In electronics development, choosing the right microcontroller is crucial, not only for the initial prototype but also for subsequent series production. From defining technological requirements and prototyping platforms ...
Category: Understanding Electronics
What makes the components that power our technical world tick? How does a resistor work, and what exactly does a capacitor do? What role do microcontrollers play in modern applications? And what sets active components apart from passive ones?
Bürklin takes a closer look at all these topics in our blog. From the fundamentals of electrical engineering to how individual components work and real-world application examples: We break down complex concepts in a clear, hands-on way – helping you build your expertise step by step.
Understanding Electronics
From Prototype to Series Production: Choosing the Right Microcontroller
Understanding Electronics
How to Use Inductors Correctly: From Interference Suppression to Energy Storage
Inductors are among the most important passive components in modern circuits. They significantly influence their efficiency, EMC behavior, and thermal stability. Nevertheless, they are often selected “as an afterthought....
Understanding Electronics
Galvanic Isolation: Significance and Applications
Galvanic isolation is a key safety and functional principle in electrical engineering and electronics. It ensures that electrical circuits can communicate with one another without direct electrical contact. Especially in...
Understanding Electronics
Relays explained: Basics, function, and application
Relays are one of the fundamental components of electrical engineering and automation. They switch, disconnect, and control electrical circuits—often inconspicuous, but technically indispensable. But what exactly is a re...
Understanding Electronics
What is an Operational Amplifier – and how is it Used?
Operational amplifiers (Op-Amps or OPVs for short) are among the most important components in analog technology. When used correctly, they amplify, filter, or combine electrical signals – and thus perform tasks that you ...