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Homework 2. Due 28 th May 2014. Implement This Function using a 3-to-8 Line Decoder (with OR gates ) a 3-to-8 Line Active Low Decoder (with NAND gates) only 1-to-2 Line Decoders (with NOR gates) Note: For 3 you’ll have to use Decoder Trees. Marks = 3 + 4 + 5. F = A’B + ACD

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homework 2

Homework 2

Due 28thMay 2014

slide2

Implement This Function using

a 3-to-8 Line Decoder (with OR gates)

a 3-to-8 Line Active Low Decoder (with NAND gates)

only 1-to-2 Line Decoders (with NOR gates)

Note: For 3you’ll have to use Decoder Trees

Marks = 3 + 4 + 5

slide3

F = A’B + ACD

Implement This Function using

a 4-to-16 Line Decoder (with NOR gates)

a 4-to-16 Line Active Low Decoder (with AND gates)

only 3-to-8 Line Active Low Decoders (with NAND gates)

Note: For 3 you’ll have to use Decoder Trees

Marks = 3 + 4 + 5

slide4

1) Draw the circuit diagram of an adder that adds two 8-bit numbers by cascading Adder modules that add two 2-bit numbers

2) Draw the circuit diagram of an adder that adds two 9-bit number using the following Addition modules

a. two Full-Adders

b. one 3-bit adder

c. one 4-bit adder

2) Draw the circuit diagram of 6x3 Multiplier using Full-Adder modules

Marks = 4 + 5 + 7

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