Manufacturing

Choosing The Right PCB Enclosure

By |2020-11-24T11:06:33-06:00November 24th, 2020|Best Practices, Design, EMS, Engineering, Manufacturing, Printed Circuit Boards|

You will encounter PCB enclosures in almost every electrical device. From iPhones to smoke detectors, the outer cover of these devices is crucial to their functionality. Any electronic gadget is contained inside an enclosure made of plastic or some other

What Is Conformal Coating?

By |2020-11-04T14:20:13-06:00November 4th, 2020|Best Practices, Design, EMS, Innovation, Manufacturing, Printed Circuit Boards|

Circuit boards are exposed to various contaminants like moisture, dust, fungus, and abrasion. The conformal coating protects PCBs and electronics from external elements to improve their performance in harsh environments. Conformal coat technology was first used by the military, but

How does a pandemic impact electronic manufacturing?

By |2020-09-30T11:40:09-05:00September 30th, 2020|Component Sourcing, Manufacturing, Process Improvement|

According to a recent study conducted by Pew Research Centre, 96% of Americans own a mobile phone, while over 74% own a computer device. This is a clear sign of how the electronic manufacturing industry has shifted over the past

Outsourcing A Box Build Assembly

By |2020-08-27T14:20:55-05:00August 27th, 2020|Best Practices, Manufacturing, Technology|

Outsourcing box build assembly is a common thing nowadays as it's convenient for many companies to receive a finished product from their CM. The process ranges from a single printed circuit board to a sub-assembly of mechanical components, cables, wires,

A Guide to Wire Harness Manufacturing

By |2020-08-06T17:01:04-05:00August 3rd, 2020|Best Practices, Manufacturing, Technology|

A wire harness is a collection of wires, cables, and connectors that transmit electric signals. Wire harnessing provides a neat and safe way to organize wires inside a system. When you hire a wire harness assembly company, they cut, strip,

SMT Assembly: Frequently Asked Questions

By |2020-06-29T17:35:15-05:00June 29th, 2020|Engineering, Manufacturing, Printed Circuit Boards, Technology|

What is Surface Mount Technology (SMT)? SMT is an assembly and part packaging technology used to place and solder the components to the PCB surface directly. This technology helps reduce manufacturing costs and increase efficiency. The process also makes it

The Impact of COVID-19 on Electronics Manufacturing

By |2020-05-19T20:23:17-05:00May 19th, 2020|Best Practices, EMS, Manufacturing, News, Printed Circuit Boards, Supply Chain|

The Impact of COVID-19 on the Electronics Manufacturing Industry The COVID-19 pandemic has had a huge impact on the national and global economy. Many different industries have been affected, including those in electronics manufacturing. A large part of manufacturing involves

Standard PCB Thickness Explained

By |2020-04-15T12:11:44-05:00April 15th, 2020|Component Sourcing, Design, EMS, Manufacturing, Printed Circuit Boards|

Printed Circuit Boards (PCB) are crucial components of various electrical devices and heavy machinery used in countless industries. To design the ideal board for any given device, you will need to understand the importance of the base material - copper

An Electronics Primer – Circuit Board Manufacturing

By |2020-03-26T10:10:42-05:00March 26th, 2020|EMS, Manufacturing, Printed Circuit Boards, Testing, Testing & Calibration|

The processes involved to manufacture a Printed Circuit Board (PCB) are time-consuming and complex. Excellence in these processes is imperative because the PCB is the backbone of all electronic circuits. PCB’s come in several different forms; Rigid (hardboard), Flexible (copper

Electronics Manufacturing Testing – The In Circuit Test & 5 Others

By |2020-02-27T23:35:05-06:00February 24th, 2020|EMS, Manufacturing, Printed Circuit Boards, Testing, Testing & Calibration|

Printed circuit boards (PCBs) power nearly all electronic products manufactured today. As such, designers continue to push the limit of PCBs, engineering them to fit integrated circuits and other critical connections that have smaller sizing requirements. Therefore, to keep up

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