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Electronic components are often classified as being either active or passive, differing in the functions that they perform. While active components are capable of injecting power into a circuit and may manage current, passive components either consume or store energy. Passive components are useful for influencing the flow of electricity, often capable of resisting flow, storing energy, and producing inductance. In this blog, we will discuss some of the primary types of passive components, allowing you to better understand common electronic devices and their functionalities.

Semiconductors are an extremely common component for digital products, often being found in smartphones, televisions, digital cameras, home appliances, temperature sensors, transistors, and much more. A semiconductor is a type of material that features a conductivity level between a conductor and insulator, and their resistivity will often be altered by the doping of crystal structures or changes in temperatures. As a basic building block of countless electronic devices and integrated circuits, having a general understanding of their design, types, and uses can be very beneficial.

An electrical switch is any device used to interrupt the flow of electronics in a circuit. They are essentially binary devices, meaning they are either completely on/closed or completely off/open. The simplest switches are those in which two electrical conductors are brought in contact with each other by the motion of an actuating mechanism. Other are more complex, containing electronic circuits that are able to turn on or off depending on some form of physical stimulus. In this blog, we will discuss some of the most common types of switches.

Industrial automation is a topic that has been heavily discussed in recent years, but it may be something that you are unfamiliar with. In its most basic form, industrial automation is the use of various devices that reduce manual labor, increase quality and production speed, as well as reduce manufacturing costs. Automation can be carried out in a number of ways, often utilizing logical programming and machinery that works together to complete assigned tasks. As many industries continue their push for industrial automation, it can be useful to understand how it works and the various types that are available.

Industrial control panels are assemblies that permit the control and management of mechanical machinery and industrial equipment. Depending on the application and present machinery, the components of the industrial control system will often vary. Nevertheless, the control panel will regularly feature relays, switches, circuit protection devices, sensors, and other various parts that all work together. In this blog, we will discuss the primary components of the industrial control system, allowing you to understand how they function and assist the management of machinery and equipment.