Create a circuit using Logism that implements a memory register capable of storing a 4-bit binary number. You should investigate the different circuits that can be used to store a bit of memory and then utilize the one that meets the following requirements. Your register circuit must be able to support the inputs detailed in the ATTACHED diagram. Each bit of the register circuit must support a data in, a data out, and a control. The control functions such that the data value will only be changed when the control bit is toggled on. The value in the register must be persistent and can only be changed when the control bit has been toggled. You should develop and test the 4-bit register using logism. When you have successfully developed a functioning 4-bit register, you should duplicate the circuit and add it to the two inputs of the ALU circuit that you developed in the previous unit. Complete and test all of your circuits using Logism
Create a circuit using Logism that implements a memory register capable of storing a 4-bit binary number. You should investigate the different circuits that can be used to store a bit of memory and then utilize the one that meets the following requirements.
Your register circuit must be able to support the inputs detailed in the ATTACHED diagram.
Each bit of the register circuit must support a data in, a data out, and a control. The control functions such that the data value will only be changed when the control bit is toggled on.
The value in the register must be persistent and can only be changed when the control bit has been toggled.
You should develop and test the 4-bit register using logism.
When you have successfully developed a functioning 4-bit register, you should duplicate the circuit and add it to the two inputs of the ALU circuit that you developed in the previous unit.
Complete and test all of your circuits using Logism.
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