For an 8-to-3 priority Encoder with • DO_D1_D2_D3_D4 D5 D6 and D7 as the data input lines. • The output bits are XYZ as X (MSB) and Z(LSB). • Higher-order data bits have been assigned a higher priority, with D7 having the highest priority. • Data inputs and outputs are active when LOW Determine the logic status of output bits for the following logic status of data inputs: (a) All inputs are in logic 'O' state. (b) DO to D3 are in logic '0' state and D4 to D7 are in logic '1' state. (c) DO to D7 are in logic '01111110' state. (d) DO to D7 are in logic '01101011' state.

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For an 8-to-3 priority Encoder with
• DO_D1_D2 D3_D4_D5_D6 and D7 as the data input lines.
• The output bits are XYZ as X (MSB) and Z(LSB).
• Higher-order data bits have been assigned a higher priority, with
D7 having the highest priority.
• Data inputs and outputs are active when LOW
Determine the logic status of output bits for the following logic status of
data inputs:
(a) All inputs are in logic 'O' state.
(b) DO to D3 are in logic 'O' state and D4 to D7 are in logic 1' state.
(c) DO to D7 are in logic '01111110' state.
(d) DO to D7 are in logic '01101011' state.
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Transcribed Image Text:For an 8-to-3 priority Encoder with • DO_D1_D2 D3_D4_D5_D6 and D7 as the data input lines. • The output bits are XYZ as X (MSB) and Z(LSB). • Higher-order data bits have been assigned a higher priority, with D7 having the highest priority. • Data inputs and outputs are active when LOW Determine the logic status of output bits for the following logic status of data inputs: (a) All inputs are in logic 'O' state. (b) DO to D3 are in logic 'O' state and D4 to D7 are in logic 1' state. (c) DO to D7 are in logic '01111110' state. (d) DO to D7 are in logic '01101011' state. Add file
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