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340:'Mike Meyers' CompTIA Network+ Certification Passport', by Glen E. Clark, edited by Christopher A. Crayton, McGraw-Hill, 3rd Edition, 2009, page 32. "Specific coax types were developed for the Ethernet standard, but a number of radio cables have very similar characteristics, and these so-called radio-grade (RG) cables also became associated with Ethernet."
99:
198:(CCS) center conductor and a combination aluminum foil/aluminum braid shield, typically with low coverage (about 60%). 75 ohm cables are also used in professional video applications, carrying either base band analog video signals or
264:
wire comes with a Low Smoke Zero
Halogen (LSZH) jacket that burns but does not produce toxic smoke. LSZH is typically irradiated PVC. Heating drives off volatiles that leaves the resulting product more heat resistant.
133:, is generic and is applied to a wide variety of cable designs, which differ from one another in shielding characteristics, center conductor composition, dielectric type and jacket type.
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system (MIL-STD-196E) and cable sold today under the RG-6 label is unlikely to meet military specifications. In practice, the term
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202:(SDI) signals; in these applications, the center conductor is ordinarily solid copper, the shielding is much heavier (typically
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194:(CATV) distribution coax, used to route cable television signals to and within homes. CATV distribution coax typically has a
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Like most cables, RG-6-style cables are available in several different types designed for various applications, including:
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Cables attenuate a signal in direct proportion to length. Attenuation increases with frequency due to
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238:"Flooded" cable is infused with water blocking gel for use in underground conduit or direct burial.
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used in a wide variety of residential and commercial applications. An RG-6/U coaxial cable has a
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was originally a unit indicator for bulk radio frequency (RF) cable in the U.S. military's
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braid), and tolerances are more tightly controlled, to improve impedance stability.
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may contain some waterproofing but is distinguished by the addition of a steel
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along its length to carry the tension involved in an aerial
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is generally used to refer to coaxial cables with an 18
235:
wire is designed for indoor or external house wiring.
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19:"RG6" redirects here. For the area of Reading, see
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8:
149:. The number was assigned sequentially. The
1394:Global telecommunications regulation bodies
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386:
372:
364:
190:A common type of 75 ohm coaxial cable is
139:Joint Electronics Type Designation System
86:Learn how and when to remove this message
279:
153:unit indicator is no longer part of the
49:This article includes a list of general
333:
7:
1440:
55:it lacks sufficient corresponding
14:
1439:
1429:
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1419:
1408:
1029:Free-space optical communication
40:
23:. For the grenade launcher, see
1:
281:RG-6 attenuation/signal loss
1415:Telecommunication portal
1196:Telecommunications equipment
1471:Cable television technology
932:Alexander Stepanovich Popov
172:mm) center conductor and 75
1492:
636:Telecommunications history
29:
18:
1403:
1244:Public Switched Telephone
1056:telecommunication circuit
1017:Fiber-optic communication
762:Francis Blake (telephone)
557:Optical telecommunication
1155:Orbital angular-momentum
592:Satellite communications
431:Communications satellite
289:Attenuation (dB/100 ft)
200:serial digital interface
180:characteristic impedance
127:characteristic impedance
1034:Molecular communication
857:Gardiner Greene Hubbard
686:Undersea telegraph line
421:Cable protection system
269:Attenuation/signal loss
147:for general utility use
70:more precise citations.
1176:Communication protocol
962:Charles Sumner Tainter
777:Walter Houser Brattain
722:Edwin Howard Armstrong
530:Information revolution
359:What Does "RG-6" Mean?
213:Cables typically have
129:of 75 ohms. The term,
115:
107:
106:for television signals
1150:Polarization-division
882:Narinder Singh Kapany
847:Erna Schneider Hoover
767:Jagadish Chandra Bose
747:Alexander Graham Bell
478:online video platform
256:from a utility pole.
113:
101:
25:RG-6 grenade launcher
16:Type of coaxial cable
992:Vladimir K. Zworykin
952:Almon Brown Strowger
922:Charles Grafton Page
577:Prepaid mobile phone
505:Electrical telegraph
121:is a common type of
942:Johann Philipp Reis
701:Wireless revolution
663:The Telephone Cases
520:Hydraulic telegraph
282:
1476:Transmission lines
1140:Frequency-division
1117:Telephone exchange
987:Charles Wheatstone
917:Jun-ichi Nishizawa
892:Innocenzo Manzetti
827:Reginald Fessenden
562:Optical telegraphy
395:Telecommunications
280:
116:
114:RG-6 coaxial cable
108:
1453:
1452:
1191:Store and forward
1186:Data transmission
1100:Network switching
1051:Transmission line
897:Guglielmo Marconi
862:Internet pioneers
727:Mohamed M. Atalla
696:Whistled language
325:
324:
297:0.2; 0.4 for CCS
196:copper-clad steel
96:
95:
88:
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1413:
1412:
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1284:Notable networks
1274:Wireless network
1214:Cellular network
1206:Types of network
1181:Computer network
1068:Network topology
982:Thomas A. Watson
837:Oliver Heaviside
822:Philo Farnsworth
797:Daniel Davis Jr.
772:Charles Bourseul
732:John Logie Baird
441:Data compression
436:Computer network
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381:
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341:
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286:Frequency (MHz)
283:
192:cable television
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66:this article by
57:inline citations
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21:RG postcode area
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902:Robert Metcalfe
757:Tim Berners-Lee
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525:Information Age
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691:Videotelephony
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348:External links
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250:messenger wire
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206:foil, and 95%
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30:Main article:
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1466:Signal cables
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1160:Code-division
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1145:Time-division
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1071:and switching
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1022:optical fiber
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1012:Coaxial cable
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927:Radia Perlman
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817:Lee de Forest
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812:Thomas Edison
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802:Donald Davies
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787:Claude Chappe
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631:Smoke signals
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609:Semiconductor
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468:Digital media
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217:at each end.
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141:. The suffix
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123:coaxial cable
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104:coaxial cable
100:
90:
87:
79:
76:November 2020
69:
65:
59:
58:
52:
47:
38:
37:
33:
32:Coaxial cable
26:
22:
1127:Multiplexing
1002:Transmission
967:Nikola Tesla
957:Henry Sutton
912:Samuel Morse
842:Robert Hooke
807:Amos Dolbear
742:John Bardeen
661:
641:Telautograph
545:Mobile phone
500:Edholm's law
483:social media
416:Broadcasting
354:COAX History
336:
272:
259:
258:
245:
241:
240:
237:
232:
228:
227:
224:
212:
189:
186:Applications
158:
150:
146:
142:
134:
130:
118:
117:
82:
73:
54:
1327:NPL network
1039:Radio waves
977:Alfred Vail
887:Hedy Lamarr
872:Dawon Kahng
832:Elisha Gray
792:Yogen Dalal
717:Nasir Ahmed
651:Teleprinter
515:Heliographs
275:skin effect
68:introducing
1460:Categories
1373:Antarctica
1332:Toasternet
1254:Television
737:Paul Baran
669:Television
653:(teletype)
646:Telegraphy
624:transistor
602:Phryctoria
572:Photophone
550:Smartphone
540:Mass media
328:References
215:connectors
51:references
1357:Americas
1346:Locations
1317:Internet2
1078:Bandwidth
782:Vint Cerf
679:streaming
657:Telephone
597:Semaphore
488:streaming
242:Messenger
1425:Category
1312:Internet
1302:CYCLADES
1219:Ethernet
1169:Concepts
1093:terminal
1044:wireless
867:Bob Kahn
710:Pioneers
535:Internet
426:Cable TV
204:aluminum
1445:Commons
1435:Outline
1388:Oceania
1307:FidoNet
1292:ARPANET
1105:circuit
674:digital
403:History
64:improve
1383:Europe
1353:Africa
1337:Usenet
1297:BITNET
1234:Mobile
1110:packet
619:MOSFET
614:device
411:Beacon
318:1,000
261:Plenum
246:aerial
208:copper
174:
170:
168:(1.024
163:
145:means
119:RG-6/U
53:, but
1366:South
1361:North
1322:JANET
1259:Telex
1249:Radio
1088:Nodes
1083:Links
1004:media
582:Radio
567:Pager
495:Drums
461:video
456:image
446:audio
233:house
229:Plain
221:Types
155:JETDS
102:RG-6
1378:Asia
1264:UUCP
1224:ISDN
321:6.2
313:2.0
310:100
305:0.6
254:drop
159:RG-6
131:RG-6
1269:WAN
1239:NGN
1229:LAN
510:Fax
451:DCT
302:10
277:.
244:or
231:or
177:ohm
166:AWG
1462::
294:1
182:.
151:RG
143:/U
135:RG
1396:)
1392:(
387:e
380:t
373:v
89:)
83:(
78:)
74:(
60:.
27:.
Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
