A radar lobe refers to a specific region in the radiation pattern of a radar antenna where electromagnetic energy is concentrated and radiated. These lobes include the main lobe, which is the main direction of radiation containing the strongest signal intensity. Side lobes are additional lobes that radiate energy in directions away from the main lobe, but with lower intensity. The configuration and characteristics of these lobes are essential in determining the radar antenna’s directional sensitivity, beamwidth, and overall performance in target detection and tracking.
In the context of SBI (State Bank of India), the term “radar” means “risk assessment and decision for account receivables”. It refers to a system or process used by financial institutions like SBI to assess risks associated with accounts receivable and make informed decisions regarding credit management, debt collection and financial risk mitigation. The radar system helps assess customer creditworthiness, identify potential risks and optimize account receivables management to maintain financial health and stability.
Radiation lobes in the context of antenna theory refer to specific regions in the antenna radiation pattern where electromagnetic energy is emitted or received. These lobes include the main lobe, which is the main direction of radiation with the highest power intensity, and the side lobes, which are side lobes radiating energy in the directions of the main lobe. Understanding the characteristics and distribution of radiation lobes is essential for the design and optimization of antenna systems for various applications, including radar, communication and broadcasting.