Radar Signals Detecting Set

A radar signals detecting set, also known as a radar receiver, is a device used to receive and process radar signals. It is an essential component of a radar system and is responsible for detecting and interpreting the signals sent out by the radar transmitter.

The radar signals detecting set consists of various components that work together to receive and process the radar signals. These components typically include an antenna, a low-noise amplifier, a mixer, a local oscillator, filters, and a signal processor.

The antenna is responsible for capturing the radar signals and converting them into electrical signals. The low-noise amplifier amplifies these weak electrical signals to a level that can be processed by the rest of the system. The mixer combines the amplified radar signals with a local oscillator signal to produce an intermediate frequency (IF) signal.

The IF signal is then passed through filters to remove unwanted noise and interference. The filtered signal is then sent to a signal processor, which further processes and analyzes the radar signals to extract useful information such as the range, velocity, and direction of the detected targets.

Overall, the radar signals detecting set plays a crucial role in the radar system by receiving and processing the radar signals to provide valuable information about the surrounding environment.