Digital circuit Designing for adders, mux, couter, FSM. In Verilog Blocking and non-blocking assignments, RAM RTL code, Datatypes etc

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Digital circuit design in Verilog including adders, mux, counter, FSM, RAM RTL code, datatypes, and blocking/non-blocking assignments.

Verilog is a hardware description language used for digital circuit design.
Adders are used for arithmetic operations, mux for data selection, counter for counting, and FSM for control logic.
Blocking assignments are executed sequentially, while non-blocking assignments are executed concurrently.
RAM RTL code is used to describe the behavior of a RAM in Verilog.
Datatypes in Verilog include integer, reg, wire, etc.
Example: Designing a 4-bit adder in Verilog using blocking assignments.

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