This work describes an efficient method to estimate and compare the locking range of Injection-Locked-Frequency-Dividers. The method can be exploited during the design phase to explore rapidly how the locking range varies for many possible parameter settings and injection strategies
We present a study of dual-band injection locking frequency dividers (ILFDs), based on a nonlinear a...
This paper describes an original nonlinear phase-domain macromodel of Injection-Locked Frequency Div...
Closed-form expressions are derived for predicting the locking ranges and the amplitudes of the lock...
This work describes an efficient method to estimate and compare the locking range of Injection-Locke...
This work describes an efficient method to estimate and compare the locking range of Injection-Locke...
This paper describes an original method to estimate the locking ranges of injection-locked frequency...
This paper describes an original method to estimate the locking ranges of injection-locked frequency...
One significant source of power consumption in modern frequency synthesizers at high frequencies is ...
For high frequencies of operation, lowering power supplies and shrinking device sizes, prescalers pr...
There has been much interest recently in developing injection locking frequency dividers (ILFDs) sin...
This paper provides an original and very efficient computational method to evaluate phase-noise effe...
In recent years, as injection-locked frequency dividers (ILFD) have become more widely used, numerou...
The paper proposes a methodology for the determination of the locking range of an Injection-Locked F...
We present a study of dual-band injection locking frequency dividers (ILFDs), based on a nonlinear a...
This paper describes an original nonlinear phase-domain macromodel of Injection-Locked Frequency Div...
Closed-form expressions are derived for predicting the locking ranges and the amplitudes of the lock...
This work describes an efficient method to estimate and compare the locking range of Injection-Locke...
This work describes an efficient method to estimate and compare the locking range of Injection-Locke...
This paper describes an original method to estimate the locking ranges of injection-locked frequency...
This paper describes an original method to estimate the locking ranges of injection-locked frequency...
One significant source of power consumption in modern frequency synthesizers at high frequencies is ...
For high frequencies of operation, lowering power supplies and shrinking device sizes, prescalers pr...
There has been much interest recently in developing injection locking frequency dividers (ILFDs) sin...
This paper provides an original and very efficient computational method to evaluate phase-noise effe...
In recent years, as injection-locked frequency dividers (ILFD) have become more widely used, numerou...
The paper proposes a methodology for the determination of the locking range of an Injection-Locked F...
We present a study of dual-band injection locking frequency dividers (ILFDs), based on a nonlinear a...
This paper describes an original nonlinear phase-domain macromodel of Injection-Locked Frequency Div...
Closed-form expressions are derived for predicting the locking ranges and the amplitudes of the lock...
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