Neither is "stronger".. IAW FCC law, a CB radio from the factory produces four watts of swing, with the exception of single sideband radios, which can swing 12 watts in SSB mode.
In regards to the radio transmission mode, SSB is an improvement of AM, and there are generally three ways single sideband can be generated -- filtering out the unwanted sideband and suppressing the carrier; using phasing to suppress the unwanted sideband and carrier (Hartley modulator); or quadrature mixing and filtering (Weaver modulator).
Some transmission modes send no power to the antenna if you are not speaking. If the antenna light is sensing radio frequency energy, it will come on only when you speak. This applies to single sideband (SSB). AM and FM transmitters send power to the antenna all the time.
Radio Radio was created in 1977.
Amplitude modulationFrequency modulationorAnalog representation of the informationDigital representation of the informationorSend information to be reconstructed as soundSend information to be reconstructed as graphics
J. Michael Gale has written: 'Marine SSB Operation' -- subject(s): Amateurs' manuals, Installation on ships, Radio, Radio in navigation, Radio on boats, Radio, Single-sideband, Shortwave radio
Robert Piat has written: 'La SSB =' -- subject(s): Radio, Single-sideband
An AM transmission, viewed on a spectrum analyser, has a carrier and two sidebands. AM transmissions are easy to generate, transmit and receive. This is the advantage of AM. AM is widely used for broadcast radio stations below 30MHz. If a very high quality filter is used, the carrier and one sideband can be removed from an AM transmission. This is called single sideband (SSB). The main advantage of SSB is that it occupies less than half the spectrum space of an AM transmission so more than double the number of transmissions can fit into a given frequency band. This is the advantage of SSB. SSB is used by ships, aircraft and radio amateurs. To receive SSB, the carrier has to be recreated in the receiver on exactly the right frequency. This makes SSB transmissions tricky to tune in. SSB has the nick name of "Donald Duck" because this is what it sounds like if the receiver tuning is not quite right. Also music is very difficult to tune in. This is the main disadvantage of SSB.
SSB stands for Single Sideband, a type of amplitude modulation used in radio communication. It efficiently uses bandwidth by suppressing the carrier and one of the sidebands, transmitting only the other sideband. SSB is commonly used in amateur radio and some shortwave broadcasts.
SG-SSB was created in 1975.
SSB stands for Services Selection Board. The SSB is a test for Armed Forces of India. The process of an SSB would be that they test your intelligence and personality in 5 days to check compatibility and a persons potential.
advantage of SSB ic can save power..and also the bandwidth requirements
This is a lie and I don't fancy SSB, this has been a big misunderstanding !! Thanks xx
No
I think there are a lot of materials on web teaching you the preparations required for SSB's but i suggest you read the below Blog. As its written by a recommended candidate. BLOG : http://vscribe.blogspot.com Good luck for your ssb
Analog modulationIn analog modulation, the modulation is applied continuously in response to the analog information signal.Common analog modulation techniques are:Amplitude modulation (AM) (here the amplitude of the modulated signal is varied) Double-sideband modulation (DSB) Double-sideband modulation with unsuppressed carrier (DSB-WC) (used on the AM radio broadcasting band)Double-sideband suppressed-carrier transmission (DSB-SC)Double-sideband reduced carrier transmission (DSB-RC)Single-sideband modulation (SSB, or SSB-AM), SSB with carrier (SSB-WC)SSB suppressed carrier modulation (SSB-SC)Vestigial sideband modulation (VSB, or VSB-AM)Quadrature amplitude modulation (QAM)Angle modulation Frequency modulation (FM) (here the frequency of the modulated signal is varied)Phase modulation (PM) (here the phase shift of the modulated signal is varied)
Neither is "stronger".. IAW FCC law, a CB radio from the factory produces four watts of swing, with the exception of single sideband radios, which can swing 12 watts in SSB mode.