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- Static_discharger abstract "Static dischargers are commonly known as static wicks or static discharge wicks. They are high electrical resistance (6-200 Megohm) devices with a lower corona voltage than the surrounding aircraft structure. They control the corona discharge into the atmosphere, isolating noise and preventing it from interfering with aircraft communication equipment. They are used on aircraft to allow the continuous satisfactory operation of onboard navigation and radio communication systems during precipitation (p-static) conditions. Precipitation static is an electrical charge on an airplane caused by flying through rain, snow, ice, or dust particles. When the aircraft charge is great enough, it discharges into the surrounding air. The discharge path is through pointed aircraft extremities, such as antennas, wing tips, vertical and horizontal stabilizers, and other protrusions. The discharge creates a broad-band radio frequency noise from DC to 1000 MHz. This RF noise can affect aircraft communication. During adverse charging conditions (air friction), static dischargers limit the potential static buildup on the aircraft and control interference generated by static charge. Static dischargers are not lightning arrestors and do not reduce or increase the likelihood of an aircraft being struck by lightning. Static dischargers are subject to damage as a result of lightning strike to the aircraft, and should be inspected after a lightning strike to ensure proper static discharge operation. Static dischargers will not function if they are not properly bonded to the aircraft. There must be a conductive path from all parts of the airplane to the dischargers, otherwise they will be useless. Access panels, doors, cowls, navigation lights, antenna mounting hardware, control surfaces, etc., can create static noise if they cannot discharge through the static wick. Static dischargers are installed on the trailing edges of (electrically grounded) ailerons, elevators, rudder, wing, horizontal and vertical stabilizer tips".
- Static_discharger thumbnail Static_discharger_with_plastic_guards.jpg?width=300.
- Static_discharger wikiPageID "6904597".
- Static_discharger wikiPageRevisionID "585143038".
- Static_discharger hasPhotoCollection Static_discharger.
- Static_discharger subject Category:Electrical_engineering.
- Static_discharger subject Category:Electrodes.
- Static_discharger type Artifact100021939.
- Static_discharger type Conductor103088707.
- Static_discharger type Device103183080.
- Static_discharger type Electrode103274796.
- Static_discharger type Electrodes.
- Static_discharger type Instrumentality103575240.
- Static_discharger type Object100002684.
- Static_discharger type PhysicalEntity100001930.
- Static_discharger type Whole100003553.
- Static_discharger comment "Static dischargers are commonly known as static wicks or static discharge wicks. They are high electrical resistance (6-200 Megohm) devices with a lower corona voltage than the surrounding aircraft structure. They control the corona discharge into the atmosphere, isolating noise and preventing it from interfering with aircraft communication equipment.".
- Static_discharger label "Static discharger".
- Static_discharger label "放電索".
- Static_discharger sameAs Pelucut_statik.
- Static_discharger sameAs 放電索.
- Static_discharger sameAs m.0gwdcr.
- Static_discharger sameAs Q7604165.
- Static_discharger sameAs Q7604165.
- Static_discharger sameAs Static_discharger.
- Static_discharger wasDerivedFrom Static_discharger?oldid=585143038.
- Static_discharger depiction Static_discharger_with_plastic_guards.jpg.
- Static_discharger isPrimaryTopicOf Static_discharger.
