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The given network is :I. Valid gate networkII. Z= III. Invalid gate network IV. There are 3 levels in the network.
Consider the following statements:I. A minimal SOP expression contains all possible Prime Implicants (PIs).II. Essential Prime Implicant (EPI) is Prime Implicant (PI) whose rectangle (i.e., group) contains cells that are not covered by any other PI.III. All the possible Essential Prime Implicants (EPIs) are included in a minimal SOP expression.
For a module with inputs x1 and x0 and output z, you have performed following set of measures (in volt):
What type of gate does the circuit implement for a positive logic:
The given network is :I. Valid gate networkII. Z= III. Invalid gate network IV. There are 3 levels in the network.
Given the following statements (assume enable is high):I. In an encoder, at max. only one output can be high.II. A 2k-input decoder designed using k-input decoders using tree decoder network, uses decoder modules.III. A 2k-input decoder designed using k-input decoders using coincidence decoder network, uses number of 2-input AND gates.IV. In a decoder, at max only one input can be high.Which of the above statements are true?
The given network is :I. Valid gate networkII. Z= III. Invalid gate network IV. There are 3 levels in the network.
A priority encoder is used to overcome which of the following limitations of a (simple) encoder?
For a module with inputs x1 and x0 and output z, you have performed following set of measures (in volt):
What type of gate does the circuit implement for a positive logic:
Self complementing codes are: