The dynamic range of receiver devices is an important parameter that determines their ability to receive and process signals of varying power levels. Wide dynamic range is crucial in many fields, such as wireless communication systems, medical imaging devices, radar systems, and various probing systems. In practice, detecting weak signals amidst strong interference or noise is often necessary, which also requires a wide dynamic range.
In this article, a comparative analysis is performed of an approach that enhances resolution and suppresses impulse interference. It also discusses some practical application options for implementing this approach.