Abstract Optical receiver arranged to provide a dispersion-compensated detection of digital information transferred by a light pulse train via a fibre optic conductor, includes a registering means and a timing regenerating means connected in parallel to the fibre optic conductor via an optoelectrical converter. The registering means has a sampling terminal, an activation input that is arranged for a short activation of the sampling contact and which is connected to the timing regenerating means, and an output that is arranged for reproducing the registered digital information transferred by the light pulse train. According to the invention, the optical receiver has a decision means with a decision level determining input supplied with a control voltage obtained from the output of the registering means via a digital-to-analog converting link and is interconnected between the optoelectrical converter and the sampling contact of the registering means.
An optical receiver for providing a dispersion-compensated detection of digital information transferred by a light pulse train via a fibre conductor, said device comprising: a registering means and a timing regenerating means connected in parallel to the fibre conductor via an opto-electrical converter, said registering means including a sampling contact, an activation input for a short activation of the sampling contact and connected to said timing regenerating means, and an output for reproducing the registered digital information transferred by the light pulse train, decision means having a decision level determining input supplied with a control voltage obtained from the output of said registering means via a digital-to-analog converting link and being interconnected between the optoelectrical converter and the sampling contact of the registering means, said digital-to-analog converting link having a most significant input connected to a non-inverting pole and a next most significant input connected to an inverting pole of the registering means.
Claim 2
Dependent Claim
153 words
An optical receiver for providing a dispersion-compensated detection of digital information transferred by a light pulse train via a fibre conductor, said device comprising: a registering means and a timing regenerating means connected in parallel to the fibre conductor via an opto-electrical converter, said registering means including a sampling contact, an activation input for a short activation of the sampling contact and connected to said timing regenerating means, and an output for reproducing the registered digital information transferred by the light pulse train, decision means having a decision level determining input supplied with a control voltage obtained from the output of said registering means via a digital-to-analog converting link and being interconnected between the optoelectrical converter and the sampling contact of the registering means, said digital-to-analog converting link having a most significant input connected to a non-inverting pole and a next most significant input connected to an inverting pole of the registering means.