a control used to manually adjust the transformer to compensate for inconsistent electrical output
Volt Ampere Reactive
Voltage is the potential difference between the source & any point in the circuit. The forward voltage is the voltage drop across the diode if the voltage at the anode is more positive than the voltage at the cathode (if you connect + to the anode). Voltage drop means, amount of voltage by which voltage across load resistor is less then the source voltage.
Voltage gain is the ratio of the output voltage of an amplifier to its input voltage.
Voltage amplitude is the maximum value of a voltage.
Knee voltage (cut in voltage) :-The forward voltage at which the current through the P-N Junction starts increasing rapidly is called as Cut in voltage or knee voltage Breakdown voltage :-It is the minimum reverse voltage at which the P-N Junction can conduct without damage to the current
To make a program from an algorithm of particle swarm optimization for voltage stability you need a method for finding an optimal location for Thyristor Controlled Series Compensator(TCSC)and Static Var Compensator(SVC).
DSTATCOM is one of the equipments for voltage sag mitigation in power systems. In this paper a new control method for balanced and unbalanced voltage sag mitigation using DSTATCOM is proposed. The control system has two loops in order to regulate compensator current and load voltage. Delayed signal cancellation has been used for sequence separation. The compensator should protect sensitive loads against different types of voltage sag. Performance of the proposed method is investigated under different types of voltage sags for linear and nonlinear loads. Simulation results show appropriate operation of the proposed control system.
A compensator for looks only. Air soft "weapons" don't generate enough recoil for one to be needed.
The compensator is causing the action to bind, or the additional weight is preventing the slide from moving freely.
The noun would be Compensator
No
No
I see that the cutts compensator was available on the auto-5 light weight which was made from 1947-1967.I would have to assume that this option was available to the buyer of the sweet-sixteen model also.This compensator was also installed by gunsmiths across the nation.
It can be done.
Improper installation.
The compensating sprocket buffers torque from the engine Read more: How to Diagnose a Harley Compensator | eHow.com http://www.ehow.com/how_8037208_diagnose-harley-compensator.html#ixzz1bxDx7T58
The difference between a lag compensator and lead compensator is that the lead compensator modify the transient response of the system while the lag compensator modifies the steady state.A Compensator Gc is of the form K*A(S+1/T)/(S+1/(AT))the S=-1/T is the additional zero and S= -1/(AT) is the additional pole. For a lead compensator, A is between 0 and 1 while for the lag compensator A is bigger than 1 which allows of an appreciable change in gain, hence a change in steady state response.A lead-lag compensator is a component in a control system that improves an undesirable frequency response in a feedback and control system. It is a fundamental building block in classicalcontrol theory. Contents [hide]1 Applications2 Theory3 Implementation4 Intuitive explanation5 References6 See also7 External linksApplicationsLead-lag compensators influence disciplines as varied as robotics, satellite control, automobile diagnostics, laser frequency stabilization, and many more. They are an important building block in analog control systems, and can also be used in digital control. Given the control plant, desired specifications can be achieved using compensators. I, D, PI, PD, and PID, are optimizing controllers which are used to improve system parameters (such as reducing steady state error, reducing resonant peak, improving system response by reducing rise time). All these operations can be done by compensators as well. TheoryBoth lead compensators and lag compensators introduce a pole-zero pair into the open loop transfer function. The transfer function can be written in the Laplace domain aswhere X is the input to the compensator, Y is the output, s is the complex Laplace transform variable, z is the zero frequency and p is the pole frequency. The pole and zero are both typically negative. In a lead compensator, the pole is left of the zero in the complex plane, , while in a lag compensator .A lead-lag compensator consists of a lead compensator cascaded with a lag compensator. The overall transfer function can be written asTypically , where z1 and p1 are the zero and pole of the lead compensator and z2 and p2 are the zero and pole of the lag compensator. The lead compensator provides phase lead at high frequencies. This shifts the poles to the left, which enhances the responsiveness and stability of the system. The lag compensator provides phase lag at low frequencies which reduces the steady state error.The precise locations of the poles and zeros depend on both the desired characteristics of the closed loop response and the characteristics of the system being controlled. However, the pole and zero of the lag compensator should be close together so as not to cause the poles to shift right, which could cause instability or slow convergence. Since their purpose is to affect the low frequency behaviour, they should be near the origin.