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#Instruction decoder logicworks 5 code

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#Instruction decoder logicworks 5 code

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A tri-state buffer allows multiple outputs to connect to a wire, but only one of them to actually drive a 1 or a 0 onto the line. A tri-state buffer can pass a 1, a 0 or it can essentially disconnect its output (imagine a switch that totally disconnects the output line from the wire that the output is heading toward).

There are six boxes marked "3-State" in the diagram.

It stores these values in flip-flops and then the instruction decoder can use the values to make decisions. The test register can also normally hold a carry bit from the last stage of the adder. An ALU can normally compare two numbers and determine if they are equal, if one is greater than the other, etc.

The test register is a special latch that can hold values from comparisons performed in the ALU.

The ALU could be as simple as an 8-bit adder (see the section on adders in How Boolean Logic Works for details), or it might be able to add, subtract, multiply and divide 8-bit values.

The program counter is a latch with the extra ability to increment by 1 when told to do so, and also to reset to zero when told to do so.

The address latch is just like registers A, B and C.

(See the section on "edge-triggered latches" in How Boolean Logic Works for details.) Registers A, B and C are simply latches made out of flip-flops.