Keywords: حاشیه فاز; Optical injection phase-locked loop; Phase margin; Gain-crossover frequency; Voltage controlled oscillator and phase-error variance;
مقالات ISI حاشیه فاز (ترجمه نشده)
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Keywords: حاشیه فاز; Optical phase-locked loop; Phase margin; Gain-crossover frequency; Local oscillator and phase-error standard deviation;
Ultra-low power OTA based on bias recycling and subthreshold operation with phase margin enhancement
Keywords: حاشیه فاز; Ultra-low power; OTA; Recycling folded cascode (RFC); Phase margin; Subthreshold region;
A PI/PID controller for time delay systems with desired closed loop time response and guaranteed gain and phase margins
Keywords: حاشیه فاز; PID controller; Pole-placement; Time delay; Gain margin; Phase margin
New results on the robust stability of PID controllers with gain and phase margins for UFOPTD processes
Keywords: حاشیه فاز; UFOPTD processes; PID control; Phase margin; Gain margin;
Development of a tunable method for PID controllers to achieve the desired phase margin
Keywords: حاشیه فاز; PID control; Phase margin; Integral performance index; Crossover frequency
Determination of all feasible robust PID controllers for open-loop unstable plus time delay processes with gain margin and phase margin specifications
Keywords: حاشیه فاز; Stability equation; IAE; ISE; Time delay; Robust PID controller; Gain margin; Phase margin;
Disturbance observer design with Bode’s ideal cut-off filter in hard-disc-drive servo system
Keywords: حاشیه فاز; Hard-disc-drive servo system; Disturbance observer; Bode’s ideal cut-off filter; Gain margin; Phase margin; Disturbance frequency range detection
A hybrid optimization approach for PI controller tuning based on gain and phase margin specifications
Keywords: حاشیه فاز; Controller tuning; Gain margin; Phase margin; Hybrid optimization; Particle Swarm Optimization
Frequency specifications regions of fractional-order PI controllers for first order plus time delay processes
Keywords: حاشیه فاز; Frequency specifications region; Nyquist diagram; Crossover frequency; Phase margin
An analytical method for PID controller tuning with specified gain and phase margins for integral plus time delay processes
Keywords: حاشیه فاز; IPTD processes; PI/PD/PID controller tuning; Gain margin; Phase margin; Crossover frequencies;
Graphical computation of gain and phase margin specifications-oriented robust PID controllers for uncertain systems with time-varying delay
Keywords: حاشیه فاز; Complex Kharitonov theorem; Uncertain systems; Time-varying delay; Robust PID controller; Gain margin; Phase margin
Digital redesign of uncertain interval systems based on extremal gain/phase margins via a hybrid particle swarm optimizer
Keywords: حاشیه فاز; Digital redesign; Particle swarm optimization; Interval plants; Uncertain systems; Gain margin; Phase margin; NM simplex search; Frequency response; Discretization; Digital control; Extremal systems
Design of a class of fractional controllers from frequency specifications with guaranteed time domain behavior
Keywords: حاشیه فاز; Fractional PI controller; Frequency specifications; Time specification; Crossover frequency; Phase margin; Overshot; Settling time
Improved automatic tuning of PID controller for stable processes
Keywords: حاشیه فاز; Modified relay; Limit cycle; PID controller; Stable process; Phase margin;
Combined gain and phase margins
Keywords: حاشیه فاز; Stability robustness; Gain margin; Phase margin; Combined gain and phase margins; Unstable systems; Stabilization;
On loop phase margins of multivariable control systems
Keywords: حاشیه فاز; Phase margin; Multivariable systems; Time delay; Delay-dependent stability; Robust stability
Relay based PI–PD design for stable and unstable FOPDT processes
Keywords: حاشیه فاز; Proportional-integral–proportional-derivative controller; Relay feedback test; Gain margin; Phase margin
Design of PI controllers for achieving time and frequency domain specifications simultaneously
Keywords: حاشیه فاز; Frequency and time domain performances-map; PI control; Control system design; Gain margin; Phase margin; Overshoot; Settling time;