Add to ORKGThis paper considers the stability of high order Charge Pump Phase Lock Loop (CP-PLL), proposing a novel means of identifying stable regions for such systems. Traditional design techniques are inefficient for high frequency, high order CPPLL systems. This paper proposes an accurate and efficient means of identifying stable regions for 2nd and 3rd order high frequency (> 1GHz) CP-PLL. Using exact non-linear CP-PLL responses it is shown that the proposed stability technique is a significant improvement over existing linear methods
In this paper a new stable high order Digital Phase Lock Loop (DPLL) design technique is proposed. T...
In this paper a new stable high order Digital Phase Lock Loop (DPLL) design technique is proposed. T...
This paper proposes a rigorous stability criterion for the 2nd order digital phase locked loop (DPLL...
This paper considers the stability of high order Charge Pump Phase Lock Loop (CP-PLL), proposing a n...
This paper considers the stability of high order Charge Pump Phase Lock Loop (CP-PLL), proposing a n...
This paper considers the stability of high order Charge Pump Phase Lock Loop (CP-PLL), proposing a n...
The Phase Locked Loop (PLL) is an important component of many electronic devices; it can be employed...
The Phase Locked Loop (PLL) is an important component of many electronic devices; it can be employed...
The Phase Locked Loop (PLL) is an important component of many electronic devices; it can be employed...
The Phase Locked Loop (PLL) is an important component of many electronic devices; it can be employed...
This paper proposes a rigorous stability criterion for an arbitrary order digital phase locked loop...
This paper proposes a rigorous stability criterion for an arbitrary order digital phase locked loop...
This paper proposes a rigorous stability criterion for an arbitrary order digital phase locked loop...
In this paper a new stable high order Digital Phase Lock Loop (DPLL) design technique is proposed. T...
This paper proposes a rigorous stability criterion for the 2nd order digital phase locked loop (DPLL...
In this paper a new stable high order Digital Phase Lock Loop (DPLL) design technique is proposed. T...
In this paper a new stable high order Digital Phase Lock Loop (DPLL) design technique is proposed. T...
This paper proposes a rigorous stability criterion for the 2nd order digital phase locked loop (DPLL...
This paper considers the stability of high order Charge Pump Phase Lock Loop (CP-PLL), proposing a n...
This paper considers the stability of high order Charge Pump Phase Lock Loop (CP-PLL), proposing a n...
This paper considers the stability of high order Charge Pump Phase Lock Loop (CP-PLL), proposing a n...
The Phase Locked Loop (PLL) is an important component of many electronic devices; it can be employed...
The Phase Locked Loop (PLL) is an important component of many electronic devices; it can be employed...
The Phase Locked Loop (PLL) is an important component of many electronic devices; it can be employed...
The Phase Locked Loop (PLL) is an important component of many electronic devices; it can be employed...
This paper proposes a rigorous stability criterion for an arbitrary order digital phase locked loop...
This paper proposes a rigorous stability criterion for an arbitrary order digital phase locked loop...
This paper proposes a rigorous stability criterion for an arbitrary order digital phase locked loop...
In this paper a new stable high order Digital Phase Lock Loop (DPLL) design technique is proposed. T...
This paper proposes a rigorous stability criterion for the 2nd order digital phase locked loop (DPLL...
In this paper a new stable high order Digital Phase Lock Loop (DPLL) design technique is proposed. T...
In this paper a new stable high order Digital Phase Lock Loop (DPLL) design technique is proposed. T...
This paper proposes a rigorous stability criterion for the 2nd order digital phase locked loop (DPLL...