical responsivity and electrical reflection of an ultra high-speed pin photodiode (PD) are measured in 20 GHz frequency range. The effect of PD bias voltage variation was investigated at different incident optical power ...

Fiber-radio distribution networks have been investigated by several authors recently. In such networks wideband access of several subscribers is provided with the advantage of easy installation and reduced maintenance costs ...

Transmission of microwave (uW) and millimeter-wave (mmW) carriers optically at 1.55 um wavelength has become an important task recently. A main field of potential applications is the optical transmission and wireless ...

Techniques for the modeling of analog and digital communication systems fall into two classes. Those based on component aspect, those based on system aspect. An approach of these techniques applied to optical fiber link ...

Optical generation and distribution of millimeter waves have become an intensive research topic recently [1,2]. A main field of possible applications is the millimeter-wave (MMW) wireless distribution of broadband data in ...

We present a new technique for remote upconversion by inserting a passive all-optical device in the microwave (MW) fiber-optic link. Using a semiconductor laser directly modulated by two MW signals and an unbalanced ...

A new technique for remote upconversion of a 100 Mb/s BPSK microwave subcarrier signal is proposed and demonstrated. It is based on the insertion of an unbalanced Mach-Zehnder interferometer in a microwave fiber-optic link.

Transmission and reception of digitally modulated microwave (MW) and millimeter-wave (MMW) radio signals in point-to-point and point-to-multipoint systems are widely investigated [1-6]. This paper addresses the problem of ...