Get a deeper understanding of the components and materials that make up a printed circuit board (PCB). This category covers everything from resistors and capacitors to advanced components like FPGAs and sensors. We also dive into the materials used in PCB manufacturing, including copper, solder, and substrates, giving you the knowledge to make informed design and material choices for your projects.
FR4 PCB material: properties, thickness, and cost-effectiveness. Tips for designing single/double-layer boards. Ideal for most applications. Ultimate guide inside!
HDI (High-Density Interconnect) PCBs: layers, microvias, and advanced manufacturing. Ideal for mobile devices and wearables. Expert insights inside!
A non-polarized capacitor is, as the name suggests, a capacitor that does not have polarized terminals. An ordinary capacitor will have two terminals labeled with a positive or negative sign. These terminals are used to distinguish between the two ends
There are several materials used to make circuit boards. Each has its benefits and drawbacks, but none are perfect for every application. Polyimide rigid PCBs, for example, have a wide range of applications in everything from aerospace to automotive. They’re
When an electric current is introduced to an inductor or something that can store magnetic energy, it will respond in different ways depending on the specific attributes of that device. There are two main types of transformers: single phase transformer
Single-phase transformer basics: voltage conversion, core materials, and applications in power supplies. Learn to size and select for your circuit. Guide here!
There are many uses for PCB transformers in power supply circuits, and they provide impedance matching. They are compact, lightweight and customizable. Additionally, they can reduce noise and boost signal strength. However, selecting the right pcb transformer is crucial to
You might be wondering what exactly a flexi board is, and if they’re something you should invest time in learning about. As the name suggests, these boards are flexible. What that flexibility allows for is up to you. Some people
4 Layer PCB is a vital part of the electronic components that make up modern devices. Every single electronic component has an electronic counterpart somewhere on the PCB, and in turn, every PCB has holes to hold these electronic components.
Through-hole PCB design: components, soldering, and pros/cons vs SMT. Best practices, tools, and project examples. Essential for beginners and engineers!
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