Which part of the radar system is responsible for continuous wave transmission?

The component of the radar system that is responsible for continuous wave transmission is the transmitter antenna. This part plays a crucial role in emitting radar signals into the environment. In a continuous wave radar system, the transmitter generates a continuous signal rather than pulses, allowing for the detection of moving targets and measuring their speed.

The transmitter antenna works in conjunction with the transmitter to send out these signals consistently, which is vital for applications such as velocity measurement or tracking moving objects. The efficiency and functionality of radar systems rely heavily on the transmitter's ability to maintain this constant transmission, which the antenna facilitates by directing the emitted waves.

Other components, such as the ground mapping unit, signal processing unit, and display panel, play significant roles in interpreting the radar data and presenting it to the user, but they do not generate the radar waves themselves. Understanding the specific functions and interactions of these radar system components can enhance the effectiveness of radar usage in various applications.