Design of Digital Computers: An Introduction

A₁ accumulator adder addition address register algebra applied arithmetic operations arithmetic unit arrangement assume augend basic binary number Boolean algebra carry cell channel circuit circuitry coefficient contains contents control unit core counter cryotron decimal delay line derived Digital Computer diode dividend division divisor double-length Equation example execution exponent external device flip-flop floating-point numbers flow chart flux full adder given in Fig Gray code half adder implementation indicated in Fig input input/output instance instruction Karnaugh map layout least significant bit logic diagram machine magnetic memory micro-program multiplication multiplier register negative numbers number system octal op-code operands OR-circuit output paragraph parametron perform position possible Problem pulse quotient radicand recirculating represent result scheme selected sequence serial shown in Fig shows signal specific storage location stored subtraction switch tape test value tion transfer transistor truth table Tunnel Diode variables voltage volts word zero