Signals and Systems

In this course, we start our journey from discussing the general representation of signals and systems which is really important.

We will be representing our signals as mathematical functions having an independent variable. And this representation will be the most of the first unit.

Then, we are going to classify our signals, such as periodic/non-periodic, even/odd, etc. This part will be also really crucial since the kind of signal allows us to choose the path to move on as we proceed to the solution.

Common Signals will be explained !!!

The Chapter for coming signals provides an in-depth treatment of singularity functions such as unit pulse, unit step, and unit ramp signals. All of these signals are defined graphically and mathematically in the CT (Continuous Time) and DT (Discrete Time) domains. Signal properties and relationships between singularity functions are also explained. And other signals like signum function, sinc function, etc. are also covered.

Properties of Systems:  All system properties such as linearity, time invariance, causality, stability, memory, and reversibility are well explained using a lot of examples.

You also have the opportunity to ask any question you have in your mind to the instructor 24/7.

We will be replying to your messages and questions within 24 hours. (as soon as possible)

in Afterclap, We Trust

Sincerely,

kavcar

Afterclap Academy

Who this course is for:

• For electrical engineering students taking "Signals and Systems"
• For those, who would like to find out the bond-relationship between input and output.
• For those, who would like to clarify system theory. Analysis of a signal.
• Those, who are only interested and looking for some fun.
• Undergraduate engineering students with Electrical engineering, Electronics engineering, Biomedical engineering, and Instrumentation engineering as specialization
• Diploma/Polytechnic students with Electronics engineering, Communication engineering, and Instrumentation as specialization