Add to ORKGA homodyne optical phase locked loop is considered. Even if the loop is stable, the presence of loop propagation delay can cause acquisition difficulties in the form of false locks. In this paper, we not only consider the false locking phenomenon in an OPLL, but also illustrate a method of calculating the locking range. Moreover, we consider the effect of finite line-width of the laser and suggest a method of reducing the deleterious effect of false locking. It appears to the authors that no one has reported in this regard
The relative phase and frequency stabilization setups for diode lasers are discussed. The constructi...
In this paper we analyse the operation of a fully digital Phase Lock Loop (PLL) in a false lock regi...
We describe an optical phase lock loop (PLL) designed to recover an optical carrier at powers below ...
This thesis demonstrates theoretically and experimentally that it is possible to use semiconductor l...
This thesis demonstrates theoretically and experimentally that it is possible to use semiconductor l...
This thesis demonstrates theoretically and experimentally that it is possible to use semiconductor l...
This thesis demonstrates theoretically and experimentally that it is possible to use semiconductor l...
The requirement for narrow linewidth lasers or short-loop propagation delay makes the realization of...
The requirement for narrow linewidth lasers or short-loop propagation delay makes the realization of...
Experimental demonstration of heterodyne optical Phase-Locked Loop (oPLL), using simplest optics, is...
We propose a mathematical model for the phase-locking of a mode-locked laser. Based on the standard ...
Experimental demonstration of heterodyne optical Phase-Locked Loop (oPLL), using simplest optics, is...
The requirements for narrow linewidth lasers or short-loop propagation delay limit optical phase-loc...
This thesis reports on the work carried out in designing and attempting to build an optical heterody...
In this paper we analyse the operation of a fully digital Phase Lock Loop (PLL) in a false lock regi...
The relative phase and frequency stabilization setups for diode lasers are discussed. The constructi...
In this paper we analyse the operation of a fully digital Phase Lock Loop (PLL) in a false lock regi...
We describe an optical phase lock loop (PLL) designed to recover an optical carrier at powers below ...
This thesis demonstrates theoretically and experimentally that it is possible to use semiconductor l...
This thesis demonstrates theoretically and experimentally that it is possible to use semiconductor l...
This thesis demonstrates theoretically and experimentally that it is possible to use semiconductor l...
This thesis demonstrates theoretically and experimentally that it is possible to use semiconductor l...
The requirement for narrow linewidth lasers or short-loop propagation delay makes the realization of...
The requirement for narrow linewidth lasers or short-loop propagation delay makes the realization of...
Experimental demonstration of heterodyne optical Phase-Locked Loop (oPLL), using simplest optics, is...
We propose a mathematical model for the phase-locking of a mode-locked laser. Based on the standard ...
Experimental demonstration of heterodyne optical Phase-Locked Loop (oPLL), using simplest optics, is...
The requirements for narrow linewidth lasers or short-loop propagation delay limit optical phase-loc...
This thesis reports on the work carried out in designing and attempting to build an optical heterody...
In this paper we analyse the operation of a fully digital Phase Lock Loop (PLL) in a false lock regi...
The relative phase and frequency stabilization setups for diode lasers are discussed. The constructi...
In this paper we analyse the operation of a fully digital Phase Lock Loop (PLL) in a false lock regi...
We describe an optical phase lock loop (PLL) designed to recover an optical carrier at powers below ...