Instantiate the necessary primitive logic gates in Verilog and connect them in a way that implements a circuit which inverts the input signal.

Given that the length of the input and output are both 1-bit.

Prior to writing any code, it is crucial to have a well-defined and precise design specification for the circuit you intend to implement.

Design Note:

• Specify the number of input, output, and internal wire connections required for the circuit.

• Determine the bit width or vector length for each input, output, wire, and array signal in the design.

• Identify any existing Intellectual Property (IP) cores or pre-designed modules that can be reused or integrated into the overall circuit implementation.

• Create a comprehensive testbench that can thoroughly verify the functional correctness of the design by applying a comprehensive set of test cases and monitoring the expected outputs.

Organize your project by creating a directory that includes the following files:

•  System architecture diagram and expected waveform files to document the design specifications.

•  Register Transfer Level (RTL) files: These Verilog code files should contain the top-level module as well as all required submodules.

•  Testbench file(s): Utilized by the simulator to apply test vectors and capture the circuit's output responses for verification.

•  Constraint file(s): Specify the pin mapping and timing constraints for the target FPGA board.

• Project(prj) directory: Contain the Vivado project files and configuration settings for synthesis and implementation.

Note:

There is rarely a single, unique approach to meet a given set of design specifications. As an engineer, you should continuously expand your knowledge and practical experience to explore alternative methods and optimizations that can enhance the quality, efficiency, or performance of your circuit designs.

Note:

By writing proper Verilog code adhering to synthesizable constructs, you can simulate and verify that the generated waveforms match the expected behavior of the intended hardware circuit. However, if you inadvertently use non-synthesizable Verilog commands or coding practices intended solely for simulation purposes, the resulting design may not be able to be synthesized into an actual physical circuit implementation.