In a single sideband transmitter, what component is connected to the output of the linear amplifier?

In a single sideband (SSB) transmitter, the speech amplifier is crucial as it serves to enhance the audio signal from your voice before it is modulated onto a radio frequency carrier. This step ensures that the voice signal is strong enough to be effectively modulated.

The linear amplifier then takes this modulated signal, amplifying it to a level suitable for transmission. Therefore, the speech amplifier is connected to the output of the linear amplifier primarily to provide the necessary audio amplification before the modulation occurs. This connection facilitates the conversion of the enhanced audio signal into a single sideband signal that can be transmitted over the airwaves.

Other components, such as the frequency generator and modulator, have distinct roles in the overall operation of the transmitter. The frequency generator creates the carrier frequency, while the modulator mixes the audio signal with this carrier. Lastly, while the power supply is essential for powering the transmitter components, it does not connect directly to the output of the linear amplifier in terms of signal flow. Thus, the speech amplifier represents the appropriate component at this stage of the process.