Radio-frequency identification - определение. Что такое Radio-frequency identification
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Что (кто) такое Radio-frequency identification - определение

Найдено результатов: 4070
Radio-frequency identification         
  • ChampionChip
  • RFID hard tag
  • A surgeon implants British scientist Dr [[Mark Gasson]] in his left hand with an RFID microchip (March 16, 2009).
  • J-Chip]] 8-channel receiver next to timing mat. The athlete wears a chip on a strap around his ankle. [https://web.archive.org/web/19961218232821/http://www.ironman.de/ Ironman Germany] 2007 in Frankfurt.
  • RFID antenna for vehicular access control
  • An example of a binary tree method of identifying an RFID tag
  • Electronic key for RFID based lock system
  • RFID E-ZPass reader attached to the pole and mast arm (right) used in traffic monitoring in New York City
TECHNOLOGY USING ELECTROMAGNETIC FIELDS TO AUTOMATICALLY IDENTIFY AND TRACK TAGS ATTACHED TO OBJECTS
Contactless identification; Rfid tag; Rfid; Optical RFID; Arphid; Spychip; Spy chips; Spy chip; ID chip; Optical rfid; RF/ID; Smart labels; RFID; RFID tag; Radio Frequency Identification; Radio frequency identification; Radio id; Embedded ID chip; Embedded id chip; Radio identification tag; RFID chip; RFID tracking module; Blocker tag; Pit tag; Passive Integrated Transponder; Bulk reading; Chip tag; Radio tag; Rfid in hand; Read-on-metal; RF ID tag; Spychips; Passive RFID; Passive integrated transponder; PIT tag; Radiofrequency identification; RFID shielding; Applications of radio frequency identification; RFID tags; Privacy implications of radio-frequency identification; Controversies surrounding radio-frequency identification; Contactless chip
Radio-frequency identification (RFID) uses electromagnetic fields to automatically identify and track tags attached to objects. An RFID system consists of a tiny radio transponder, a radio receiver and transmitter.
Radio-frequency identification         
  • ChampionChip
  • RFID hard tag
  • A surgeon implants British scientist Dr [[Mark Gasson]] in his left hand with an RFID microchip (March 16, 2009).
  • J-Chip]] 8-channel receiver next to timing mat. The athlete wears a chip on a strap around his ankle. [https://web.archive.org/web/19961218232821/http://www.ironman.de/ Ironman Germany] 2007 in Frankfurt.
  • RFID antenna for vehicular access control
  • An example of a binary tree method of identifying an RFID tag
  • Electronic key for RFID based lock system
  • RFID E-ZPass reader attached to the pole and mast arm (right) used in traffic monitoring in New York City
TECHNOLOGY USING ELECTROMAGNETIC FIELDS TO AUTOMATICALLY IDENTIFY AND TRACK TAGS ATTACHED TO OBJECTS
Contactless identification; Rfid tag; Rfid; Optical RFID; Arphid; Spychip; Spy chips; Spy chip; ID chip; Optical rfid; RF/ID; Smart labels; RFID; RFID tag; Radio Frequency Identification; Radio frequency identification; Radio id; Embedded ID chip; Embedded id chip; Radio identification tag; RFID chip; RFID tracking module; Blocker tag; Pit tag; Passive Integrated Transponder; Bulk reading; Chip tag; Radio tag; Rfid in hand; Read-on-metal; RF ID tag; Spychips; Passive RFID; Passive integrated transponder; PIT tag; Radiofrequency identification; RFID shielding; Applications of radio frequency identification; RFID tags; Privacy implications of radio-frequency identification; Controversies surrounding radio-frequency identification; Contactless chip
<hardware> (RFID) Small radio transponders or "tags" designed to be attached to items like products in a supermarket to allow the items to be identified and tracked by a remote system. Typically an RFID tag includes an integrated circuit that stores data and interfaces to the antenna, allowing the stored data to be retrieved by the remote system. (2008-07-30)
RFID         
  • ChampionChip
  • RFID hard tag
  • A surgeon implants British scientist Dr [[Mark Gasson]] in his left hand with an RFID microchip (March 16, 2009).
  • J-Chip]] 8-channel receiver next to timing mat. The athlete wears a chip on a strap around his ankle. [https://web.archive.org/web/19961218232821/http://www.ironman.de/ Ironman Germany] 2007 in Frankfurt.
  • RFID antenna for vehicular access control
  • An example of a binary tree method of identifying an RFID tag
  • Electronic key for RFID based lock system
  • RFID E-ZPass reader attached to the pole and mast arm (right) used in traffic monitoring in New York City
TECHNOLOGY USING ELECTROMAGNETIC FIELDS TO AUTOMATICALLY IDENTIFY AND TRACK TAGS ATTACHED TO OBJECTS
Contactless identification; Rfid tag; Rfid; Optical RFID; Arphid; Spychip; Spy chips; Spy chip; ID chip; Optical rfid; RF/ID; Smart labels; RFID; RFID tag; Radio Frequency Identification; Radio frequency identification; Radio id; Embedded ID chip; Embedded id chip; Radio identification tag; RFID chip; RFID tracking module; Blocker tag; Pit tag; Passive Integrated Transponder; Bulk reading; Chip tag; Radio tag; Rfid in hand; Read-on-metal; RF ID tag; Spychips; Passive RFID; Passive integrated transponder; PIT tag; Radiofrequency identification; RFID shielding; Applications of radio frequency identification; RFID tags; Privacy implications of radio-frequency identification; Controversies surrounding radio-frequency identification; Contactless chip
Radio Frequency IDentification (Reference: ANSI, NCITS)
RFID         
  • ChampionChip
  • RFID hard tag
  • A surgeon implants British scientist Dr [[Mark Gasson]] in his left hand with an RFID microchip (March 16, 2009).
  • J-Chip]] 8-channel receiver next to timing mat. The athlete wears a chip on a strap around his ankle. [https://web.archive.org/web/19961218232821/http://www.ironman.de/ Ironman Germany] 2007 in Frankfurt.
  • RFID antenna for vehicular access control
  • An example of a binary tree method of identifying an RFID tag
  • Electronic key for RFID based lock system
  • RFID E-ZPass reader attached to the pole and mast arm (right) used in traffic monitoring in New York City
TECHNOLOGY USING ELECTROMAGNETIC FIELDS TO AUTOMATICALLY IDENTIFY AND TRACK TAGS ATTACHED TO OBJECTS
Contactless identification; Rfid tag; Rfid; Optical RFID; Arphid; Spychip; Spy chips; Spy chip; ID chip; Optical rfid; RF/ID; Smart labels; RFID; RFID tag; Radio Frequency Identification; Radio frequency identification; Radio id; Embedded ID chip; Embedded id chip; Radio identification tag; RFID chip; RFID tracking module; Blocker tag; Pit tag; Passive Integrated Transponder; Bulk reading; Chip tag; Radio tag; Rfid in hand; Read-on-metal; RF ID tag; Spychips; Passive RFID; Passive integrated transponder; PIT tag; Radiofrequency identification; RFID shielding; Applications of radio frequency identification; RFID tags; Privacy implications of radio-frequency identification; Controversies surrounding radio-frequency identification; Contactless chip
Radio-frequency engineering         
SPECIALTY OF ELECTRONIC ENGINEERING
Radio equipment; Radio electronics; Radio frequency engineering; RF circuit; RF Engineering; Rf engineer; RF engineer; RF Engineer; Mathematics of radio-frequency engineering; Radio Frequency devices; RF engineering; Mathematics of radio engineering
Radio-frequency (RF) engineering is a subset of electronic engineering involving the application of transmission line, waveguide, antenna and electromagnetic field principles to the design and application of devices that produce or utilize signals within the radio band, the frequency range of about 20 kHz up to 300 GHz.A.
Radio frequency         
ELECTROMAGNETIC FREQUENCIES RANGING FROM 3 KHZ TO 300 GHZ
Radio frequencies; Radio Frequency; Radiofrequency; RF spectrum; Radio frequencies and wavelengths; Radio-frequency; Radio-frequency spectrum; RF stage; Radio Frequencies (table); RF signal; Radio frequemcy; Radio frequency spectrum; Rf wave; Wireless frequency; R.F.; R.f.; Rf.; R F; RF; RF energy; Radio-frequency communication; Radio frequency communication; Radio-frequency current; RF current
Radio frequency (RF) is the oscillation rate of an alternating electric current or voltage or of a magnetic, electric or electromagnetic field or mechanical system in the frequency range from around to around . This is roughly between the upper limit of audio frequencies and the lower limit of infrared frequencies;A.
r.f.         
ELECTROMAGNETIC FREQUENCIES RANGING FROM 3 KHZ TO 300 GHZ
Radio frequencies; Radio Frequency; Radiofrequency; RF spectrum; Radio frequencies and wavelengths; Radio-frequency; Radio-frequency spectrum; RF stage; Radio Frequencies (table); RF signal; Radio frequemcy; Radio frequency spectrum; Rf wave; Wireless frequency; R.F.; R.f.; Rf.; R F; RF; RF energy; Radio-frequency communication; Radio frequency communication; Radio-frequency current; RF current
¦ abbreviation radio frequency.
radio frequency         
ELECTROMAGNETIC FREQUENCIES RANGING FROM 3 KHZ TO 300 GHZ
Radio frequencies; Radio Frequency; Radiofrequency; RF spectrum; Radio frequencies and wavelengths; Radio-frequency; Radio-frequency spectrum; RF stage; Radio Frequencies (table); RF signal; Radio frequemcy; Radio frequency spectrum; Rf wave; Wireless frequency; R.F.; R.f.; Rf.; R F; RF; RF energy; Radio-frequency communication; Radio frequency communication; Radio-frequency current; RF current
¦ noun a frequency or band of frequencies in the range 104 to 1011 or 1012 hertz, suitable for use in telecommunications.
Frequencies         
  • Diagram of the relationship between the different types of frequency and other wave properties.
  • Complete spectrum of [[electromagnetic radiation]] with the visible portion highlighted
  • Modern frequency counter
  • Hz]]
  • The [[sound wave]] spectrum, with rough guide of some applications
NUMBER OF OCCURRENCES OR CYCLES PER TIME
Wave period; Frequencies; Period (physics); Frequency (wave motion); Frequency dependence; Oscillation frequency; Frekvens; Periodic time; Frequency measurement; Period (frequency); Temporal frequency; Repetition frequency; Occurrence frequency; Event frequency; Oscillation rate; Repetition rate; Occurrence rate; Event rate; Rate of occurrence; Rate of repetition; Rate of oscillation; Wave frequency; Ordinary frequency; Aperiodic frequency
·pl of Frequency.
Radio-frequency quadrupole         
A radio-frequency quadrupole (RFQ) is a linear accelerator component generally used at low beam energies, roughly 2keV to 3MeV. It is similar in layout to a quadrupole mass analyser but its purpose is to accelerate a single-species beam (a beam of one particular type of particle) rather than perform mass spectrometry on a multiple-species beam.