Continuous Systems vs Discrete Systems
Let us compare continuous-time and discrete-time systems
Parameter |
Continuous systems |
Discrete systems |
---|---|---|
Definition |
continuous-time signals are the signals that are defined for all values in a given range of time |
Discrete-time signals are only defined for discrete instants of time in a given interval of time |
Amplitude |
The amplitude for these signals is continuous In nature |
The amplitude for these signals is discrete In nature |
Data |
It is used for transferring analog values. |
It is used for transferring digital values. |
Graph |
The graph is a continuous-shaped graph. |
The graph takes discrete values at different points. |
Real-life example |
Display of current in a circuit. |
Display of temperature, and pressure over a range. |
Signals and Systems
Electronics and communication engineering deals with signal processing and signal transmission. This field of engineering is known as signals and systems. In this article, we will introduce the readers to signals and systems by defining all the necessary terms and discussing the components that make up the communication system.
We will also categorize signals and systems based on their classification and try to understand them through circuit diagrams. The later part of the article will talk about the characteristics, advantages, and applications of signals and systems along with some limitations. The article will conclude with some frequently asked questions that the readers can refer to.
Table of Content
- Signals and Systems
- Components
- Signals
- Types
- Analog Vs Digital Signals
- System
- Conversion of Analog to Digital Signals
- Why do we need to convert an Analog Signal to a Digital Signal?
- Continuous Systems vs Discrete Systems
- Characteristics
- Advantages
- Disadvantages
- Applications