Audio distortion of a received signal is clearly heard as it is gradually ‘tuned in’ to correct registration with the receive band, as you will see and hear in the Technician Learning video " Operations with SSB Mode" recommended near the beginning of this article. Otherwise, if there is misalignment between the receive band position and the signal position, the signal will sound distorted and may be unintelligible. In order to receive a signal properly, the receiver’s receive band must be aligned across the frequencies with the precise band position of the signal being received. The typical receiver will normally employ a SSB receive band of the standard 3 kHz SSB bandwidth, demodulating whatever signals are received within that 3 kHz band into audio. This would make a very nice addition to your collection. What is pictured is what you will receive all purchases shipped with transit insurance against loss or damage for USA only. That means that an operator may select any carrier frequency desired across the extent of the sub-band and transmit and receive signals on the 3 kHz bandwidth adjacent to the carrier frequency. Review (mpn: FT-101 For Sale) Landliner Ham Vintage Phone Amateur Yaesu Radio Patch Speaker. Rather, tuning across a phone sub-band is contiguous. No SSB Channelization: Unlike FM phone operations, SSB tuning does not use predefined channels.
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