Circuit Diagram Of 4 Bit Adder Subtractor Using Ic 7483

By | May 19, 2023



A 4 bit adder-subtractor circuit is a digital electronic device that can be used to perform arithmetic operations such as addition and subtraction. The circuit is composed of several components, including a 4 bit register, an arithmetic logic unit (ALU), and an integrated circuit (IC) known as the 7483. This IC provides the necessary functionality for the circuit to perform addition and subtraction operations on two 4 bit binary numbers.

The 7483 IC contains four data inputs and four outputs, which are connected to the 4 bit register. The four output bits of the register are then connected to the four data inputs of the IC. The ALU then uses the output signals from the IC to perform the addition or subtraction operation. The output of the ALU is fed back to the 4 bit register, allowing the circuit to keep track of the result of the operation.

In addition to the four data inputs and four outputs, the 7483 IC also includes a few other components, such as a clock signal, an enable signal, and an interrupt signal. These additional components help control the operation of the circuit, allowing it to perform more complex operations, such as multiplying or dividing two 4 bit numbers. The 7483 IC is a versatile and powerful component that has become a staple in modern digital circuits.

The 4 bit adder-subtractor circuit is a useful tool for performing arithmetic operations on two 4 bit binary numbers. It can be used in a wide variety of applications, from controlling robots to performing calculations in computer programs. By incorporating the 7483 IC into the circuit, the user is able to achieve greater accuracy and efficiency when performing arithmetic operations. Whether you are designing a new system or troubleshooting an existing one, the 4 bit adder-subtractor circuit is sure to come in handy.


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