EC8392 Question Bank Digital Electronics
EC8392 Question Bank Digital Electronics Regulation 2017 Anna University free download. Digital Electronics Question Bank EC8392 pdf free download.
Sample EC8392 Question Bank Digital Electronics:
1.
Bring out the difference between synchronous sequential circuits and asynchronous sequential circuits.
BTL 3
Applying
2.
Define the terms: state table and state assignment.
BTL 1
Remembering
3.
Construct the state diagram of Mod-10 ring counter and find the number of Flip Flops required.
BTL 5
Evaluating EC8392 Question Bank Digital Electronics
4.
State the classification of Sequential circuits.
BTL 1
Remembering
5.
Realize JK Flip Flops.
BTL 5
Evaluating
6.
Analyze the differences between Latch and Flipflop.
BTL 4
Analyzing
7.
Build a T Flip-flop from a D Flip-flop.
BTL 3
Applying EC8392 Question Bank Digital Electronics
8.
Illustrate the logic diagram of a clocked SR Flipflop.
BTL 3
Applying
9.
State the difference between Mealy and Moore state machines.
BTL 1
Remembering EC8392 Question Bank Digital Electronics
10.
How does ripple counter differ from synchronous counter?
BTL 2
Understanding
11.
Point out the condition on JK FF to work as D FF.
BTL 4
Analyzing
12.
Model a NAND based logic diagram of Master Slave JK FF.
BTL 2
Understanding
13.
Build the state diagram and characteristics equation of a D FF.
BTL 6
Creating EC8392 Question Bank Digital Electronics
14.
Find minimum number of flip-flops needed to design a counter of Modulus 60.
BTL 1
Remembering
15.
A binary ripple counter is required to count upto 16,38310. How many Flip Flops are required ? If the clock frequency is 8.192 MHz, What is the frequency at the output of MSB?
BTL 6
Creating
16.
What is the primary disadvantage of asynchronous counter?
Subject name | Digital Electronics |
Semester | 3 |
Subject Code | EC8392 |
Regulation | 2017 regulation |
EC8392 Question Bank Digital Electronics Click Here To Download
EC8392 Important Questions Digital Electronics
EC8392 Syllabus Digital Electronics
EC8392 Notes Digital Electronics