Übersetzung für 'radio engineering' von Englisch nach Deutsch

radio engineering

Funktechnik {f}engin.RadioTV

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citizens band radio <CB radio>

CB-Funk {m}telecom.

Werbung

television engineering <TV engineering>

Fernsehtechnik {f} <FS-Technik>acad.engin.RadioTV

engineering

technische Bearbeitung {f} [eines Projektes]tech.

Ingenieurwissenschaften {pl} <IW>acad.engin.

Ingenieurswesen {n} [Rsv.] [Ingenieurwesen]

Ingenieurwissenschaft {f}acad.engin.

Maschinenbau {m}engin.

technische Planung {f}

Ingenieurwesen {n}engin.

Konstruktionswesen {n}engin.

Technik {f} [Technologie als Studienfach]acad.engin.

engineering {adj}

ingenieurwissenschaftlichengin.

technisch

pipeline engineering

Rohrleitungs­bau {m}

beverage engineering

Getränketechnologie {f}engin.

studio engineering

Studiotechnik {f}

automotive engineering

Kraftfahrzeugtechnik {f}automot.

human engineering

menschengerechte Arbeitsplatzgestaltung {f} [Human Engineering]

heavy engineering

Großmaschinenbau {m}ind.

quality engineering

Qualitätstechnik {f}tech.

• Null fill in radio engineering is used in radio antenna systems which are located on mountains or tall towers, to prevent too much of the signal from overshooting the nearest part of intended coverage area.
• Duncan graduated from the United States Naval Academy in 1917, and was assigned to the USS Oklahoma (BB-37). He received a master's degree in radio engineering from Harvard University in 1925.
• In radio engineering, an antenna or aerial is the interface between radio waves propagating through space and electric currents moving in metal conductors, used with a transmitter or receiver.
• The linear flux density in janskys can be converted to a decibel basis, suitable for use in fields of telecommunication and radio engineering.
• Eldridge, fed up with the racism he had encountered in the music industry, quit playing in 1938 to study radio engineering.

• Historically the term "aliasing" evolved from radio engineering because of the action of superheterodyne receivers.
• During the years 1949–55, he studied radio engineering at the Warsaw University of Technology.
• Echo 1 was an acknowledged success of radio engineering, but the passive principle of telecommunications (reflection of radio waves on the balloon's surface) was soon replaced by active systems.
• Branch of the Institute of Radio-engineering and Electronics was founded in Fryazino in 1955.
• The structure of the TAM was suggested by Alexander Zaitsev, Chief Scientist at Russia's Institute of Radio-engineering and Electronics.

• It offers training in the fields of Power Engineering, Electric Engineering, Radio Engineering, Electronics, Information Technologies and Management.
• In 1964, it sold its correspondence school division (which comprised 20% of its business) and the Capitol Radio Engineering Institute name, to McGraw-Hill Continuing Education Center.
• In radio engineering and telecommunications, standing wave ratio (SWR) is a measure of impedance matching of loads to the characteristic impedance of a transmission line or waveguide.
• This structure is known in radio engineering as microstrip line.
• Babakin's early career was spent in radio engineering, starting with a job at the Moscow telephone company in 1930, working on an urban radio network.

• In radio engineering, a feeder connects radio equipment to an antenna, usually "open wire" (air-insulated wire line) or twin-lead from a shortwave transmitter.
• The 3rd Wrocław Radio Engineering Brigade has several radar types under its command including the Italian made RAT-31DL a AESA system, and the Polish made NUR-15 radar which provides a 3D picture of the controlled airspace.
• This has prompted Nizhny Novgorod Research Institute of Radio Engineering (NNIIRT) to develop VHF AESAs such as the NEBO SVU, which is capable of performing target acquisition for Surface-to-air missile batteries.
• Filters are frequently used to achieve impedance matching in telecommunications and radio engineering.
• For dexterity, flexibility, and evolution ability, the public transportation radio engineering department, have chosen to use the open sources, Java language specification administered by Sun and the associated work groups in order to produce a "transport application tool kit".