Search: in
Monostatic radar
Monostatic radar in Encyclopedia Encyclopedia
  Tutorials     Encyclopedia     Videos     Books     Software     DVDs  
       
Encyclopedia results for Monostatic radar

Monostatic radar





Encyclopedia results for Monostatic radar

  1. Envelope (radar)

    Radar envelope is a critical Measure of Performance MOP identified in the Test and Evaluation Master Plan TEMP . This is the volume of space where a radar system is required to reliably detect an object ... publisher Radartutorial ref Radar systems have natural deficiencies because the laws of physics ... compression and Radar scalloping scalloping associated with moving target indication are two examples. Complete coverage requires radar at multiple locations and multiple different kinds of radar. Definition File instrumented range.png thumb The radar envelope describes the region where a specific level of performance is required. Radar system specifications require a specific level of performance within a specific radar envelope. This performance includes the following characteristics. Cross ... coverage Sidelobe performance Data extraction Data is extracted and recorded from the radar system while aircraft, balloons, ships, drones, missiles or other objects are moved within the radar envelope ... fail criteria. These are the typical shapes of the physical radar envelope. Flattened donut Cylinder ... slice and spherical void near the center Cross Section The Radar cross section Cross section is the minimum apparent surface area observed in the direction of the radar that must be detectable. File Sigma invader RCS.png thumb Radar cross section changes with aspect angle. Cross section for anything ... to the radar pulse. Blind Range The blind range for a radar system is the distance occupied ... Pulse Width Setup Time math Non Doppler radar are blind for the duration of the transmit pulse ... array radar may not have this limitation. Nap of the earth flying techniques can be used to avoid detection when the blind range exceeds the radar horizon . ref Cite web url http www.mit.edu lrv cornell publications radar 20principles.pdf title Radar Principles publisher Massachusetts Institute ... math Radial Velocity Radial velocity is the speed along the line of sight of toward the radar and away ...   more details



  1. STARLite Radar

    Wikify date April 2010 The AN ZPY 1 STARLite is a small, lightweight synthetic aperture radar GMTI radar used in tactical operations. The radar is under contract to the U.S. Army Communications and Electronics Command for its ERMP General Atomics MQ 1C Grey Eagle Unmanned Aerial System . ref http www.deagel.com Aircraft Warners and Sensors STARLite a002169001.aspx Deagel.com ref STARLite weighs convert 65 lb abbr on ., occupies convert 1.2 cuft L , and requires less than 750W of power. ref http www.es.northropgrumman.com solutions starlite index.html Northrop Grumman ref The Army has begun to take delivery of the systems. ref http www.upi.com Business News Security Industry 2010 02 12 Army receives first STARLite radar tech UPI 92291265995224 UPI ref The system is now ready for deployment to the battlefield. ref http defensesystems.com articles 2010 11 17 army orders starlite radar kits.aspx?admgarea DS Army orders more radar kits for Sky Warrior drones Defense Systems ref Manufacturer Northrop Grumman manufactures the STARLite radar. References reflist External links http www.es.northropgrumman.com solutions starlite index.html AN ZPY 1 STARLite Small Tactical Radar Northrop Grumman http www.monmouth.army.mil CELCMC U.S. Army Communications and Electronics Command http www.seaairspace.org 2010 SEAPOWER Expo Online 0503starliteradar.html Northrop Grumman Expanding STARLite Radar Capabilities http www.militaryaerospace.com index display article display 8908436603 articles military aerospace electronics online news 2 2010 11 army chooses lightweight.html Army chooses lightweight surveillance radar system from Northrop Grumman for Sky Warrior UAV Military & Aerospace Electronics Category Radar ...   more details



  1. Radar Records

    For the garage house record label Radar Records U.S. label Unreferenced date January 2011 Radar Records was a UK based record label formed by Martin Davis managing director who had previously worked at United Artists Records , and Andrew Lauder music executive Andrew Lauder , who had previously been ... released in early 1978. Overview Radar was distributed in most of the world by WEA Records now known as Warner Music Group . In the USA , three Radar artists The Inmates , Bram Tchaikovsky and Yachts ... Radar single I Love the Sound of Breaking Glass They Called It Rock , ADA 1 and its first album Jesus of Cool , RAD 1 . Lowe had previously been signed to Stiff Records , as had several other Radar acts, including Yachts band Yachts , Richard Hell and the Voidoids , and Radar s major act, Elvis Costello and the Attractions. Costello and Lowe were brought to Radar by their manager Jake Riviera when Riviera left Stiff, which he had co founded. Other prominent Radar acts included La D sseldorf ... of Radar s early releases including Iggy Pop and James Williamson musician James Williamson s Kill .... Radar also released new albums by original 1950s rockabilly singers Ray Campi and Mac Curtis through an arrangement with Rollin Rock Records . Some Radar releases were reissues of garage rock and psychedelic rock bands from the 1960s. Through its WEA connections, Radar was able to rerelease recordings ... Reprise Records . In addition, Radar licensed the International Artists catalog, allowing them ... . Radar also released new recordings by Red Krayola The Red Crayola s late 1970s lineup. The original Radar label put out its last release in 1981, but it was revived with a new roster between 1995 and 1998. Notable bands signed to the second version of Radar included Midget band Midget , Prolapse ... Radar Records albums Category Radar Records artists Category Radar Records singles Category Defunct ... UK record label stub fr Radar Records pt Radar Records RU ...   more details



  1. CXAM radar

    top center. The CXAM radar system was the first production radar system deployed on United States ... Laboratory NRL radar installed in April 1937 on the destroyer USS Leary DD 158 2 its successor, the XAF Radar XAF , installed in December 1938 on the battleship USS New York BB 34 2 and the first RCA ... , USS Chester CA 27 2 , and USS Chicago CA 29 2 . ref name RADAR cite journal author Macintyre, Donald, CAPT RN title Shipborne Radar publisher United States Naval Institute Proceedings date September ... and on the seaplane tender USS Curtiss AV 4 2 . ref name RADAR Radar detection range of aircraft ... to ground clutter , and require shorter ranges. The CXAM is listed in U.S. Radar, Operational Characteristics of Radar Classified by Tactical Application as being able to detect single aircraft at 50 ... at a range of 68 miles during the battle of the Coral Sea . ref name RADAR The US Army s first non prototype radar system, the SCR 270 radar , was developed in parallel with the CXAM. The US Navy s use of radar was an important advantage in World War II compared to the Imperial Japanese Navy s widespread lack of radar on its ships. Notes reflist References http www.history.navy.mil library online radar 1.htm U.S. Radar, Operational Characteristics of Radar Classified by Tactical Application, FTP 217 http www.radarworld.org america.html History of US radar development. http www.vectorsite.net ttwiz 02.html History of US radar development, with more detail on CXAM. http users3.ev1.net cfmoore ... American electronics Category World War II radars fr Radar CXAM it CXAM ...   more details



  1. Radar astronomy

    Radar astronomy is a technique of observing nearby astronomical objects by reflecting microwave s off target objects and analyzing the echoes. This research has been conducted for six decades. Radar astronomy ... one. Radar systems have been used for a wide range of solar system studies. The radar transmission may either be pulsed or continuous. The strength of the radar return signal is radar Radar equation ... power, and improved apparatus have increased observational opportunities. Radar techniques provide ... planet Mercury ref cite journal title Radar and spacecraft ranging to Mercury between 1966 and 1988 ... unit . ref name SP4218 Radar images provide information about the shapes and surface properties of solid ... 250px Millstone Hill Radar in 1958 File ADU 1000 3.jpg thumb 250px Early planetary radar Pluton complex Pluton , USSR, 1960 The extremely accurate astrometry provided by radar is critical in long term ..., but cannot measure the distance accurately at all. Radar, on the other hand, directly measures the distance to the object and how fast it is changing . The combination of optical and radar observations ... by radar is very limited, and is confined to the Solar system . This is because the signal strength ... observing it. History The moon is comparatively close and was detected by radar, soon after the invention of the technique, in 1946. ref J. Mofensen, http www.eagle.ca harry ba eme index.htm Radar echoes ... SP 4218 sp4218.htm title NASA SP 4218 To See the Unseen A History of Planetary Radar ... . The Mars Express mission carries a ground penetrating radar. Mercury planet Mercury Improved ... , surface mapping, esp. of polar regions. Venus first radar detection in 1961. Rotation period, gross surface properties. The Magellan probe Magellan mission mapped the entire planet using a radar ... purposes. One example is the Shuttle Radar Topography Mission , which mapped the entire Earth at 30 ... , based on radar analysis. Image 1999jm8.jpg thumb 250px Radar images and computer model of asteroid ...   more details



  1. Te Radar

    Te Radar born Andrew J. Lumsden is a New Zealand comedian and television personality. Lumsden studied law at the University of Otago , but abandoned his original course of study to take up drama. ref name NZOS New Zealand on Screen ref He adapted his original nickname of Radar , adding the Maori language Maori Te The to the front for added distinction. Te Radar s comedy often focuses on his interests in travel and history, and as a result his work has led to him presenting radio travel documentaries for Radio New Zealand . His 2004 radio show Dispatches from the Holy Lands , chronicling his travels through the Arab Israeli conflict resulted in the Television New Zealand documentary War Tourist Christmas in Bethlehem . In 2006 Te Radar fronted a three part documentary Hidden in the Numbers , which examined the changing face of New Zealand culture. This was followed by two further television series, Off the Radar and Homegrown . Off the Radar saw Te Radar s attempt at sustainable living, spending ten months working on a small allotment. The show rated highly, and led to the publication on an accompanying book. The series was followed by a sequel, Radar s Patch , which won the 2010 award for Best Information Lifestyle programme. ref name NZOS References reflist External links http www.nzonscreen.com person te radar biography NZ on screen Te Radar page , retrieved 21 August 2011 http tvnz.co.nz content 2005820 Who is Te Radar? , Television New Zealand , retrieved 21 August 2011 http www.nz2011.govt.nz experiencerealnz events 722 te radars eating the dog Te Radar s Eating the Dog , NZ2011 website , retrieved 21 August 2011 http www.3news.co.nz Te Radar Full interview tabid 728 articleID 164561 Default.aspx Interview with Te Radar , TV3 New Zealand TV3 New Zealand , retrieved 21 August 2011 Persondata Metadata see Wikipedia Persondata . NAME Radar, Te ALTERNATIVE NAMES SHORT DESCRIPTION DATE OF BIRTH PLACE OF BIRTH DATE OF DEATH PLACE OF DEATH DEFAULTSORT Radar, Te Category ...   more details



  1. Voronezh radar

    Infobox radar name Voronezh image caption country Russia introdate 2009 number 3 operational in 2012, 1 under construction, others planned type Early warning radar frequency Voronezh M 150 200 MHz VHF ... radar operational and planned. label Lekhtusi label size 90 pos bottom lat deg 60 lat min 16 lat ... early warning radar , providing long distance monitoring of airspace. The first radar, in Lekhtusi near ... after a river, the Voronezh River Voronezh . The previous generation of radar was known as the Daryal radar Daryal after Darial Gorge , Volga radar Volga after Volga River and Daugava radar Daugava Daugava River and the generation before the Dnepr radar Dnepr Dnieper River , and Dnestr radar Dnestr .... They are also modular so that a radar can be brought into partial operation whilst being incomplete ... . At the launch of the Kaliningrad radar in November 2011 Russian President Dmitry Medvedev was quoted as saying I expect that this step the launch of the radar will be seen by our partners as the first ... ref name expo , at current prices. Installations The first radar, a Voronezh M, was built in Lekhtusi ... as filling the early warning gap caused by the closure of the radar station at Skrunda 1 Skrunda in Latvia in 1998 ref name Podvig Lehtusi , although the Volga radar in Belarus has also been described as doing this, although as a UHF radar the Volga has a different resolution from the VHF Voronezh M. The second radar is at Armivir in south east Russia on the site of Baronovsky Airfield. It is a Voronezh DM, a UHF radar and was announced as replacing the coverage lost when the Dnepr radar s in Ukraine were closed in 2009. There are actually two radars at this site, the first one covers ... facing south east and could replace the Daryal radar in Gabala radar station Gabala if that closes at the end of 2012 ref name Podvig Armavir2 . The third radar is at Pionersky in Kaliningrad, on the site ... in NATO . There is only one radar here and it will be fully operational in 2014 ref name RIA Nov3 ...   more details



  1. Wave radar

    s can be measured by several radar remote sensing techniques. Several instruments based on a variety ... common ground based radar remote sensing techniques. Instruments based on radar remote sensing ... in the sea is highly impractical and interference from the ships hull must be avoided. Radar remote sensing Terms and definitions Basically there are two different classes of radar remote sensors ... with some other physical process as for example the radar cross section of the sea surface. Microwave radars may be used in two different modes The near vertical mode . The radar echo is generated by specular reflections from the sea surface. The low grazing angle mode . The radar echo is generated ... Plant and Shuler 1980 . The radar footprint the radial and azimuthal extent of the surface area to be illuminated by the radar must be small in comparison with all ocean wavelength of interest. The radar spatial resolution is determined by the bandwidth of the radar signal see radar signal characteristics and the beamwidth of the radar antenna. The beam of a microwave antenna is dispersive , consequently the resolution becomes a function of range. The beam of an Infrared IR radar laser is non dispersive, the radar footprint is therefore independent of range. High frequency HF radars utilize ... of operation the radar waves are backscattered directly from the gravity wave s and surface ripple need not be present. Radar transceivers may be Coherence physics coherent or non coherent. Coherent ... radars only measure amplitude modulation. Consequently, a non coherent radar echo contains less ... as a function of angle. The radar transmitter waveform may be either unmodulated continuous wave, modulated or pulsed. An unmodulated continuous wave radar has no range resolution, but can resolve targets on the basis of different velocity, while a modulated or pulsed radar can resolve echoes from different ranges. The radar waveform plays a very important role in radar theory Reference idPlantShuler1980 ...   more details



  1. P-40 radar

    Infobox Radar name P 40 Radar image 25.jpg caption P 40 radar at Park Pobedy, Saratov country flagcountry Soviet Union introdate 1963 number type Early Warning Target Acquisition frequency Centimeter range 370 km altitude diameter azimuth 360 degrees elevation 2 14 degrees precision power 2 MW The P 40 Armour or 1S12 also referred to by the NATO reporting name Long Track in the west is a Three dimensional 3 D UHF radar developed and operated by the former Soviet Union . Development The P 40 started development in 1960 and by 1962 the radar had completed state trails and in 1963 was accepted into service by the anti aircraft troops of the Soviet armed forces . ref name PVO cite web url http pvo.guns.ru rtv p40.htm title 40 language Russian accessdate 2008 12 ... as the target acquisition radar of the 2K11 Krug mobile anti aircraft defence system ..., LEMZ also assisted in the production of the prototype. ref name PVO Between the 1966 and 1968 the radar ... right thumb P 40 radar at Nellis AFB The P 40 was the first high mobility radar to enter ... Janes cite web url http www.janes.com articles Janes Radar and Electronic Warfare Systems Long Track surveillance radar Russian Federation.html title Long Track surveillance radar Russian Federation , Land based air defence radars accessdate 2009 01 03 date 2001 07 02 publisher Jane s Radar and Electronic ... speed of 55  km h. The P 40 had a crew of 6 and a total weight of 35 tons, the radar being powered ... Wolff ref The radar uses an open frame truncated parabolic antenna with a stacked antenna feed. ref name Janes The radar antenna is mounted on the truck used to transport it giving excellent mobility, the radar capable of being folded for stowage during transit. Azimuth was determined by mechanical ... is detected, ref name PVO the radar does not carry a secondary antenna for Identification friend ... References reflist DEFAULTSORT P 40 Radar Category Russian and Soviet military radars de P ...   more details



  1. Searchwater radar

    File Sea King ASaC near Portreath.jpg thumb A Sea King helicopter fitted with a Searchwater radar Searchwater radar is a maritime surveillance radar developed by Thorn EMI under project P1149. This type of radar has been in service with the Royal Air Force Hawker Siddeley Nimrod aboard the MR2 variant since the 1970s. ref name prnews cite web url http www.prnewswire.co.uk cgi news release?id 52341 title RACAL S SEARCHWATER 2000MR RADAR SELECTED FOR NIMROD REPLACEMENT accessdate 2008 02 07 ref The retirement of the Royal Navy s fleet carriers in 1978 meant that the airborne early warning AEW capable Fairey Gannet was also withdrawn from service. During the Falklands War , a number of warships were lost due to the lack of an indigenous AEW presence. Consequently, a greatly accelerated project was started to equip Westland Sea King helicopters with a slightly modified version of the system known as Searchwater LAST Low Altitude Surveillance Task . The raydome was mounted in a distinctive inverted cupola on a swivel arm attached to the right side of the fuselage just aft of the main door. ref name spyflight http www.spyflight.co.uk seaking.htm Westland Sea King AEW2 and ASaC.7 ref This arm allowed the helicopter to lower the radar below the fuselage in flight and to raise it for landing. Searchwater radar was developed by the Royal Signals and Radar Establishment and EMI later Thorn Sensors Group . Racal Radar Defence Systems acquired Searchwater in 1995. Thorn and Racal merged to form Racal Thorn Defence . ref name prnews References references Category Aircraft radars RAF stub ...   more details



  1. P-30 radar

    Infobox Radar name P 30 Radar image caption country flagcountry Soviet Union introdate 1955 number E band F band type Early warning ground control. frequency range 180 km altitude 12 km diameter azimuth 360 degrees elevation precision power 1 MW The P 30 Khrustal lang ru lang en crystal also referred to by the NATO reporting name Big Mesh in the west is a 2D E band F band ref cite journal author Nance W.H title Quality Elint journal Studies in Intelligence volume 12 issue 2 Spring pages 7 19 year 1968 ref radar developed and operated by the former Soviet Union . Development The P 30 was developed by the All Union Scientific Research Institute of Radio Engineering VNIIRT ref name VNIIRT cite web url http www.aha.ru skala vniirt path 3.htm title 1947 1970 . language Russian ... as an early warning ground control and interception radar for the Soviet Air Defence Forces , airforce and navy of the Soviet Union. Crystal was a development of an earlier radar design, the P 20 radar with which it shares many similarities. The radar was developed under the direction of chief designer V. Samarin and by 1955 the radar had completed state trials and was accepted into service. ref name ... by its successors, the P 35 radar P 35 and P 37 radar . Description The P 30 is a semi mobile radar consisting of a trailer mounting the control cabin and transmitter equipment, two Zil trucks ... Mesh GCI radar Russian Federation.html title Big Mesh GCI radar Russian Federation , INTELLIGENCE SYSTEMS DIRECTION FINDING accessdate 2009 01 31 date 2000 06 08 publisher Jane s C4I Systems ref The radar ... antenna carried the antenna array of the NRS 20 Identification friend or foe IFF secondary radar .... The radar has been exported and continues to serve in some areas around the world. See also P 20 radar List of radars External links http www.aha.ru skala VNIIRT References reflist DEFAULTSORT P 30 Radar Category Russian and Soviet military radars ...   more details



  1. P-20 radar

    Infobox Radar name P 20 radar image caption country flagcountry Soviet Union introdate 1949 number E band F band type Early warning ground control. frequency range 250 km altitude 18 km diameter azimuth 360 degrees elevation precision 0.46 km range, 1.5 degree azimuth power 1 MW The P 20 Periskop lang ru lang en Periscope also referred to by the NATO reporting name Bar Lock in the west is a 2D E band F band ref cite journal author Nance W.H title Quality Elint journal Studies in Intelligence volume 12 issue 2 Spring pages 7 19 year 1968 ref radar developed and operated by the former Soviet Union . Development The P 20 development was started in 1946 when State Federal Order of the Red Banner Research Institute Number 20 now called All Union Scientific Research Institute of Radio Engineering or VNIIRT ref name VNIIRT cite web url http www.aha.ru skala vniirt path 3.htm title ... ground control and interception radar for the Soviet Air Force ref name BKO cite web url http www.vko.ru ... ref . The stationary radar would go on to become the P 50 radar P 50 but the mobile radar was to become the P 20. A design would go on to spawn a number of successors including the P 30 radar P 30 , P 35 radar P 35 and P 37 radar . ref name PVO The P 20 would become the first Russian radar to use the decimetric wavelength, the first prototype being created in 1947, a factory test unit 1949. ref name BKO By 1949 the radar had completed state trials and was accepted into wide ... date 2005 02 16 publisher pvo.guns.ru ref Description The P 20 is a semi mobile radar with equipment ... telecommunications transmission and reception. The radar uses two antenna to determine target altitude .... ref name BKO The P 20 had four indicators to display the information generated from the radar, panoramic, range and altitude as well as a remote indicator ref name PVO . The radar used five ... Union. The design has been superseded by later designs like the P 37 radar. See also P 30 radar ...   more details



  1. P-35 radar

    Infobox Radar name P 35 Radar image P 35M radar in Russia.jpg caption P 35M radar in Russia country flagcountry Soviet Union introdate 1958 number type Early warning ground control. frequency E band F band PRF 375 pps ref name globalsecurity cite web url http www.globalsecurity.org military world russia bar lock.htm title P 35 37 BAR LOCK date 2007 11 07 accessdate 2010 05 26 publisher GlobalSecurity.org ref beamwidth 0.7 ref name globalsecurity pulsewidth 1.5 4.5 microseconds ref name globalsecurity RPM 7 rpm ref name globalsecurity range convert 350 km 0 abbr on altitude convert 25,000 m 0 abbr on diameter azimuth 360 degrees elevation precision convert 500 m 0 abbr on range br 0.5 azimuth ref name globalsecurity power 1 MW other names Bar Lock The P 35 lang ru lang en Saturn also ... 19 year 1968 ref radar developed and operated by the former Soviet Union . Development The P 30 was developed ... warning ground control and interception radar for the Soviet Air Defence Forces , Soviet ... of an earlier radar design, the P 30 radar with which it shares many similarities. By 1958 the radar had completed state trials and was accepted into service, offering improved detection range ... active jamming. ref name PVO The P 35 has now been succeeded by its successor, the P 37 radar . Description The P 35 is a semi mobile radar composed of a trailer mounting the control cabin and Antenna ... feed horns. The radar uses two antenna with azimuth scanned mechanically, but unlike the previous P 30 both antenna are horizontal, the radar not using the V beam system to determine target altitude. The right ... IFF secondary radar, which was used to identify detected aircraft as friend or foe. Operators The P ... passed down to successor states after the fall of the Soviet Union. The radar has been exported and continues to serve in some areas around the world. See also P 30 radar P 37 radar List of radars External links http www.aha.ru skala VNIIRT References reflist DEFAULTSORT P 35 Radar Category Russian ...   more details



  1. Radar gun

    Copy edit date February 2012 Image Radarvelocidade20022007.jpg thumb upright Microdigicam radar in use in Brazil A radar speed gun also radar gun and speed gun is a small doppler radar unit used to measure ... moving objects. Radar speed guns may be hand held, vehicle mounted or static. A radar speed gun ... radar signal due to the Doppler effect . Modern radar speed guns normally operate at X band X ... use pulsed laser light instead of radar are more commonly used because of limitations associated with small radar systems. Some motorists install radar detector s which can allow vehicle operators to reduce speed to avoid citation. Microwave signals from radar may also change the reception for AM and FM radio when tuned to a weak station. These techniques are unreliable because hand held radar typically includes an on off trigger, and the radar is only turned on after the user is prepared to make an accurate measurement. Radar detectors are illegal in some areas. ref cite web http www.afn.org afn09444 scanlaws title Mobil Scanners and Radar Detection Law in the US date 2011 publisher Todd L ... answers.asp 19 title Radar detectors FAQ accessdate 2010 09 17 publisher Whistler Group ref The radar ... device. How radar speed guns work Image radar gun.jpg thumb U.S. Army soldier uses a radar speed gun to catch speeding violators at Tallil Air Base, Iraq. Speed guns use doppler radar to perform speed measurements. Radar speed guns, like other types of radar , consist of a Transmitter radio transmitter ... when they come back is different from the transmitted waves, and from that difference the radar speed ... gun, radar speed guns use high frequency radio waves in the microwave range. X band 8 to 12 ... radar. As a result K band 18 to 27  GHz and Ka band K sub a sub band 27 to 40  GHz are most commonly used by police agencies. Moving radar speed guns The above described system measures the difference in speed between the target and the radar speed gun itself. The gun must be stationary to give ...   more details



  1. Decca Radar

    but this was replaced by the BridgeMaster E. The Rascar had been the American made radar of choice .... Both Decca and Sperry radar divisions were under heavy competitive pressure from LG Group Gold ... Products Radars VisionMaster FT Radar VisionMaster FT marine radar website ... about Sperry Marine Northrop Grumman s Decca radar heritage Category Defence companies of the United Kingdom Category Racal Category Radar Category World War II radars Category Electronics companies ...   more details



  1. AN/FPS-24 Radar

    Infobox radar name AN FPS 24 image AN FPS 24 Radar.jpg without Image ... syntax caption General Electric AN FPS 24 Radar country United States introdate number type Long Range Search Radar frequency frequency band PRF pulse repetition frequency beamwidth X horizontal , X vertical pulsewidth pulse width RPM revolutions per minute range km to mi X abbr yes altitude m to ft X addr yes diameter m to ft X addr yes azimuth X Y elevation X Y precision m to ft X addr yes power other names The AN FPS 24 Radar was a Long Range Search Radar used by the United States Air Force Air Defense Command . General Electric built this frequency diverse FD long range search radar designed to operate in the Very High Frequency VHF at 214 to 236 MHz. There were problems with this radar at the test site at Eufaula AFS Eufaula, Alabama in 1960. These problems required many modifications. Additional problems occurred when deployment was attempted in 1961 with the first production model at Point Arena Air Force Station in California. When the radar finally deployed, bearing problems often occurred due to the 85.5 ton antenna weight. Failures of the 9 foot hydrostatic bearing often caused the early closure of some sites due to catastrophic damage to the support tower, sail, and feed horn. Twelve systems were ... production, the radar antenna sail itself was perched atop one of two different towers ... . This tower design was also used for the AN FPS 35 frequency diverse SAGE search radar built by Sperry Corporation . The FPS 24 radar antenna sail rotated between 5 to 6 revolutions per minute ... residents who could hear the radar signal in television and radio broadcasts. At some locations, the radar ... dipole antenna design for both A and B channels. In Operation Two of the FPS 24 radar installations ... to USAF site closures, some FPS 24 radar units were upgraded to Air Route Surveillance Radar ARSR ... the skies the legacy of the United States Cold War defense radar program. Prepared for United ...   more details



  1. AN/FPS-26 Radar

    Infobox radar name AN FPS 26 image AN FPS 26 Radar.jpg without Image ... syntax caption Avco AN FPS 26 Radar country United States introdate number type Height Finder Radar frequency frequency band PRF pulse repetition frequency beamwidth X horizontal , X vertical pulsewidth pulse width RPM revolutions per minute range km to mi X abbr yes altitude m to ft X addr yes diameter m to ft X addr yes azimuth X Y elevation X Y precision m to ft X addr yes power other names The AN FPS 26 Radar was a height finder radar used by the United States Air Force Air Defense Command . It was an early application of a concept called Frequency Diversity , which took advantage of a tunable output power device to allow the radar operator to easily and quickly change the frequency of the radar to avoid enemy jamming. Earlier generation radar transmitters typically used a magnetron as a high power output generating device the output frequency of a magnetron cannot be controlled at will. The output power of the transmitter pulse was approximately 5 Megawatts. The FPS 26A antenna was hydraulicly driven in azimuth. The hydraulic drive system operated at high pressure levels typical of aircraft hydraulic systems. Azimuth selection made by the radar tactical operator aiming the antenna toward a target of interest. Antenna nodding could also be operator controlled, although in practice it was usually left ... the antenna deck. Avco Corporation built this height finder radar that operated at a frequency of 5400 to 5900 MHz. This radar deployed in the 1960s. In Operation Image Radar Site at Fort Lawton WA circa ... shows several types of radar systems, operated by several agencies, co located at a single radar ... grid support structure is a search radar operated by the Federal Aviation Administration the two radars ... here circa late 1962. The radar site was located on Fort Lawton, Seattle, Washington. References ... the legacy of the United States Cold War defense radar program. Prepared for United States Air Force ...   more details



  1. Dnestr radar

    about Dnepr radar the rocket of the same name Dnepr 1 Infobox radar name Dnestr Dnestr M Dnepr image ... Dnestr br Early warning radar Dnestr M, Dnepr, Dnepr M frequency 154 162 MHz VHF ref name ESCEIR ... 0 ref name RTI Radar precision m to ft X addr yes power 2.5 3.2 Mw ref name ESCEIR other names NATO reporting name NATO Hen House br GRAU 5N15, 5N15M, 5N86 Dnestr radar lang ru and Dnepr radar ... and early warning radar . They are phased array radars designed to give early warning of attack ... Union to cover attacks from different directions and were intended to be replaced by Daryal radar s. Only .... It is likely that all the existing radars will be replaced by the third generation Voronezh radar ... of a Dnestr space surveillance radar at Sary Shagan , USSR, 28 May 1967. Note the radar arrays are in straight ... 9 Sary Shagan and Mishelevka Irkutsk . They consisted of two long radar arrays with a central building ... E type landmark name Olenegorsk Dnepr radar display inline 323, 293 Dnestr M 1963 1968 Operational. Works with the Daugava radar , a prototype of the Daryal radar ref name Panoramio2 RO 2 Skrunda 1 , Latvia coord 56.715176 N 21.963036 E type landmark name Skrunda Dnepr radar display inline 323, 293 Dnestr M 1963 1968 Demolished 1998 ref name Podvig History OS 1 Mishelevka Radar Station , Usolye Sibirskoye , Irkutsk , Siberia coord 52.877574 N 103.273323 E type landmark name Mishelevka Dnepr radar ... name Podvig Mish ref name SovArmed OS 1 Mishelevka Radar Station , Usolye Sibirskoye , Irkutsk , Siberia coord 52.881511 N 103.266027 E type landmark name Mishelevka Dnepr radar display inline 135 ... Radar Station , Usolye Sibirskoye , Irkutsk , Siberia coord 52.883013 N 103.258045 E type landmark name Mishelevka Dnepr radar display inline 265 Dnestr 1964 1968 Modernised to Dnestr M. Used for research since 1993 now an incoherent scatter radar ref name ESCEIR ref name SovArmed OS 1 Mishelevka Radar Station , Usolye Sibirskoye , Irkutsk , Siberia coord 52.875787 N 103.256414 E type landmark ...   more details



  1. Seetakt radar

    Infobox radar name Seetakt image without Image ... syntax caption country Germany introdate 1936 number type Naval surface search frequency 368 MHz 81.5 cm PRF pulse repetition frequency beamwidth X horizontal ... X addr yes power 7 kW other names The shipborne Seetakt radar was developed in the 1930s and was used ... all radar systems. In 1935 he published Physics and Technique of Ultrashort Waves , which was picked ..., but he and his partner Hans Karl von Willisen had also worked on radar like systems ... of 1934, GEMA built the first commercial radar system for detecting ships, similar to a system developed by History of radar Christian H.C3.BClsmeyer Christian H lsmeyer . Operating in the 50 cm ... of 1935 they developed a pulse radar with which they could spot the cruiser German cruiser ... as Freya radar and Seetakt . The navy s priority at that time was ranging. Detecting targets and obstacles ... the W rzburg radar developed for the German army, was initially not a priority for the Kriegsmarine ..., Uruguay . The ship sank in shallow water such that its radar antenna was still visible. These early ... at 20,000  m. See also List of World War II electronic warfare equipment Hohentwiel Radar Hohentwiel Radar Replace the Seetakt radar during World War 2 . References references cite book last Friedman first Norman title Naval Radar year 1981 publisher Conway Maritime Press location London isbn 0 85177 238 2 External links Commons Wuerzburg radar http www.vectorsite.net ttwiz 07.html ORIGINS OF GERMAN RADAR SEETAKT, FREYA, WUERZBURG . There is an open source verification for this text on the home ... germany.html Radar Development in Germany on the http www.radarworld.org about.html Radar World website http www.radarworld.org radarwar.pdf The Radar War PDF by Gehard Hepcke, translated into English By Hannah Liebmann on the http www.radarworld.org about.html Radar World website German radars ... de Seetakt Radar fr Radar Seetakt pl Seetakt radar ...   more details



  1. KLJ-7 Radar

    Infobox Radar name KLJ 7 image caption country PRC introdate Mid 2000s number type Airborne, multi mode, pulse doppler, fire control radar frequency X band range 75km for 3m2 RCS ref name Jane s Defence KLJ 7 10 FCR altitude diameter azimuth elevation precision power The KLJ 7 , also referred to as the Type 1478, is an X band airborne fire control radar fire control radar FCR developed by Nanjing Research ... Qamar Suleman announced that KLJ 7 radar will be built at Pakistan Aeronautical Complex PAC , in Kamra ... radar for JF 17 Thunder fighter ref Development and design The KLJ 7 uses a mechanically steered .... Russian radar design houses Phazotron and NIIP had worked closely in the past with the Chinese radar ... radar sets that were used as benchmarks in the process of these Chinese firms developing their own design. Up to 20 units of the Phazotron Zhemchoug Pearl radar were imported in the mid 1990s for evaluation .... ref name Jane s Defence KLJ 7 10 FCR KLJ 7 10 Fire Control Radar FCR China , Airborne radar ... Avionics KLJ 710 Fire Control Radar FCR China.html Retrieved January 2009 ref The KLJ 7 has multiple ... anti jamming capability. The radar can reportedly manage up to 40 targets, monitor up to 10 of them ... KLJ 7 10 FCR The detection range for targets with a radar cross section of 3 square meters is stated ... to a Pakistan Aeronautical Complex programme officer, after having flown with this radar as well ..., it was found that the Chinese radar is every bit as capable as its contemporary analogues. ref name Jane s Defence Pakistan To Build Radar for JF 17 Thunder Fighter Author Farhan Bokhari, Pakistan To Build Radar For JF 17 Thunder Fighter Jane s Information Group Date published online 24 December 2010 , URL http www.janes.com news defence jdw jdw101224 1 n.shtml Retrieved 04 February 2011 ref Radar ... AGR Synthetic Aperture Radar SAR Sea Single Target Track SSTT Beacon BCN Specifications small Data ... fighter radar improvements.html Jane s China s NRIET outlines fighter radar improvements. Category ...   more details



  1. P-15 radar

    Infobox Radar name P 15 Radar image FlatFace.JPG caption P 15 Flat Face A at Nellis AFB country flagcountry Soviet Union introdate 1955 number type Surveillance Target Acquisition frequency UHF range 150 ... name Flat Face A in the west is a 2D UHF radar developed and operated by the former Soviet Union . Development In 1952 SRI 244 started development of what become the P 15 early warning radar, by 1955 the radar had passed state trials and was accepted into service with the anti aircraft troops ... Eye radar which mounted a single radar antenna on a 20 30 meter mast to improve coverage ref name Global ... trail radar passed through the state test program, the modernisation replacing outdated mercury based electronics. In 1962 another modernisation of the P 15 passed through trials as the P 15N, the radar ... included a pulse coherent Pulse Doppler radar Doppler filter moving target indicator to remove passive clutter by up to 50 dB ref name PVO , the first radar to employ the method in the Soviet Union ref cite journal author V.S. Chernyak, I. Ya. Immoreev and B.M. Vovshin title Radar in the Soviet Union ... in a new designation, the P 19 radar P 19 Danube also known as the 1RL134 and known in the west as the Flat Face B. Description File 03 Mobile radar Danuta LMW.jpg thumb left P 15 Radar The P 15 is a high mobility radar and with the antenna mounted directly on the single truck Zil 157 used for transport ... and reception, each antenna being fed by a single antenna feed ref name Janes . The radar can ... elevation ref name Global . A secondary radar for Identification friend or foe IFF is generally ... www.janes.com extracts extract jrew jrew0071.html title P 19 series early warning radar Czech Republic , LAND BASED AIR DEFENCE RADARS accessdate 2009 01 06 date 2008 03 03 publisher Jane s Radar and Electronic ... 19 radar P 19 . See also P 19 radar List of radars External links http www.aha.ru skala VNIIRT References reflist DEFAULTSORT P 15 Radar Category Russian and Soviet military radars de P 15 Flat Face ...   more details



  1. Rajendra Radar

    Rajendra is a passive Phased Array Radar developed by the Indian DRDO . It is a multifunction radar, capable of surveillance, tracking and engaging low radar cross section targets. It is the heart of the Akash ... battery. Current status The Rajendra Multi Function Phased Array radar system, designed at the Electronics and Radar Development Establishment Electronics and Radar Development Establishment LRDE ... after India s First president Dr. Rajendra Prasad . The LRDE is working on the Rajendra III radar for the Indian Army. ref http frontierindia.net lrde working on rajendra iii radar LRDE working on Rajendra III radar ref Rajendra III is a slewable phased array radar based on the T 72 chassis. As of 2007 ... have been established. Consistency in performance of radar in guiding missiles as close as 15m has ... system elements, including the Rajendra underwent mobility trials at Pokhran and the radar ... array passive phased array radar used for 3 D target detection, multi target tracking and multiple .... Rajendra s multi element antenna arrangement folds flat when the vehicle is in motion. The Radar ... data to remote group control centre. Rajendra features a Dual channel radar receiver and a C band ... radar uses phase shifters integrated in large numbers for electronic beam steering. This allows Rajendra radar to simultaneously track multiple aircraft and also guide multiple missiles towards these targets ... for Applied Research in Electronics CARE of IIT, Delhi, and her team. The phased array radar rotates ... of 90 degrees, if the radar array is static. During Multisensor Tracking a 2 D battery surveillance radar BSR with 360 degree coverage and a larger detection range provides track data to the multifunction, slewable, 3 D phased array radar. This is useful when a single battery of the Rajendra ... D BSR data is then integrated by the Rajendra s radar vehicle. The multisensor direction finder in Rajendra processes the track data from the phased array radar and the BSR to identify the targets ...   more details



  1. Radar control

    Radar control is a method of providing air traffic control services with the use of radar and Automatic Dependent Surveillance ADS B . The provision of air traffic control services without the use of radar is called procedural control . Separation In air traffic control, the risk of aircraft colliding is managed by applying separation rules. These rules require aircraft to be separated by either a minimum vertical distance, or, if for some reason they cannot be separated vertically, by a minimum horizontal distance defined by various means. One of the means of determining horizontal separation is by a controller observing the radar returns of the aircraft to be at least a minimum horizontal distance apart. This is the essence of radar control, and is known as Radar separation. Standard radar separation varies from airspace to airspace and country to country, however 3 nautical mile nms in Terminal Control Center terminal airspace and 5 nms in Area Control Center en route airspace are common minima. Maintaining separation In airspace with a lower amount of traffic, controllers will require pilots to navigate their aircraft on published routes which have been designed to be separated from each other. Controllers may require pilots to fly their aircraft at certain speeds or with certain minimum or maximum speeds to maintain separation between aircraft on these routes. When the amount of traffic in a particular volume of airspace reaches a certain level, it becomes impossible to keep aircraft following set routes separated, particularly in airspace where aircraft are climbing and descending and therefore level separation regularly cannot be maintained . In this case controllers use radar vectors , the issuing of headings to the pilots of aircraft on which the controller expects the pilots to fly their aircraft, to tactically keep aircraft separated in the sky. Much skill is involved in this type of control it is this type of controlling that has led air traffic control to be described ...   more details



  1. Haukåsen Radar

    Hauk sen Radar is one of two air traffic control radar s serving Oslo s Oslo Airport, Gardermoen Gardermoen Airport , the other being the airport radar itself. ref http www.aibn.no items 253 144 4261056048 LN AEI.pdf from an incident report ref The radar is a landmark structure visible from most of Oslo and its surroundings, located inside a white radome on the hillcrest Hauk sen Oslo Hauk sen in stmarka , elevation 357 meters Above mean sea level above sea level , south east of the suburb of Haugerud in the Grorud Valley . The first radar to be built here in 1964, is exhibited at the National Aviation Museum in Bod in Northern Norway. The radar is unmanned and remotely operated by Oslo ATCC the Area Control Center at R yken south of Oslo and is owned by Avinor . The radar itself, rotating at a cycle of about 4 seconds, can be peeked through a grate when standing directly below the dome. The radiation from the antenna is reported by geocaching geocachers to render Global Positioning System GPS equipment in its vicinity inoperable. ref http www.sjohagen.net cgi bin yabb2 YaBB.pl?num 1169221454 Reported at GC Forum &ndash a Norwegian geocaching community forum. ref References references External links http flickr.com photos toralux 168547163 Person standing directly below the radome coord 59 54 14 N 10 53 48 E region NO 03 type landmark display title DEFAULTSORT Haukasen Radar Category Ground radars Category Landmarks in Norway Category Buildings and structures in Oslo Category 1964 establishments in Norway Category Air traffic control in Norway Category Marka, Oslo Oslo geo stub ...   more details



  1. SLC-2 Radar

    Image Slc 2 clear.jpg right thumb SLC 2 counter battery radar The SLC 2 Radar is a counter battery radar designed to accurately locate hostile artillery, rocket and ground to ground missile launchers immediately after enemy firing, and to support friendly artillery by providing guidance of counter fire. SLC 2 radar can also be applied in adjusting firing of friendly weapons or rockets. With slight modification to software parameters, SLC 2 radar can also be used to detect and track low flying targets such as light aircraft, helicopters and Remotely Piloted Vehicle RPVs . SLC 2 systems have sometimes been mounted on a Dongfang EQ2102 3.5 ton truck. Development Four AN TPQ 37 Firefinder radar have been sold to China and this had become the foundation of SLC 2 radar development. Aside from political reasons, the US 10 million plus unit price tag of TPQ 37 including after sale logistic support ... result in the Chinese equivalent of AN TPQ 36 Firefinder radar , and based on the experience gained from this program, a more capable larger version in the same class of AN TPQ 37 Firefinder radar would be developed, which eventually resulted in SLC 2 series. Type 373 Radar This is the predecessor of SLC 2 radar. Type 373 radar is fielded after the Type 704 Radar series, which Type 373 radar is based on. Type 373 radar is designed to specifically improve the performance of TPQ 37 by solving the shortcoming ... Type 59 1. Type 373 radar is designed to improve the capability against rounds with flat trajectory ... frequently. Type 373 radar was designed specifically to improve the reliability against these harsh ... phased array Type 373 radar is developed, designated as SLC 2. This is a fully solid state ... 1. Fire Control Radar Technology , Dec 1999 issue, Xi an Electronics Research Institute also ..., 1999, ISSN 1008 8652 Domestic Chinese SN CN 61 1214 TJ. 2. Fire Control Radar Technology ... Radar Category Ground radars Category Military radars Category Weapon Locating Radar ...   more details




Articles 26 - 50 of 19331      Previous     Next


Search   in  
Search for Monostatic radar in Tutorials
Search for Monostatic radar in Encyclopedia
Search for Monostatic radar in Videos
Search for Monostatic radar in Books
Search for Monostatic radar in Software
Search for Monostatic radar in DVDs
Search for Monostatic radar in Store


Advertisement




Monostatic radar in Encyclopedia
Monostatic radar top Monostatic radar

Home - Add TutorGig to Your Site - Disclaimer

©2011-2013 TutorGig.info All Rights Reserved. Privacy Statement