UHF receiver - перевод на русский
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  3. UHF receiver

UHF receiver - перевод на русский

FIREARM COMPONENT THAT HOUSES THE OPERATING PARTS OF THE WEAPON
Receiver (fire arms); Receiver (firearm); Frame, Receiver (firearms); Pistol frame; Rifle receiver; Firearm receiver; Upper receiver; Lower receiver; Gun receiver
  • A disassembled Mauser action showing a partially disassembled receiver and bolt
  • [[AR-15]] rifles showing their configurations with different upper receivers. The lower receiver is visible at the bottom
Найдено результатов: 111
UHF receiver      

общая лексика

приемник дециметрового диапазона

UHF         
THE 300-3000 MHZ RANGE OF THE ELECTROMAGNETIC SPECTRUM
UHF; Ultra High Frequency; Ultra-high-frequency; Ultrahigh frequency; Ultra-high frequency; Ultrahigh Frequency; Uhf; Uhf radio; UHF Band

общая лексика

ultra high frequency

очень высокие частоты, УВЧ

дециметровый диапазон, частоты в диапазоне от 300 до 3000 МГц. Используются в телевизионном вещании и в радарных установках

УВЧ

Смотрите также

EHF; electromagnetic spectrum; HF; ULF; VHF; UHF block; UHF converter; UHF receiver; VHF UHF communication

существительное

общая лексика

ультравысокая частота, УВЧ

синоним

ultrahigh frequency

UHF band         
THE 300-3000 MHZ RANGE OF THE ELECTROMAGNETIC SPECTRUM
UHF; Ultra High Frequency; Ultra-high-frequency; Ultrahigh frequency; Ultra-high frequency; Ultrahigh Frequency; Uhf; Uhf radio; UHF Band

общая лексика

волны ультракороткие

short-wave receiver         
  • solid state]] circuitry.
  • Hammarlund Comet Pro shortwave receiver, circa 1931.
  • Icom]] RC-9500 shortwave communications receiver
  • software-defined]] shortwave receiver
  • Zenith console radio receiver with shortwave bands, circa 1938.
  • One of the first portable shortwave radio receivers: Zenith Model 7G605 Trans-Oceanic 'Clipper' circa 1942.
SHORTWAVE RADIO
Shortwave receiver; Short-wave receiver; World receiver; World band receiver; World radio receiver; Shortwave band receiver; Shortwave all-band receiver; All-band receiver

общая лексика

коротковолновый приемник

ultrahigh frequency         
THE 300-3000 MHZ RANGE OF THE ELECTROMAGNETIC SPECTRUM
UHF; Ultra High Frequency; Ultra-high-frequency; Ultrahigh frequency; Ultra-high frequency; Ultrahigh Frequency; Uhf; Uhf radio; UHF Band
[физ.] сверхвысокая частота, СВЧ
radio receiver         
  • Symbol for an antenna
  • Circuit of single tube Armstrong regenerative receiver
  • Coherer from 1904 as developed by Marconi.
  • isbn = 978-1118647844 }}</ref>
  • De Forest's first commercial Audion receiver, the RJ6 which came out in 1914. The Audion tube was always mounted upside down, with its delicate filament loop hanging down, so it did not sag and touch the other electrodes in the tube.
  • Block diagram of a dual-conversion superheterodyne receiver
  • Electrolytic detector
  • [[Guglielmo Marconi]], who built the first radio receivers, with his early spark transmitter ''(right)'' and coherer receiver ''(left)'' from the 1890s. The receiver records the Morse code on paper tape
  • chapter-url=https://books.google.com/books?id=PzzLAwAAQBAJ&pg=PA89}}</ref>
  • Fessenden's heterodyne radio receiver circuit
  • A modern [[communications receiver]], used in [[two-way radio]] communication stations to talk with remote locations by [[shortwave radio]].
  • A galena cat's whisker detector from a 1920s [[crystal radio]]
  • A bedside [[clock radio]] that combines a radio receiver with an [[alarm clock]]
  • Unlike today, when almost all radios use a variation of the superheterodyne design, during the 1920s vacuum tube radios used a variety of competing circuits.
  • Example of transatlantic radiotelegraph message recorded on paper tape by a [[siphon recorder]] at RCA's New York receiving center in 1920. The translation of the Morse code is given below the tape.
  • Block diagram of simple single tube reflex receiver
  • Block diagram of regenerative receiver
  • Marconi's inductively coupled coherer receiver from his controversial April 1900 "four circuit" patent no. 7,777.
  • Block diagram of a superheterodyne receiver. The dotted line indicates that the RF filter and local oscillator must be tuned in tandem.
  • selectivity]] to reject stations on adjacent frequencies, multiple cascaded bandpass filter stages had to be used. The dotted line indicates that the bandpass filters must be tuned together.
  • During the "[[Golden Age of Radio]]" (1920 to 1950), families gathered to listen to the home radio in the evening, such as this Zenith console model 12-S-568 from 1938, a 12-tube superheterodyne with pushbutton tuning and 12-inch cone speaker.
  • A Zenith transistor based portable radio receiver
RADIO DEVICE FOR RECEIVING RADIO WAVES AND CONVERTING THEM TO A USEFUL SIGNAL
Audio receiver; Receiver (home stereo); Receiver (electronics); Stereo reciever; Radio cassette players; Portable radio; Portable radio-CD; Radio/CD player; Am fm radio; Stereo receiver; 📻; Radio receivers; History of radio receivers; Receiver (radio); Radio (receiver); AM/FM; AM/FM radio; Portable radios
радиоприемник
radio receiver         
  • Symbol for an antenna
  • Circuit of single tube Armstrong regenerative receiver
  • Coherer from 1904 as developed by Marconi.
  • isbn = 978-1118647844 }}</ref>
  • De Forest's first commercial Audion receiver, the RJ6 which came out in 1914. The Audion tube was always mounted upside down, with its delicate filament loop hanging down, so it did not sag and touch the other electrodes in the tube.
  • Block diagram of a dual-conversion superheterodyne receiver
  • Electrolytic detector
  • [[Guglielmo Marconi]], who built the first radio receivers, with his early spark transmitter ''(right)'' and coherer receiver ''(left)'' from the 1890s. The receiver records the Morse code on paper tape
  • chapter-url=https://books.google.com/books?id=PzzLAwAAQBAJ&pg=PA89}}</ref>
  • Fessenden's heterodyne radio receiver circuit
  • A modern [[communications receiver]], used in [[two-way radio]] communication stations to talk with remote locations by [[shortwave radio]].
  • A galena cat's whisker detector from a 1920s [[crystal radio]]
  • A bedside [[clock radio]] that combines a radio receiver with an [[alarm clock]]
  • Unlike today, when almost all radios use a variation of the superheterodyne design, during the 1920s vacuum tube radios used a variety of competing circuits.
  • Example of transatlantic radiotelegraph message recorded on paper tape by a [[siphon recorder]] at RCA's New York receiving center in 1920. The translation of the Morse code is given below the tape.
  • Block diagram of simple single tube reflex receiver
  • Block diagram of regenerative receiver
  • Marconi's inductively coupled coherer receiver from his controversial April 1900 "four circuit" patent no. 7,777.
  • Block diagram of a superheterodyne receiver. The dotted line indicates that the RF filter and local oscillator must be tuned in tandem.
  • selectivity]] to reject stations on adjacent frequencies, multiple cascaded bandpass filter stages had to be used. The dotted line indicates that the bandpass filters must be tuned together.
  • During the "[[Golden Age of Radio]]" (1920 to 1950), families gathered to listen to the home radio in the evening, such as this Zenith console model 12-S-568 from 1938, a 12-tube superheterodyne with pushbutton tuning and 12-inch cone speaker.
  • A Zenith transistor based portable radio receiver
RADIO DEVICE FOR RECEIVING RADIO WAVES AND CONVERTING THEM TO A USEFUL SIGNAL
Audio receiver; Receiver (home stereo); Receiver (electronics); Stereo reciever; Radio cassette players; Portable radio; Portable radio-CD; Radio/CD player; Am fm radio; Stereo receiver; 📻; Radio receivers; History of radio receivers; Receiver (radio); Radio (receiver); AM/FM; AM/FM radio; Portable radios

[reidiəuri'si:və]

общая лексика

приёмная радиостанция

радиоприёмник

радиоприемное устройство

portable radio         
  • Symbol for an antenna
  • Circuit of single tube Armstrong regenerative receiver
  • Coherer from 1904 as developed by Marconi.
  • isbn = 978-1118647844 }}</ref>
  • De Forest's first commercial Audion receiver, the RJ6 which came out in 1914. The Audion tube was always mounted upside down, with its delicate filament loop hanging down, so it did not sag and touch the other electrodes in the tube.
  • Block diagram of a dual-conversion superheterodyne receiver
  • Electrolytic detector
  • [[Guglielmo Marconi]], who built the first radio receivers, with his early spark transmitter ''(right)'' and coherer receiver ''(left)'' from the 1890s. The receiver records the Morse code on paper tape
  • chapter-url=https://books.google.com/books?id=PzzLAwAAQBAJ&pg=PA89}}</ref>
  • Fessenden's heterodyne radio receiver circuit
  • A modern [[communications receiver]], used in [[two-way radio]] communication stations to talk with remote locations by [[shortwave radio]].
  • A galena cat's whisker detector from a 1920s [[crystal radio]]
  • A bedside [[clock radio]] that combines a radio receiver with an [[alarm clock]]
  • Unlike today, when almost all radios use a variation of the superheterodyne design, during the 1920s vacuum tube radios used a variety of competing circuits.
  • Example of transatlantic radiotelegraph message recorded on paper tape by a [[siphon recorder]] at RCA's New York receiving center in 1920. The translation of the Morse code is given below the tape.
  • Block diagram of simple single tube reflex receiver
  • Block diagram of regenerative receiver
  • Marconi's inductively coupled coherer receiver from his controversial April 1900 "four circuit" patent no. 7,777.
  • Block diagram of a superheterodyne receiver. The dotted line indicates that the RF filter and local oscillator must be tuned in tandem.
  • selectivity]] to reject stations on adjacent frequencies, multiple cascaded bandpass filter stages had to be used. The dotted line indicates that the bandpass filters must be tuned together.
  • During the "[[Golden Age of Radio]]" (1920 to 1950), families gathered to listen to the home radio in the evening, such as this Zenith console model 12-S-568 from 1938, a 12-tube superheterodyne with pushbutton tuning and 12-inch cone speaker.
  • A Zenith transistor based portable radio receiver
RADIO DEVICE FOR RECEIVING RADIO WAVES AND CONVERTING THEM TO A USEFUL SIGNAL
Audio receiver; Receiver (home stereo); Receiver (electronics); Stereo reciever; Radio cassette players; Portable radio; Portable radio-CD; Radio/CD player; Am fm radio; Stereo receiver; 📻; Radio receivers; History of radio receivers; Receiver (radio); Radio (receiver); AM/FM; AM/FM radio; Portable radios
портативный радиоприёмник
ultra-high frequency         
THE 300-3000 MHZ RANGE OF THE ELECTROMAGNETIC SPECTRUM
UHF; Ultra High Frequency; Ultra-high-frequency; Ultrahigh frequency; Ultra-high frequency; Ultrahigh Frequency; Uhf; Uhf radio; UHF Band

общая лексика

УВЧ

ультравысокие частоты

ultrahigh frequency         
THE 300-3000 MHZ RANGE OF THE ELECTROMAGNETIC SPECTRUM
UHF; Ultra High Frequency; Ultra-high-frequency; Ultrahigh frequency; Ultra-high frequency; Ultrahigh Frequency; Uhf; Uhf radio; UHF Band

физика

сверхвысокая частота

СВЧ

Определение

ДЕЦИМЕТРОВЫЕ ВОЛНЫ
радиоволны с длиной волны от 0,1 до 1 м. Дециметровые волны не отражаются ионосферой, почти не рассеиваются и не поглощаются дождями и туманами. Применяются в радиолокации, в радиорелейной связи, в космической и земной радиосвязи; в последней используется также их распространение за счет рассеяния на неоднородностях тропосферы.
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Википедия

Receiver (firearms)

In firearms terminology, the firearm frame or receiver is the part of a firearm which integrates other components by providing housing for internal action components such as the hammer, bolt or breechblock, firing pin and extractor, and has threaded interfaces for externally attaching ("receiving") components such as the barrel, stock, trigger mechanism and iron/optical sights.

The receiver is often made of forged, machined, or stamped steel or aluminium. In addition to these traditional materials, modern science and engineering have introduced polymers and sintered metal powders to receiver construction.

https://en.wikipedia.org/wiki/Receiver (firearms)
Как переводится UHF receiver на Русский язык
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