I am Kevin Chen, I graduated from University of Electronic Science and Technology of China in 2000. I am an electrical and electronic engineer with 23 years of experience, in charge of writting content for ICRFQ. I am willing use my experiences to create reliable and necessary electronic information to help our readers. We welcome readers to engage with us on various topics related to electronics such as IC chips, capacitors, resistors, inductors, circuit breakers, diode, transistor, module, relay, opticalcoupler, connectors, PCBs, etc. Please feel free to share your thoughts and questions on these subjects with us. We look forward to hearing from you!
Are you planning to buy a new inverter for your home? Or do you want to upgrade the one you have been using? It is vital to have all the necessary information at hand. In this guide, we are going to explore everything that you should know about these power devices. We will also give…
We all know that capacitors are passive electronic devices used for storing electric energy. There are different types of capacitors in the market and each one is used for a specific purpose. One type that you should know is the coupling capacitor. In this guide, we are going to unearth all you should know about…
When you’re designing your electronic circuit, you’ll generally want to limit the current in one or more of its components. The shunt resistor is a common and useful circuit element that can assist with this task. Shunt resistors are used in many different applications because they can be useful for accomplishing several different tasks. They…
In the manufacturing world, industrial engineers think of ways to increase efficiency and cut costs. One way is by using sensors to monitor if machines are operating correctly and not wasting time or resources. In this blog post, you will learn everything you need to know about position sensors. The article covers its uses, types,…
Transformers are electromagnetic devices that use the principle of mutual induction to transfer power from one circuit to the next. The coupling of inductances by mutual magnetic fields is known as mutual induction. A single-phase transformer, for example, has two coils, one primary and the other secondary. Any electrical source, such as an AC generator,…
From inexpensive Silicon to rare earth elements (REEs), semiconducting materials differ in cost and availability. Semiconductors are required for the field-effect transistors, operation of solar cells, Internet of Things sensors (IoT), and self-driving car circuits. Semiconductors and the materials employed in their manufacturing are responsible for the modern world’s existence. New materials are set to…
A diode is a polarized two-terminal electrical component that conducts current in a certain direction and inhibits current flow in the other because its resistance is ideally zero in one direction and infinite in the other. Two terminals, an anode, and a cathode are among these components. Thus, Schottky diode, light-emitting diode, PN junction diode,…
Fixed resistors are used in a variety of applications from circuit protection to voltage limiting and current limiting. They are reliable components that can be trusted to perform their intended function under a range of different inputs. Manufacturers offer a wide range of fixed resistors, which means there may be some trial and error…
The High-Definition Multimedia Interface (HDMI) is a standard that has become ubiquitous on modern home electronics. From laptops to televisions and everything in between, you’ll see HDMI ports nearly everywhere you look. And that’s because they help make connecting devices much easier. With so many different versions of the standard being released over the years,…
Image Source: Flickr When it comes to electrical wiring, there are a number of different ways that circuits can be set up. For example, given the correct materials, you can create and install your own home electrical system from scratch. Alternatively, you may prefer to use pre-made solutions like terminal blocks. This article will explain…