How is the electron beam of the television camera tube connected with the television monitor?

The electron beam of the television camera tube is connected with the television monitor through synchronization. This process ensures that the timing of the electron beam in both the camera and the monitor is precisely aligned. Synchronization is crucial because it allows the processed image from the camera to be accurately displayed on the monitor without distortion or misalignment.

In a television system, both the camera and monitor use similar scanning patterns; thus, the synchronization involves matching the horizontal and vertical scanning rates. This coordination is vital for producing a coherent image, ensuring that each point is displayed at the correct time corresponding to the original scene being captured.

While modulation, area beams, or blanking are important concepts in television technology, they do not directly refer to the connection between the camera's electron beam and the monitor. Modulation pertains to the alteration of signal properties for transmission, area beams refer to broad scanning patterns, and blanking involves moments when the beam is turned off to avoid displaying noise or a blank screen during refresh intervals.