Analog Electronics / Circuits Design
About Analog Electronics / Circuits Design
The field of analog circuit design is very "personalized." Although everyone is governed by the same laws of physics and mathematics, there isn't a single "correct method" to use those tools to solve an issue. Analog design practitioners are renowned for their uniqueness.
Op amps, resistors, caps, and other common electrical building blocks may all be found in complicated combinations in analog circuits. These circuits may be finely designed with several components or as basic as combining two resistors to create a voltage divider. Such circuits have the ability to alter, distort, isolate, amplify, change, and even turn the original signal into a digital signal.
Why is Analog Electronics / Circuits Design important?
Similar to digital signals, these physical processes operate over a continuous spectrum and lack discrete components. As a result, anytime digital electronics communicate with the outside world, analog electronics are required. They are essential for situations where speed or great precision are important.
Who should take the Analog Electronics / Circuits Design Exam?
- Electronics Engineering
- Electrical Engineering
- VLSI professionals
- VLSI students
- Gate, PSU, Government Exam
- ECE Students
- Hardware Engineers
- Semiconductor professionals
Analog Electronics / Circuits Design Certification Course Outline
- Overview of Op-amp, capacitor, diode, ohms law
- Op-amp functions and configurations
- Capacitor series
- Diode types (regular & Zener)
- Bandwidth: overview & functional areas
- Clipper and clamper