How To Design 3D Rigid-Flex PCB

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There are three primary varieties of printed circuit boards that exist today—rigid, rigid-flex, and flex. They have different construction and design, yet, they serve the same purpose. For instance...

Design Tips for Rigid-Flex PCBs

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PCB designers are always looking for the next idea to save time, money, and effort. By exploring recent developments in design standards, it is possible to find new ways of overcoming common proble...

Comparing Rigid PCB vs. Rigid Flex PCB vs. Flex PCB

| HEMEIXIN | New
Printed circuit boards, or PCBs, are the circuit boards found in the majority of electronic equipment. The boards sustain the gadget physically and mechanically while also connecting the electronic...

Select the Right Microvia Aspect Ratio in Your HDI PCB

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The use of microvia technology has contributed to the miniaturization of PCBs and allowed engineers to become more creative with their designs. The world of integrated circuits would not be possibl...

How to Design High-Density PCBs With Buried and Blind Vias

| HEMEIXIN | New
It is common for designers to use blind and buried vias to connect the layers of high-density PCBs. Vias are vertical conductive holes that establish connections between the layers of PCBs. These ...

Rigid-Flex PCB Applications in Medical and Medical Device Worlds

| HEMEIXIN | New
Rigid-flex printed circuit boards (PCBs) are an essential technology in the medical and medical device industries. They offer a unique combination of flexibility and rigidity that allows them to be...

Rigid-Flex PCB: DFM and Design Rule Considerations

| HEMEIXIN | New
Rigid-Flex Printed Circuit Boards (PCBs) are becoming increasingly popular in various industries, from consumer electronics to aerospace and defense. While flex PCBs have been around for many years...

Flex and Rigid-Flex PCB Design Technology

| HEMEIXIN | New
For many circuits, particularly those used in high-speed digital communication systems, it is crucial that the printed circuit board (PCB) accurately follows the circuit's design. Flexible and rigi...

Design Guidelines for RF and Microwave PCB Assembly

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The RF and Microwave industry is fast-paced, and the push to produce PCB assembly faster and cheaper continues. This aggressive pace has led to PCB design rules conflicting with component requireme...

Design for Manufacturing: HDI Printed Circuit Boards

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HDI printed circuit boards are becoming increasingly popular in a variety of industries. Their small size and high density make them ideal for various electronic devices. However, designing HDI pri...

How to Optimize Your Rigid Flex PCB Stackup Design

| HEMEIXIN | New
Rigid-Flex PCB stackups are a mainstay in many PCB designs today. They are among the most popular design team options, surpassing single-sided and double-sided boards. Rigid flex PCB stackups help ...

How to Optimize HDI PCB Design

| HEMEIXIN | New
The PCB industry has evolved dramatically over the past three decades. The recent addition of hybrid circuits (HDI) to PCB design makes it difficult to implement a successful production process wit...
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