SMT (surface mount technology) and through-hole are the two types of mounting techniques used to place components on a PCB. These components have leads/terminals and are available in specific standardized packages, that the designer can choose to suit his application. Some of the most commonly used electronic components are resistors, capacitors, inductors, diodes, LEDs, transistors, crystals and oscillators, electromechanical components like relays and switches, ICs, and connectors. To learn about failures, read common errors encountered in discrete components. These are essential while designing and manufacturing an electronic product. It focuses on the parameters to be considered while selecting an electronic component and gives details about standard sizes and shapes of components. This article gives an overview of the different types of electronic components. Knowledge of electronic components is essential to build successful electronic products. Over the last few decades’ electronics technologies and product development have been growing and rapidly have become more and more complex. This dielectric material can be of various kinds depending on the application of the circuit board. The material, on which the components and traces are placed, is made of insulator material (dielectric), typically fiberglass impregnated with resin. These traces are usually copper strips and sometimes aluminum or silver. PCB traces are metal wires connected between components.
While electronic components process information in form of electrical signals, a printed circuit board is the skeletal structure on which the electronic components are mounted and soldered to hold them together and provide pathways for information to flow between components through PCB traces. Electronic components and printed circuit boards form the basic parts of an electronic system. RLC Resonant Frequency and Impedance Calculatorĭoes your PCBA house check for component errors?Įlectronics is about transforming information into electrical signals and using the high-speed processing capabilities of electronics to perform tasks reliably, repeatedly, and fast.
Bandwidth Rise Time and Critical Length Calculator.Transmission Line Reflection Calculator.
Trace Width and Current Capacity Calculator.
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