The counter shown in the given figure is built using 4 -ve edge triggered toggle FFs. The FF can be set asynchronously when R = 0. The combinational logic required to realize a modulo-13 counter is-A-F = Q4 Q3 Q2 Q1B-F = Q4 + Q3 + Q2 + Q1C-F = Q4 + Q3 + Q2 + Q1D-F = Q4Q3Q2Q1-A-F = Q4 Q3 Q2 Q1

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APTITUDE CRACK · Accepted Answer

The correct option is  A F = Q4 Q3 Q2 Q1 Counter is modulo 13, it will count up to 15 but due to mod 13, it will be reset at 13, (13)10 = (1101 )2 = Q4 Q3 Q2 Q1.

Digital Electronics

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The counter shown in the given figure is built using 4 -ve edge triggered toggle FFs. The FF can be set asynchronously when R = 0. The combinational logic required to realize a modulo-13 counter is

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Digital Electronics

Q1: The counter shown in the given figure is built using 4 -ve edge triggered toggle FFs. The FF can be set asynchronously when R = 0. The combinational logic required to realize a modulo-13 counter is

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For help Students Orientation Mcqs Questions

Q1:
The counter shown in the given figure is built using 4 -ve edge triggered toggle FFs. The FF can be set asynchronously when R = 0. The combinational logic required to realize a modulo-13 counter is

For help Students Orientation
Mcqs Questions