AbstractThe general PLL (Phase Lock Loop) is a device (LOOP) whose VCO (Voltage Controlled Oscillator) is able to follow (LOCK) the input signal phase (PHASE). However, the input signal can be a carrier regular sinusoidal wave, or a symbol/bit/data random stream, or a block of bits. So, in this direction, we have respectively the Carrier Synchronizer (CPLL), the Symbol Synchronizer (SPLL) and the Block Synchronizer (BPLL). The carrier synchronizer can be adapted as synthetizer of frequencies with different carriers. The symbol synchronizer recovers the clock of a synchronous system and can operate at different rhythms. The block synchronizer can produce streams of different bit rates. The three synchronizer prototypes can be adapted to diff...
We will study the effects of the analog and digital previous pulse on the synchronizer jitter.We con...
This work studies the effects of the prefilter bandwidth in the symbol synchronizers of mixed loop. ...
This 3-part series of articles is intended to give a comprehensive overview of the use of PLLs (phas...
AbstractThe general PLL (Phase Lock Loop) is a device (LOOP) whose VCO (Voltage Controlled Oscillato...
This work study the PLL (Phase Lock Loop) applied to systems of carrier frequency and data symbols. ...
This work study the symbol synchronizer based on a filter followed of a carrier PLL (Phase Lock Loop...
The symbol synchronizer recoveries the clock and after, with it, samples and retimes the data. We pr...
In this work, we will study the carrier phase Lock Loop (CPLL) when the input carrier changes its s...
This work study the symbol phase synchronizer of mixed loop. This synchronizer is composed by a prev...
This work presents a Phase Lock Loop for Carrier Wave (CPLL) and a Phase Lock Loop for Data Bits (DP...
This work studies four carrier phase synchronizers (CPS) or carrier Phase Lock Loop (CPLL). The syn...
In this work, we will study the carrier phase lock loop (CPLL) when the input carrier changes its sh...
Abstract — Phase locked loops (PLL) and delay locked loops (DLL) play an important role in establish...
We will study the effects of the shift of the previous pulse temporal position (between P1 and P2) ...
Abstract- Coherent reception in digital wireless communications involves generating a local carrier ...
We will study the effects of the analog and digital previous pulse on the synchronizer jitter.We con...
This work studies the effects of the prefilter bandwidth in the symbol synchronizers of mixed loop. ...
This 3-part series of articles is intended to give a comprehensive overview of the use of PLLs (phas...
AbstractThe general PLL (Phase Lock Loop) is a device (LOOP) whose VCO (Voltage Controlled Oscillato...
This work study the PLL (Phase Lock Loop) applied to systems of carrier frequency and data symbols. ...
This work study the symbol synchronizer based on a filter followed of a carrier PLL (Phase Lock Loop...
The symbol synchronizer recoveries the clock and after, with it, samples and retimes the data. We pr...
In this work, we will study the carrier phase Lock Loop (CPLL) when the input carrier changes its s...
This work study the symbol phase synchronizer of mixed loop. This synchronizer is composed by a prev...
This work presents a Phase Lock Loop for Carrier Wave (CPLL) and a Phase Lock Loop for Data Bits (DP...
This work studies four carrier phase synchronizers (CPS) or carrier Phase Lock Loop (CPLL). The syn...
In this work, we will study the carrier phase lock loop (CPLL) when the input carrier changes its sh...
Abstract — Phase locked loops (PLL) and delay locked loops (DLL) play an important role in establish...
We will study the effects of the shift of the previous pulse temporal position (between P1 and P2) ...
Abstract- Coherent reception in digital wireless communications involves generating a local carrier ...
We will study the effects of the analog and digital previous pulse on the synchronizer jitter.We con...
This work studies the effects of the prefilter bandwidth in the symbol synchronizers of mixed loop. ...
This 3-part series of articles is intended to give a comprehensive overview of the use of PLLs (phas...