Which component receives the Master Trigger and ensures synchronized triggering of all units?

Which component receives the Master Trigger and ensures synchronized triggering of all units?

• A. Signal Control/Generator Card
• B. Transmitter
• C. Antenna
• D. Receiver

Answer: (A)

In synchronized radar operation, a central timing reference coordinates when every unit fires and listens. The component that receives that Master Trigger and acts as the timing hub is the signal control/generator card. It takes the master timing signal and converts it into precise trigger pulses, then distributes those pulses to all subsystems so they operate in lockstep. It can also apply small delays to align the timing of each unit's firing and data capture, ensuring the whole system stays synchronized. The transmitter uses its trigger to emit RF pulses, the antenna is a radiating element, and the receiver captures returning signals; none of these alone manages system-wide timing. That coordination comes from the signal control/generator card, which is designed to generate and distribute the synchronized triggers across the entire setup.

In synchronized radar operation, a central timing reference coordinates when every unit fires and listens. The component that receives that Master Trigger and acts as the timing hub is the signal control/generator card. It takes the master timing signal and converts it into precise trigger pulses, then distributes those pulses to all subsystems so they operate in lockstep. It can also apply small delays to align the timing of each unit's firing and data capture, ensuring the whole system stays synchronized.

The transmitter uses its trigger to emit RF pulses, the antenna is a radiating element, and the receiver captures returning signals; none of these alone manages system-wide timing. That coordination comes from the signal control/generator card, which is designed to generate and distribute the synchronized triggers across the entire setup.