In what order should two-piece RADAR units be assembled?

The correct answer outlines the appropriate sequence for assembling two-piece RADAR units, focusing on both functionality and efficiency. In the assembly process, the "Antenna Box" refers to the housing that contains the antenna, which is crucial in ensuring that the radar can effectively emit and receive signals. Following this, "Current" indicates the power supply component, which is essential for powering the antenna and processing the signals.

Assembling the unit in the right order is important because starting with the antenna box ensures that it can be properly situated and aligned for optimal performance before integrating the power supply. This sequence minimizes the risk of damage to components and allows for better troubleshooting and maintenance processes, as each part is added and connected systematically.

Moreover, assembling in any other order could lead to difficulties in connecting the components securely or may affect the radar's overall performance. For instance, if the current were to be connected before securing the antenna box, there might be challenges in maneuvering or positioning that could ultimately lead to operational inefficiencies.

In summary, the answer reflects the ideal assembly protocol that is vital for ensuring that the two-piece RADAR units function correctly and efficiently.