BCD Adder and Ripple Carry Adder using Behavioral Modeling | Verilog Explained Step-by-Step

In this video, we’ll design and implement BCD (Binary Coded Decimal) Adder and Ripple Carry Adder (RCA) using Behavioral Modeling in Verilog. You’ll learn how both adders work, how to write clean Verilog code using the behavioral approach, and how to simulate the design for verification. 🔹 Topics Covered: Concept of BCD and RCA Adders Step-by-step Verilog code explanation Behavioral modeling structure (always blocks and procedural statements) Testbench and simulation results Whether you're a VLSI beginner or preparing for FPGA/ASIC interviews, this video will help you understand how arithmetic circuits are modeled behaviorally in Verilog. 📚 Watch till the end to strengthen your Verilog fundamentals and build confidence for advanced digital design projects! 🔖 Hashtags #Verilog #BCDAdder #RippleCarryAdder #BehavioralModeling #DigitalDesign #VLSI #FPGA #ASICDesign #HDL #VerilogTutorial #VerilogProjects #SystemVerilog #VLSIDesign #VLSIBeginner #LearnVerilog #RTLDesign #DigitalElectronics #HardwareDesign #FPGAProjects #AdderDesign #RTLModeling #ElectronicsEngineering #VLSICourses #EngineeringStudents #VLSITraining #CodingInVerilog #VerilogCoding #VerilogSimulation #CircuitDesign #AllAboutVLSI #KTsemicon