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Lecture 6 - XOR,XNOR and  Combinational Logic Circuits(Adder)

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XOR, XNOR, and Binary Adders - ppt download

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XOR, XNOR & Adders This presentation will demonstrate Digital Electronics Lesson 2.4 - Specific Comb Circuit & Misc Topics This presentation will demonstrate The basic function of the exclusive OR (XOR) gate. The basic function of the exclusive NOR (XNOR) gate. How XOR and XNOR gates can be used to implement combinational logic design.

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Number Systems Decimal number: = Base b number: N = aq-1bq a0b a-pb-p b >1, <= ai <= b-1 Integer part: aq-1aq a0 Fractional part: a-1a a-p Most significant digit: aq-1 Least significant digit: a-p Binary number (b=2): = Representing number N in base b: (N)b Complement of digit a: a' = (b-1)-a Decimal system: 9's complement of 3 = 9-3 = 6 Binary system: 1's complement of 1 = 1-1 = 0

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universal gate – nor universal gate - nor digital electronics

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Universal Gate - NOR Universal Gate - NOR Digital Electronics - ppt video online download

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Universal Gate - NOR This presentation will demonstrate... Digital Electronics 2.2 Intro to NAND & NOR Logic Universal Gate - NOR This presentation will demonstrate... The basic function of the NOR gate. How an NOR gate can be using to replace an AND gate, an OR gate or an INVERTER gate.