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P-type and N-type semiconductors, are the most common semiconductors (e.g., diodes, transistors, and integrated circuits). These two semiconductor types work together in electronic devices to create the various electronic components we use every day....

Explore the structure, components, and design considerations of a GPU PCB. Learn how a PCB GPU functions and its difference from a graphics card.

Do you want to know what a stripline in PCB design is? Read this blog to explore the difference between microstrip and stripline and everything you need to know.

Get to know NMOS vs PMOS transistor, its comparison regarding symbols, flow of current, threshold voltages, structure, working, applications, and more! CMOS technology is a combination of p-channel and n-channel which makes it helpful for the efficie...

Explore the role of microstrip in high-frequency PCB design. Understand its structure, benefits, limitations, and how it compares in the debate of microstrip vs stripline.

Discover the fundamentals of chip scale package (CSP) technology, including WLCSP, WLCSP package, and other types like LFCSP and FCCSP.

Mouse PCB is an important component in every computing mouse that enables clicks, tracking, and wireless connection. It contains all the vital elements needed to process user input and translate hand gestures into digital movement or signals in your ...

Do you know a power plane ensures even power distribution in a PCB? Read on to find out how you can increase PCB performance and ensure circuit board integrity.

In the PCB industry, the most widely used standards include IPC-A-600, IPC-6012 and IPC-A-610, which are responsible for defining acceptable standards at different stages of board production and assembly.

Find out a detailed overview of the microwave PCB. Plus, explore its features, the manufacturing process, and everything you need to know. Read this blog.

Proper identification of transistor pins is an essential skill for anyone dealing with electronic circuits. Whether you are a hobbyist constructing your first amplifier or a seasoned engineer repairing intricate systems, knowing...

Discover the benefits of PCB cloning and why PCBasic is your trusted partner. Learn what PCB cloning is, how it works, and why it’s essential for reverse engineering and legacy circuit board duplication.

The PCB aspect ratio typically ranges from 6:1 to 10:1 for through-hole vias, while microvia aspect ratios are recommended to be ≤ 1:1 to ensure reliable plating and performance.

DC voltage powers the electronic equipment that we use on a daily basis. It consistently transfers current in a single direction. The Unicode character "?" or a straight line represent DC voltage.

Modern electronics are changing rapidly, and there is a demand for smarter and more reliable PCBs. This led to the need for Flexible PCBs. This article will explore the Flexible Printed Circuit Board types, structures, design considerations, manufact...

Want to know the right soldering temperature in PCB assembly? Here is a detailed guide, along with common soldering methods and everything you need to know.

PCB calculators simplify difficult computations so that engineers may find the proper trace width, impedance, capacitance, and other essential values. This tutorial aims to...

Curious about what prepreg is in PCB manufacturing? Learn everything about prepreg material, its properties, types, and the difference between PCB core vs prepreg.

Explore everything about PCB glue – what it is, why it's used, types, applications, best practices, and how to remove it. Ideal for engineers and hobbyists working with circuit board adhesives.

In modern electronics, a Printed Circuit Board (PCB) is one of the essential components of the device. PCBs are the fundamental building blocks of modern technology, acting as...