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Category: Combinational logic circuits

Home/Category: Combinational logic circuits

Conversion Between Octal And Decimal Number Systems

Jul 22, 2024adminBlog, Combinational logic circuits

Before beginning this topic, if you want to learn some basic information about the number system, you can read the number system explanation. Again, I tried to make this topic easy to understand. Key Questions: Decimal to Octal Conversion: The method of converting decimal numbers to octal numbers is the same as decimal to binary…

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Parallel Binary Adder Circuit

May 16, 2023admin2 CommentsCombinational logic circuits

An adder is the fundamental building block of many digital systems. An adder is a digital circuit that performs the addition of two numbers. It is easy to design and made up of simple logic gates. A binary adder is a circuit that performs addition on binary numbers only. A parallel binary adder circuit means…

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The XOR Gate

Jun 3, 2021adminBlog, Combinational logic circuits, Digital electronics for beginnersCombinational logic circuits, Logic gates, XOR gate

The logic symbol is the same as the XOR gate with an inversion bubble placed at the output side. Learn more about basic logic gates.   Learning Objectives: Working of XOR gate: Case 1:  Input A = 0 Input B = 0 Output = 0   Case 2: Input A = 0 Input B =…

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The AND Logic Gate

Apr 20, 2021admin1 CommentBlog, Combinational logic circuitsAND gate, AND gate simulator, Logic gates

The AND logic gate performs logical AND function. The output is HIGH (true) only when all the inputs are HIGH (true). Or in other words, if all inputs are non-zero, the output of this gate goes HIGH (non-zero). Or if any of the input is low the output remains low. There is a kit available…

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