Computer Orginzation logisim
Budget: ₹600 – ₹1,500 INR
Sequential Multiplication
Create a sequential circuit that implements a 4 bit unsigned multiplier following the design of the simple sequential multiplier seen in class (either the simple version or the improved version). Your circuit will have a RESET input. On a rising clock edge, when RESET is high, your circuit should initialize its internal registers with the 4 bit inputs A and B, and then start the multiplication on subsequent clock cycles when RESET is low. Your circuit should also provide a DONE signal that goes high when the 8 bit result is ready. You may use anything you like from the default Logisim library (e.g., wiring, clock, gates, plexers, memory), but you should only use one Adder circuit from the Arithmetic part of the library. You CANNOT use any prebuilt/automatic circuits. Optionally you can use: tunneling and “adding a circuit” from the project menu. Use the provided file to create your circuit, as it already defines the inputs and outputs
Create a sequential circuit that implements a 4 bit unsigned multiplier following the design of the simple sequential multiplier seen in class (either the simple version or the improved version). Your circuit will have a RESET input. On a rising clock edge, when RESET is high, your circuit should initialize its internal registers with the 4 bit inputs A and B, and then start the multiplication on subsequent clock cycles when RESET is low. Your circuit should also provide a DONE signal that goes high when the 8 bit result is ready. You may use anything you like from the default Logisim library (e.g., wiring, clock, gates, plexers, memory), but you should only use one Adder circuit from the Arithmetic part of the library. You CANNOT use any prebuilt/automatic circuits. Optionally you can use: tunneling and “adding a circuit” from the project menu. Use the provided file to create your circuit, as it already defines the inputs and outputs