Articles | RF Over Fiber Applications

An optical delay lines system (ODL), incorporates high-performance lasers such as DFBs, optical modulators for high operation frequencies, photodiodes, and optionally other components such as optical dispersion compensators, optical switches, optical amplifiers, and Pre and Post RF amplifiers to provide exceptionally high performance. The ODL optical system supports very high bandwidths of analog signals, high…

Low Cost, Affordable:  The Progressive ODL system is the most cost-effective ODL system in the market for cases where the customer requires many different delay lines. In case that the customer requires a significant amount of different delay lines (e.g. 8 to 256delay states), the Progressive ODL system is a one system solution that can…

Fast tunable RFoF based wideband Optical Delay Line Application Note In many applications of Optical Delay Line (ODL) the RF signals are centered within a range of microwave or mm-wave bands. In most of these cases the RF signal is relatively an instantaneous narrow band signal as compared with the RFoF ODL bandwidth. When the…

WebinarsURLDescription Automating Test and Evaluation of EW and Radar Systemshttp://www.mwrf.com/webcasts/automating-test-and-evaluation-ew-and-radar-systemsThis webinar discusses the automation process of Electronic Warfare (EW) and radar system design and the benefits of automation. It gives insight into how automation can be implemented most effectively. Radar System Design and Analysis with MATLABhttps://fr.mathworks.com/videos/radar-system-design-and-analysis-with-matlab-81917.htmlThis webinar shows techniques to designing and analyzing radar systems…

In general, photonics is the science of photons aka the basic units of light. Photonics explain how these basic units of light are transmitted and how they behave. For example, in case of fiber optics (RFoF). Over the years, we as RFOptic have received requests to explain the connection between photonics and Fiber Optic. That’s…

An Optical Delay Line system (ODL) incorporates high-performance lasers such as DFBs, optical modulators for high operation frequencies, and photodiodes. It can also incorporate other components such as optical dispersion compensators, optical switches, optical amplifiers and pre- and post RF amplifiers for exceptionally high performance. For various delays, the ODL optical system supports very high…