Question

The procedure for the lab is to connect your sensor, implement your design in Verilog, siμlate the design, program the Basys3 board, and show your working circuit to your TA. Note: In this lab, you will only use one Basys3 board to implement your design. Your design should be fully self-contained, clocked internally with the local high-speed clock.

a) Connect sensor, siμlate design, program Basys3 board
b) Connect sensor, implement design in C++, siμlate design, program Arduino board
c) Connect sensor, implement design in Verilog, siμlate design, program Raspberry Pi
d) Connect sensor, program Basys3 board, siμlate design, show circuit to TA

Answer 1

The correct lab procedure is to connect the sensor, implement the design in Verilog, simulate the design, program the Basys3 board, and show the working circuit to the TA.

Step-by-step explanation:

The procedure involves several steps that are part of a laboratory experiment typically found in engineering or technology courses, particularly in the field of digital design or electrical engineering. The correct sequence of steps for the lab would be to connect the sensor, implement your design in Verilog, simulate the design, program the Basys3 board, and show your working circuit to your TA. This process requires a good understanding of digital logic design and the use of hardware description languages like Verilog, as well as experience with practical hardware implementation using platforms such as the Basys3 board.