In this work, we will study four carrier phase synchronizer types namely the analog, the hybrid, the combinational and the sequential. The four carrier phase synchronizers will be operated firstwith the sinusoidal wave, after with the triangular wave andlast with the rectangular wave. The main objective is to study the four synchronizer types with the three input waves and to observe its jitter UIRMS(Unit Inter...
This work study four symbol synchronizers namely the analog, hybrid, combinational and sequential. These four synchronizers will be tested with three differentinput sequences (P1, P2 and P7). P1=21 (1one-1zero 1-0) isdeterministic, P2=22 (2ones-2zeros 11-00) is deterministicand P7=27-1 (1 ... 0) is pseudo - random. The objective is to study the four synchronizers and toevaluate their jitter UI-RMS (Unit Interva...
This work presents a new process to measure the signal jitter, caused by noise, in a communication system. First, we show some conventional jitter measurers and afterwe present the new proposed process. We will test the newjitter measurer on the analog PLL (Phase Lock Loop). The objective is to certify the new process, showing that theresults obtained with it are coherent with the theoretical andexperimental va...
The function of the synchronizer is to sample the data with the minimum bit error rate (BER) and to retime its bit duration with the original format. In this work, we present the sequential synchronizer with two variants which are the pulse comparation discovered by Hogge and the clock sampling discovered by us. Each variant has two versions which are the manual and the automatic. The main objective is to study...
In this paper, we present two groups of synchronizers: the Deterministic Wave Phase Digital Synchronizer and the Random Symbol Phase Digital Synchronizer.In the first case, the VCO (Voltage Controlled Oscillator)synchronizes with the deterministic phase of the input regularwave and in the second the VCO synchronizes with the random phase of the input random symbols. In each one of this groups, we present two di...
In this paper we present four wave synchronizers and four symbol synchronizers: analog, hybrid, combinational and sequential. All them are of the class closed loop. The wave synchronizers are vacated to synchronize withwaves or signals with deterministic phase/transition. The symbol synchronizers are vacated to synchronize withsymbols or signals with random phase/transition. The main objective is to study and c...
In this paper we present four types of normal symbol synchronizers, namely the analog, the hybrid, the combinational and the sequential.The synchronous sequential synchronizer has capacities that permits to obtain the correspondent asynchronous version.So the fiip flop is substituted by logic with feedback. Then all the synchronizers use only logic gates.The main objective is to develop the synchronous sequenti...
In this paper we present four types of normal symbol synchronizers, namely the analog, the hybrid, thecombinational and the sequential. The normal sequential synchronizer has potentialities that permits to obtain the correspondent automatic symbol synchronizer. Also the normal sequential synchronizer has potentialities that permits to obtain versions operating at submultiples of th...
In this paper we present four types of closed loop symbol synchronizers, namely the analog, the hybrid, the combinational and the sequential. Also we show two test configurations of these synchronizers, one with an abrupt clock transition slope and other with some clock transition slope reduction. The main objective is to study the effects of the clock transitionslope on the four synchronizers. Then we will sho...
In this paper, we present four types of closed loop symbol synchronizers, namely the analog, the hybrid, the combinational and the sequential. In the phase synchronizers the difference between the varioustypes was inside the phase comparator, with a similar mode inthe symbol synchronizers this difference is inside the signalcomparator. Our main objective is to study the jitter behavior, of the various synchroni...