Übersetzung für 'control speed' von Englisch nach Deutsch

control speed

Stellgeschwindigkeit {f}tech.

Regelgeschwindigkeit {f}tech.

Werbung

speed control

Drehzahlregelung {f}

Geschwindigkeitskontrolle {f}

Geschwindigkeitsüberwachung {f}

Drehzahlsteuerung {f}tech.

Geschwindigkeitsregelung {f}tech.

speed control [speed regulation]

Geschwindigkeitsregulierung {f}tech.

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to control the speed

die Geschwindigkeit bestimmen

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electronic speed control <ESC>

elektronische Geschwindigkeitsregelanlage {f} <GRA>electr.

idle-speed control

Leerlaufregelung {f}automot.tech.

rotation speed control

Drehzahlregelung {f}tech.

rotational speed control

Drehzahlregelung {f}tech.

speed control unit

Drehzahlsteuergerät {n}tech.

speed operating control

Geschwindigkeitsregelung {f}

variable speed control

stufenlose Regelung {f}

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automatic RPM speed control

Drehzahlautomatik {f}tech.

engine-speed control lever

Drehzahl-Verstellhebel {m}

torque and speed control

Drehmoment- und Drehzahlregelung {f}

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200-speed screen-film combination <200-speed SFC>

200-er Folien-Film-Kombination {f}MedTech.

peak-clipping control <PC control>

Peak-Clipping-Steller {m} <PC-Steller> [auch: Peak-Clipping-Regler / Einsteller]audio

to speed

bledern [österr.] [südd.] [regional]

brettern [ugs.] [mit dem Auto, auf Skiern etc.]

vorankommen

flitzen [ugs.]

rasch fahrenautomot.traffic

rasen [ugs.] [zu schnell fahren]traffic

zu schnell fahrenautomot.traffic

mit überhöhter Geschwindigkeit fahrenautomot.traffic

eilen

heizen [ugs.] [mit überhöhter Geschwindigkeit fahren]automot.

sausen [ugs.]

speed

Tempo {n}

Eile {f}

Fahrt {f} [Geschwindigkeit, Tempo]

Stufe {f}electr.

Speed {m}sports

Geschwindigkeit {f}

Gang {m}bike

• Another consequence is that to control speed and power output, the airflow is not throttled but only the amount of fuel injected at each cycle is varied.
• Typically the motherboard chipset provides temperature data from sensors on the CPU itself to control speed.
• For twin-engined aircraft, manufacturers claim that VGs reduce single-engine control speed (Vmca), increase zero fuel and gross weight, improve the effectiveness of ailerons and rudder, provide a smoother ride in turbulence and make the aircraft a more stable instrument platform.
• "Troy" was designed to move in a shark-like manner using a series of joysticks to control speed, direction, and pitch.
• This may be unsafe for drivers, pedestrians and bicycles since it is more difficult to control speed and braking, particularly in winter conditions.

• Learning how to use the heel brake is very important for beginners, as it is the easiest way to stop in emergencies and to control speed on downhills.
• The flaps occupied most of the trailing edge of the wing, being intended both as a means to control speed and improve climb rates in narrow thermals.
• Since the speed of a DC motor is directly proportional to armature voltage and inversely proportional to motor flux (which is a function of field current), either armature voltage or field current can be used to control speed.
• The minimum control speed during takeoff (VMC) and during flight (VMCA) after failure of either one of the outboard engines will be the same unless boosting systems that may be required for controlling the airplane are installed on only one of the outboard engines.
• The plane entered a sudden spin during a demonstration of the aircraft's minimum control speed, and the aerodynamic forces caused the engine to break away.

• Further modifications providing increased fuel capacity, higher gross weight, and lower minimum control speed were carried out in 1974 and the modification was re-certified.
• Typically this was in conjunction with some sort of Automatic Train Control speed enforcement system where it becomes more important for operators to run their trains at specific speeds instead of using their judgement based on signal indications.
• Like many early systems a mechanical train stop does not inherently control speed.
• Propeller-driven aircraft benefit from the natural braking effect of the propeller when engine power is reduced to idle, but jet engines have no similar braking effect, so jet-powered aircraft must use air brakes to control speed and descent angle during landing approach.
• With a minimum-control speed of around 28 mph, the Courier is perfectly suited for confined off-airport operations.

• Active use of engine braking by shifting into a lower gear can help control speed while driving down very steep and long slopes, saving the brakes from overheating or excessive wear.
• Almost all modern jet airliners are fitted with inboard lift spoilers which are used together during descent to increase the rate of descent and control speed.
• Existing control surfaces would be re-engineered with takeoff flaps extended to 25°, and both spoilers deploying at landing and not only for inflight turns, adding an autobrake system, while the rudder is modified to increase its maximum deflection and the vertical stabilizer's size is increased, to counter an engine failure, lowering the minimum control speed.
• They all behave diversely, making a distinction in control, speed, suspension and traction attributes.
• P-12M - Serbia modernization done by Military Technical Institute Belgrade together with other Serbia firms, almost everything changed except antenna, complete digital data acquisition and modern displays for better representation of tactical situation to operators including modern data link and remote control.