Disadvantages of Op Amp
Let us study the disadvantages of the op-amp
- As the level of the circuit increases, it becomes difficult to implement the circuit. A good understanding of the concepts is required to create these complex circuits.
- The need for symmetrical power distribution across the input terminals is a major requirement for op-amps that can limit the use of op-amps in some applications.
- The op-amps are useful only for low-frequency appliances since they don’t have a good frequency response at high frequencies.
- Op-amps can’t handle high power since they can get destroyed due to the high power. Therefore, they are not suitable for h appliances.
- Op-amps have a slow response time which can result in a lag. This can be a major flaw for appliances that require fast switching actions.
Op Amp Applications
While dealing with electrical circuits, sometimes it is required to amplify the signal to a certain amount. This amplification can be performed by a device named an operational Amplifier which has a certain gain associated with it. In this article, we will study the op-amp and try to understand the working principle behind an op-amp.
We will also study the applications of op-amp and use certain examples to understand the applications better. Later we will study the advantages and disadvantages of op-amp and discuss the possible future trends in an op-amp. The article will conclude with some frequently asked questions that readers can refer to.
Table of Content
- Op-Amp
- Working Principle of Op Amp
- Applications
- Examples
- Advantages
- Disadvantages
- Future Trends