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Questions and Answers
What is the purpose of using behavioural Verilog?
What is the purpose of using behavioural Verilog?
- To describe the functionality and behavior of a digital system (correct)
- To analyze electromagnetic interference in a digital system
- To optimize power consumption in a digital system
- To define the physical layout of transistors in a digital system
In behavioural Verilog, what does a 'reg' keyword represent?
In behavioural Verilog, what does a 'reg' keyword represent?
- A continuous assignment to a variable
- A sequential storage element for a variable (correct)
- A combinational logic gate for a variable
- An input/output terminal for a variable
How does behavioural Verilog differ from structural Verilog?
How does behavioural Verilog differ from structural Verilog?
- Behavioural Verilog is used for analog circuits, while structural Verilog is used for digital circuits
- Behavioural Verilog uses only combinational logic, while structural Verilog uses only sequential logic
- Behavioural Verilog focuses on the function of the design, while structural Verilog focuses on the physical structure (correct)
- Behavioural Verilog is more efficient in terms of power consumption compared to structural Verilog
What is the primary focus of a behavioural Verilog description?
What is the primary focus of a behavioural Verilog description?
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What does the 'reg' keyword represent in behavioural Verilog?
What does the 'reg' keyword represent in behavioural Verilog?
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When using structural Verilog, what is the main focus of the description?
When using structural Verilog, what is the main focus of the description?
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