A metal core (MCPCB) is a PCB with an aluminum or copper sub straight laminated directly to the PCB. Metal core PCBs are becoming the go-to solution for small footprint, high power components such as ultra high brightness LEDs. The metal core in the PCB acts as integral heat dissipater, conducting heat away from components through the thermally conductive metal core to a remote heatsink. Although UHB LEDS applications are the most common use of MCPCBs, PNC has fabricated Metal Core PCBs for compact DC to DC converters, high power MOSFET and solid-state relay applications along side their standard ...
No single printed circuit assembly [1] testing system will meet all the requirements of every manufacturing environment. PNC employees the three most commonly used testing methods for defect detection being Functional Test (FCT), In circuit Testing (ICT) and Flying probe testing. Each test method will have different results based on your test strategy. Your testing strategy must be developed with consideration to many factors such as reliability, cost or functionality traits. The key here is to detect defective boards and catch issues prior to end usage. Some considerations like opens, shorts, resistance, capacitance, inductance, diode issues, detecting incorrect component values, ...
PNC’s expertise in design, manufacturing printed circuit boards, PCB assembly, [1] and Box builds in one 70,000 sq./ft. facility makes us the ultimate total concept company. PNC’s unique manufacturing facility is just that, a PCB assembly usa manufacturer located in Nutley, New Jersey. PNC has been a vital supplier of electronics in the PCB industry for over 50 years and serves the military/defense, medical, aerospace, automotive, RF/Microwave, industrial and consumer sectors. Having these capabilities all in-house stream lines the turnkey process under one PO which is invaluable to our customers. ELECTRONIC DESIGN Being able to design in-house has its importance when ...
How Do You Select a Printed Circuit Board Thickness? Selecting the correct PC Board [1] thickness for your product requires balancing of three often competing aspects of the design: manufacturability, electrical performance and mechanical constraints. Modern PCB fabrication techniques at PNC give the PCB designer great flexibility in specifying the PCB lamination stack-up and gives them the option to design a PCB in a thickness other than the typical choices of .031”, 062” or .093”. Manufacturing considerations in selecting a PCB thickness To understand how to specify PCB thickness, it is important to understand how PCBs are fabricated. Most multilayer PCBS from 2 ...
There are many detailed factors involved when pursuing the right company for your electronic or PCB assembly [1] needs. These factors can be broken down into two distinct areas, customer communication and supplier contract review. Either the customer or the supplier cannot afford time lost if there is a misunderstanding or lack of data to efficiently and effectively produce a quality product on time. Time spent up front makes for a smooth and efficient transition through the quoting and manufacturing process. Customer communication A majority of communications for a request for quote, RFQ’s, in today’s industry are via email. The email needs ...