BCD Ripple Counter (with Simulation) | Ripple Counter as Frequency Divider | Cascading of Counters

In this video, the design and working of the BCD Ripple Counter and MOD 5 Ripple Counter have been explained with simulation results.
Apart from that, how the ripple counter works as a frequency divider is explained using examples.
And at the end, how by cascading multiple ripple counters, we can design a ripple counter of higher modulus is also explained with simulation results.

The following topics are covered in the videos:

0:00 Introduction
1:10 MOD 5 Ripple Counter (with simulation)
8:10 BCD Ripple Counter (with Simulation)
17:22 Ripple Counter as Frequency Divider
19:53 Cascading of Ripple Counters

In this video, the general procedure for designing the Ripple Counter of any modulus is explained by taking the example of MOD 5 Ripple counter and BCD Ripple Counters. After the design the simulation results of each counters are also shown.
Apart from that, during the decoding the output of the counter, how the glitches in the output can be avoided using the strobing is also explained using the simulation.

After the discussion of MOD 5 and BCD Ripple Counters, how the Ripple Counters in general acts as a frequency divider is explained using couple of examples. And at the end, how to design a Ripple Counters of higher modulus by cascading multiple Ripple Counters is also explained using the simulation.

The link for the other useful videos and playlist:

1) Introduction to Counters:
   • Introduction to Counters | Types of C...  

2) Asynchronous Counters:
   • Asynchronous Counters (Ripple Counter...  

3) Universal Shift Registers:
   • Shift Register: SIPO, PISO and PIPO S...  

4) Digital Electronics (Playlist):
   • Digital Electronics  

5) Analog Electronics (Playlist):
   • Analog Electronics  

This video will be helpful to all the students of science and engineering in understanding the design and working of BCD Ripple Counters and MOD 5 Ripple Counters. And how Ripple Counters acts as a frequency divider.

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#digitalelectronics
#sequentialcircuits
#counters


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