• Cadenti
  logic family
  medium scale integration
  metal oxide semiconductor
  ac register
  accumulator logic
  adder circuit
  basic computer design
  branch unconditionally
  flowchart
  input and output communication
  input output instruction
  input register
  interrupt cycle
  logic adder circuits
  logic gates
  output register
  register and memory
  binary code
  binary number
  clock pulse
  data types
  decimal numbers
  

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Control of AC Register

The gate configuration is derived from the control functions in the list above. The control function for the clear microoperation is rBn, where r = D7/T3 and Bn = IR(ll). The output of the AND gate that generates this control function is connected to the CLR input of the register. Similarly, the output of the gate that implements the increment microoperation is connected to the INR input of the register. The other seven microoperations are generated in the adder and logic circuit and are loaded into AC at the proper time. The outputs of the gates for each control function is marked with a symbolic name. These outputs are used in the design of the adder and logic circuit.

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