Andere Kunden interessierten sich auch für
![A Low Jitter ¿ Low Phase Noise Wideband Digital Phase Locked Loop]( "A Low Jitter ¿ Low Phase Noise Wideband Digital Phase Locked Loop")
A Low Jitter ¿ Low Phase Noise Wideband Digital Phase Locked Loop46,99 €![PLL Architecture:]( "PLL Architecture:")
PLL Architecture:30,99 €![Design of PLL using Ring VCO]( "Design of PLL using Ring VCO")
Design of PLL using Ring VCO26,99 €![Voltage Controlled Ring Oscillators: Design Prospective & Applications]( "Voltage Controlled Ring Oscillators: Design Prospective & Applications")
Voltage Controlled Ring Oscillators: Design Prospective & Applications42,99 €![Phase-locked loop]( "Phase-locked loop")
Phase-locked loop44,99 €![Phase Locked Loop Design as a Frequency Multiplier]( "Phase Locked Loop Design as a Frequency Multiplier")
Phase Locked Loop Design as a Frequency Multiplier32,99 €![Low Power Phase Locked Loop With Multiple Output Using VLSI Technology]( "Low Power Phase Locked Loop With Multiple Output Using VLSI Technology")
Low Power Phase Locked Loop With Multiple Output Using VLSI Technology32,99 €
The phase locked loop is most commonly used circuit in modern communication system. The concept of PLL was first developed in 1930. Since then it is used to generate, modulate, stabilized, demodulate and to recover a signal from noise in communication system. PLL is widely used in radio frequency synthesis.The phase noise and jitter effects the different building blocks of PLLs which causes instability to the system. The noise performance of the PLL outside the loop is totally depends on voltage controlled oscillator performance. The VCO is an Oscillator which contributes small random perturbation in the phase of the signal. In PLL, the bandwidth of the loop filter is an important factor in controlling the capture range as well as in reducing the noise.In PLL it is most challenging task to design a LF which remain stable and do not produce unwanted high frequency spurious oscillations.