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The transceiver first appeared in the 1920s. Before then, receivers and transmitters were manufactured separately and devices that wanted to receive and transmit data required both components. Almost all amateur radio equipment today uses transceivers, but there is an active market for pure radio
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over radio waves. This allows more types of data to be broadcast, including video and encrypted communication, which is commonly used by police and fire departments. Digital transmissions tend to be clearer and more detailed than their analog counterparts. Many modern wireless devices operate on
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oversees their use. Transceivers must meet certain standards and capabilities depending on their intended use, and manufacturers must comply with these requirements. However, transceivers can be modified by users to violate FCC regulations. For instance, they might be used to broadcast on a
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to send and receive data. Although this technique limits the complexity of the data that can be broadcast, analog transceivers operate very reliably and are used in many emergency communication systems. They are also cheaper than digital transceivers, which makes them popular with the
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119:, for communication purposes. These two related functions are often combined in a single device to reduce manufacturing costs. The term is also used for other devices which can both transmit and receive through a
306:, the handset contains the transmitter (for speaking) and receiver (for listening). Despite being able to transmit and receive data, the whole unit is colloquially referred to as a "receiver". On a
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is similar to a transceiver in that it sends and receives a signal, but a modem uses modulation and demodulation. It modulates the signal being transmitted and demodulates the signal being received.
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A decapped integrated circuit of a transceiver used in handheld communication devices and radio equipment as a modem extension. On-die passfilters are visible.
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Because transceivers are capable of broadcasting information over airwaves, they are required to adhere to various regulations. In the United States, the
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frequency or channel that they should not have access to. For this reason, the FCC monitors not only the production but also the use of these devices.
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555:. (n.d.). Retrieved February 29, 2020, from https://www.govinfo.gov/app/details/CFR-2010-title47-vol1/CFR-2010-title47-vol1-sec2-926
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in which both the phone handset and the base station have transceivers to communicate both sides of the conversation, and
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Reconfigurable transceiver and software-defined radio architecture and technology evaluated for NASA space communications
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is included in a wired telephone base or in a cordless base station, the base also becomes an audio transceiver.
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transceivers used for bidirectional person-to-person voice communication. Examples are
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uses an audio and radio transceiver for the handset, and a radio transceiver for the
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is an electronic device which is a combination of a radio
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which, when they are triggered by microwaves from an
542:. Cambridge ; New York: Cambridge University Press.
111:, hence the name. It can both transmit and receive
562:(Inside technology). Cambridge, Mass.: MIT Press.
549:. https://ntrs.nasa.gov/search.jsp?R=20050215177
46:but its sources remain unclear because it lacks
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210:receive digital telecommunication data from a
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186:in mobile networked computer devices such
77:Learn how and when to remove this message
16:Device that both transmits and receives
276:Digital transceivers send and receive
146:Radio transceivers are widely used in
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243:receivers, which are mainly used by
127:which transmit and receive light in
498:, two-way communications capability
371:documents and were widely used in
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449:Federal Communications Commission
443:Federal Communications Commission
571: This article incorporates
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584:General Services Administration
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560:Ham radio's technical culture
647:Telecommunications equipment
194:. Aircraft carry automated
545:Reinhart, R. C. K. (2004).
182:. Another large use is in
135:which transmit and receive
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204:air traffic control radar
172:land mobile radio systems
540:The electronics of radio
512:Radio transmitter design
359:Transceivers are called
255:Analog transceivers use
212:satellite ground station
208:communication satellites
32:This article includes a
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150:. One large use is in
61:more precise citations.
579:Federal Standard 1037C
573:public domain material
492:for telephone handsets
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121:communications channel
622:7 MHz SSB transceiver
610:U.S. patent 0,716,136
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538:Rutledge, D. (1999).
522:Radio receiver design
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399:100 Gigabit Ethernet
257:frequency modulation
198:transceivers called
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637:Networking hardware
558:Haring, K. (2007).
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391:10 Gigabit Ethernet
245:shortwave listening
230:transceiver with a
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384:Fiber-optic
355:transceiver
302:In a wired
278:binary data
247:operators.
160:cell phones
113:radio waves
95:transceiver
67:August 2020
59:introducing
631:Categories
533:References
441:See also:
437:Regulation
382:networks.
369:IEEE 802.3
353:100BASE-FX
349:100BASE-TX
164:cell tower
141:data buses
123:, such as
490:connector
310:or other
304:telephone
290:Telephony
266:HAM radio
226:A modern
196:microwave
180:CB radios
115:using an
456:See also
401:utilize
380:Ethernet
340:Ethernet
553:Govinfo
387:gigabit
377:10BASE5
373:10BASE2
325:. If a
272:Digital
218:History
188:laptops
117:antenna
55:improve
496:Duplex
429:, and
397:, and
361:Medium
251:Analog
108:ceiver
104:and a
102:mitter
575:from
367:) in
334:modem
285:Usage
174:like
156:audio
100:trans
40:, or
483:4P4C
423:XAUI
415:QSFP
411:SFP+
403:GBIC
375:and
365:MAUs
264:and
234:and
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93:, a
431:CFP
427:CXP
419:XFP
407:SFP
236:DSP
89:In
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262:CB
228:HF
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