This section of RFInside focuses on the core building blocks that form an RF transceiver — the circuits that shape, amplify, filter, and convert signals before they reach the antenna or ADC. The aim is to make RF circuit design understandable through simplified project posts, each supported by practical block-level intuition and lightweight simulation insights.

Whether you are studying how a power amplifier boosts a modulated signal, how an LNA improves sensitivity, how mixers shift frequency bands, or how filters clean up unwanted components, the posts here will help you build foundational understanding with minimal complexity.

For personalized guidance, design verification, or selecting an RF mini-project for B.Tech/M.Tech, you may contact us at director@rfinside.com.