Übersetzung für "Fast loop" in Deutsch

Now the customers of these behavior modification empires are on a very fast loop.

Expediently, the fast loop is autonomous.

However, the apparatus likewise preferably comprises an electronic system, which contains fast closed-loop control circuits and data acquisition.

Excellent weapon for the players who are good at fast attack and loop-drive style play.

This is ensured by a fast control loop based on a head-integrated sensor and an independent z-axis.

I was expecting the robot to immediately fall over, because there are no sensors, no fast feedback loop.

The disadvantages of the known circuit are that with simultaneous speaking and listening (fast idle), the loop amplification can only be kept less than one by means of additional, complicated provisions, and the circuitry is costly as a whole.

This permits very fine metering of the printing ink, preferably by complete opening and closing of the valve under pulse-length control, or alternatively by regulating the flow rate of a valve, the extent of opening of which is controlled by a fast control loop.

The wind energy installations of the first group, on the other hand, are connected to a fast loop, whose controller has a higher dynamic.

It is therefore easily possible to design the fast loop such that it acts directly on the converter of the wind energy installation.

It goes without saying that in this aspect of the invention as well, the wind energy installation of the fast loop is arranged as close as possible to the connection point.

It is the perfect choice for real-time applications that require fast closed-loop rates or high I/O bandwidth (e.g., electric drives, vibration cancelation, and data acquisition).

When vaporizing a liquid sample, your sampling system may need a fast loop or bypass upstream from the vaporizing regulator.

Therefore, it is an excellent weapon for the players who play close to table or not far away from the table and fast attack with loop-drive.

This means that the desired value of the slow control loop II is taken on by the fast control loop I.

Given certain, particularly radiofrequency faults, for example brought about by vibrations which cannot be managed by the fast control loop I, the slow control loop II is also connected.

For the fast control loop I, provision is made for the actually output desired power to likewise be detected via the measuring device 59 .

In accordance with one further aspect of the invention, which is possibly used for independent protection, a wind farm is provided with a plurality of wind energy installations, which generate electrical energy to be output to a power supply system, and a wind farm master for controlling the wind energy installations, the wind energy installations having a generator, which is driven by means of a rotor, and the wind farm master having a power controller, the wind energy installations being split into a first and a second group, the controller being part of a slow loop, which acts on the second group, of a multi-loop structure, which also has a fast loop, which acts on the second group.

With this control loop structure, in contrast to the abovementioned embodiments, the wind farm master is not responsible for the fast loop for the first group of wind energy installations.

According to the invention, in the case of a wind farm having a plurality of wind energy installations, which generate electrical energy to be output to a power supply system, and a wind farm master for controlling the wind energy installations, the wind energy installations having a generator, which is driven by means of a rotor, and the wind farm master having a power control device, provision is made for the power control device to be designed to have a plurality of loops, with a fast loop comprising a fast controller, which acts on a first group of the wind energy installations, and a slow loop comprising a slow controller, which acts on a second group of the wind energy installations, the fast controller having a substantially higher dynamic than the slower controller.

The controller parameters can be optimized in terms of this aspect since the fast control loop I is provided for compensating for high dynamic faults.

It differs essentially by virtue of the fact that the desired value for the slow control loop II with the functional module 52 as the slow controller is not tapped off from the manipulated variable of the fast control loop I at the output of the functional module 51 as the fast controller, but instead is tapped off between the summation element 57 and the input of the functional module 51 .