This work presents a sequential symbol synchronizer, that was discovered by us, and its functioning principle is based on the clock sampling by the input positive data transitions. This synchronizer has two topologies, namely the discrete and the continuous. Also, each topology has two versions which are the manual and the automatic. These synchronizers are very interesting, because the previous adjust of the manual version isn’t critical. The objective is to study the four synchronizers and to evaluate their output jitter UIRMS (Unit Interval Root Mean Square) versus input SNR (Signal to Noise Ratio)
We will study the effects of the shift of the previous pulse temporal position (between P1 and P2) ...
This work presents a sequential symbol synchronizer, that is based on a comparation between variable...
This work presents a sequential symbol synchronizer, that is based on a comparation between variable...
This work presents the sequential symbol synchronizer based on pulse comparison by positive transit...
This work studies the effects of the prefilter bandwidth in the sequential symbol synchronizers base...
This work presents the asynchronous sequential symbol synchronizers based on pulse comparison by pos...
This work presents a synchronizer based on pulse comparation, between variable and fixed pulses. W...
This work studies the asynchronous sequential symbol synchronizers based on pulse comparison by posi...
This work presents the synchronizer based on pulse comparation, between variable and fixed pulses....
In this work, we present two synchronizer groups: the synchronous and the asynchronous. The synchr...
This work studies the asynchronous sequential symbol synchronizers based on pulse comparison by hybr...
This work studies the asynchronous sequential symbol synchronizers based on pulse comparison by both...
This work studies the prefilter bandwidth effects in four asynchronous sequential symbol synchroniz...
This work studies the prefilter bandwidth effects on the symbol synchronizer based on clock sampling...
This work studies the effects of the prefilter bandwidth in the sequential symbol synchronizers base...
We will study the effects of the shift of the previous pulse temporal position (between P1 and P2) ...
This work presents a sequential symbol synchronizer, that is based on a comparation between variable...
This work presents a sequential symbol synchronizer, that is based on a comparation between variable...
This work presents the sequential symbol synchronizer based on pulse comparison by positive transit...
This work studies the effects of the prefilter bandwidth in the sequential symbol synchronizers base...
This work presents the asynchronous sequential symbol synchronizers based on pulse comparison by pos...
This work presents a synchronizer based on pulse comparation, between variable and fixed pulses. W...
This work studies the asynchronous sequential symbol synchronizers based on pulse comparison by posi...
This work presents the synchronizer based on pulse comparation, between variable and fixed pulses....
In this work, we present two synchronizer groups: the synchronous and the asynchronous. The synchr...
This work studies the asynchronous sequential symbol synchronizers based on pulse comparison by hybr...
This work studies the asynchronous sequential symbol synchronizers based on pulse comparison by both...
This work studies the prefilter bandwidth effects in four asynchronous sequential symbol synchroniz...
This work studies the prefilter bandwidth effects on the symbol synchronizer based on clock sampling...
This work studies the effects of the prefilter bandwidth in the sequential symbol synchronizers base...
We will study the effects of the shift of the previous pulse temporal position (between P1 and P2) ...
This work presents a sequential symbol synchronizer, that is based on a comparation between variable...
This work presents a sequential symbol synchronizer, that is based on a comparation between variable...