A controller includes a phase locked loop, an amplitude servo control loop, and a resonant frequency servo control loop.
The AVS control loop is isolated from the at least one additional control loop.
The hydraulic control loop further comprises a valve (30).
A compensation noise is added to the input signal of the control loop, said compensation noise being equal to the control loop input signal multiplied by the multiplicative noise of the second component.
A control loop for multi support legs of a crane is disclosed.
The sensing circuit includes a pair of servo loops (18 and 20) achieving servo loop control of the sensing coils in each servo loop.
The actuator arm supports a head adjacent a recording surface, and a servo loop controls the position of the actuator arm.
The electronic feedback loop is operative to generate a signal at its output by applying a feedback loop transfer function.
The sensing circuit has an amplifier (OTA) having a feedback loop, such that the impedance being sensed is in the feedback loop.
It is what an engineer would call a feedback loop.
High rotational disk speeds, especially during writing, necessitate that the actuator servo controller feedback loop have a high loop gain and can become critical.
The Cartesian feedback loop (400) includes one or more operational amplifiers (250a-c).
The servo operation is continued even during the track jumping, and the servo loop is not interrupted.
A RF servo loop is used for detecting the RF transmitter blocker signal.
A method for adjusting the frequency response of a servo loop (28) is provided that positions a servo head (46) at a nominal position over a medium and determines the frequency response (80) of the servo loop (46).
The tilt between the head and the record carrier (11) is compensated via a tilt servo loop.
A controller gain components (KC) is adjusted based on measured servo loop gain to keep the total servo loop gain constant.
The current controlled dimmer (10) utilizes a feedback control loop which applies proportional and integral (PI) control to the PWM modulation.
Upon the oscillator (22) being connected to the reference sense inductor, the feedback control loop establishes a fixed reference level.
The actual distance (D5) is preferably adjusted using a feedback control loop in a computer so that D5 approaches the desired distance (D4).
The steps are preferably performed continuously in a feedback control loop during operation of the reversible heat pump system as a heat pump.
The invention relates to a device for extracting a clock from a base band serial signal comprising an oscillator (19) locked injection-wise, a phase feedback control loop (25) comprising a digital phase detector (26).
The plurality of programmable counters are coupled to delay-locked loop.
The circuit includes a delay locked loop (110) with interpolation delay (120).
It is what an engineer would call a closed-loop circulation system.
The digital clock manager includes a delay lock loop and a digital frequency synthesizer.
The VCO is included in a phase locked loop (PLL) comprising subsequent to the VCO, said phase detector and a loop filter.
The frequency control of the active filter is achieved by means of a frequency locked loop.
The actuator is arranged in a high-gain closed position or velocity servoloop.
A second phase-locked loop is phase-locked to the received signal (MNCK) with a second-loop control voltage (VR4).
The delay lock loop and a digital frequency synthesizer.
Digital phase-locked loop circuit for telecommunication circuits receiving bipolar codes (1).
A time delay element (5, 6) is connected in outgoing circuit to the phase-locked loop (1) and to the frequency-locked loop (2).
A biphase stable FPLL includes a polarity determination circuit (36) that ascertains the lockup phase of the FPLL based upon the polarity of the pilot in the digital signal.
The synthesizer comprises the basic elements of a phase locked loop (PLL) type circuit.
In another aspect, the frequency synchronization loop (102) includes a delay-locked loop (116) configured to synthesize the sampling clock (124).
The change in engine speed depends directly on the diverted torque and is reduced through a closed control circuit.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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