Flex Primer for IoT & Wearables

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Mainstream technology is headed toward small form factor electronics, mostly dominated by IoT devices and wearables. IoT is made possible with the help of flex circuits in combination with rigid fl...

What is the Current Carrying Capacity of Microvia PCBs?

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Microvias are used to form connections between HDI layers with an aspect ratio of 1:1. They establish conducting pathways between two or more layers. Microvias are created with the help of ultravio...

Cost and Price of a Flex PCB

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Flex PCBs are the first choice for compact and sleek devices such as personal digital assistants, smartphones, digital cameras, tablets, sensors, etc. Flex PCB cost is greatest compared to other PC...

Cost Impact of Rigid-Flex PCB or Flex PCB

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Rigid-flex PCBs are the advanced version of rigid and flex PCBs. You can find them in every advanced electronic item, from mobile phones to trackers. Rigid-flex board cost is less for manufacturers...

A Guide to Cross-Hatched Planes in Your Flex PCB

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Cross-hatched planes in flex PCB consist of latticework of copper on the surface. Flex PCB with cross-hatched planes involves openings at regular intervals. The use of cross-hatched planes is commo...

High speed Digital PCB Material Considerations

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Due to the development of 5G cellular communication technology and systems, the construction of high-speed digital printed circuit boards (PCBs) has become increasingly important. A PCB design is c...

How Do You Use Blind Vias?

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A vertical interconnect access (Via) is an important component of a printed circuit board (PCB). The design technology involves a plated through hole in the board for the purpose of routing a trace...

Why Use High Density Interconnect?

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As technology advances, business professionals find that high-density interconnect (HDI) is becoming increasingly important to handle their ever-growing data requirements and achieve breakthrough p...

What are Stacked and Staggered Microvias PCB

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Microvias are tiny holes in printed circuit boards (PCBs) that connect pad layers. There are two major types: stacked microvias and staggered microvias. Stacked vs. staggered microvias on a PCB re...

What Are Stacked Vias?

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Stacked vias are becoming increasingly common and important in printed circuit board design, so it is important to know what they are. Put simply, stacked vias is when you have multiple layers of c...

What Is a Stacked Microvia?

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If you often find yourself in conversations discussing PCBs, one of the topics that is bound to come up is ‘Microvias’. When designers begin working on their first PCB design, they usually do not ...

Getting Started With RF PCB Layout Guidelines

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RF PCB layout is a different type of PCB that allows you to use radio frequency components along with digital and analog components in a PCB. As is the case for any PCB, there are certain proper gu...
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