Thursday, December 24, 2020

Clearance and Creepage Rules for PCB Assembly

 


Clearance and Creepage Rules for PCB Assembly

It’s important to follow electrical spacing rules for keeping the product safe in case the normal operating voltage exceeds 30VAC or 60VDC. You’ll be surprised to know that voltage above these levels are considered perilous and these designs are considered high voltage.

This blog post includes important spacing rules, both creepage and clearance, and some methodologies to make sure these rules are applied precisely and adhered to. We’ll be sharing a few important Clearance and Creep page Rules for PCB Assembly.

Design Trends

We aim to minimize size and maximize component density on Printed Circuit Boards and minimize the overall PCB design & assembly costs. The whole electronics product development industry is focusing on recent high-density components. This miniaturization offers some serious challenges to the designers when using mixed technology and where the design parts include the high voltage circuits. Previously, designing high voltage boards separately in a multi-board system was an easy process.

But now the increased focus towards miniaturization implies that there is at least space left for multiple boards, designs employing mixed technologies have increased in the numbers.  The high voltage circuits demand a new set of rules for operator’s safety. It is important to have a deep understanding of these rules and different ways to implement them while focusing on reducing the overall product size.

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Monday, December 7, 2020

Ultimate Guide to learn and master PCB Repair

 


Repairing small circuit boards is not a complex task. Small boards can be simply repaired via applying methodological approaches and using basic tools like oscilloscopes that measure voltages and waveforms at particular test points in the circuit and Digital multimeters (DMMs). On the other hand, troubleshooting multi-layer PCBs is a daunting task. However, the availability of proper documentation plays a crucial role in PCB Repair speed. If you are interested in electronics, there are good chances that you’ll encounter a dead PCB. So, what’s the best approach to follow when confronted with such a situation?

In this blog post, we will discuss Printed Circuit Boards Repair in detail which will help you to master PCB Repair.

PCB repair is a complicated process these days. Manufacturing mistakes and frequent component failures have led to the increased numbers of PCB Repairs. Older Printed Circuit Boards can break down due to component failure, manufacturing errors, and incorrectly soldered parts, solder bridges and more. Though component changes and simple soldering require less complex fixes, some repairs require expert approaches to detect fault causes.

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