When developing and manufacturing flexible printed circuits (FPCs), adhering to industry standards ensures reliability, safety, and performance. Two pivotal standards in the FPC industry are UL 796 and IPC 6013. While both standards guide the design and production of printed circuit boards, their focuses and requirements differ significantly, impacting how...
Part #2: Functional Testing of Complete Circuit AssembliesIntroductionIn the second part of our series, we delve into the verification processes for circuitry once components are mounted. This phase is crucial for assessing the functional integration and overall performance of our PCBs and FPCs. Through a series of targeted tests, we...
Welcome to our two-part blog series on Electrical Verification Protocols at PICA Manufacturing Solutions. Ensuring the quality and reliability of our printed circuit boards (PCBs) and flexible printed circuits (FPCs) is paramount. This series delves into our rigorous verification processes, starting from the preliminary testing of unpopulated circuit boards, followed by functional testing of...
In the design of printed circuit boards (PCBs), controlling impedance is a crucial factor for ensuring optimal signal integrity, especially in high-frequency applications. Impedance mismatches can lead to signal reflections, data loss, and compromised performance, which makes it essential to consider various transmission line configurations and impedance types during the...
PICA is excited to announce the transformation of our high-precision conformal coating capabilities. We have been integrating the MYC50 platform into our processes to meet the specific needs of our customers requiring advanced conformal coatings for printed circuit boards assembled at PICA. This system has significantly enhanced our ability to...
In Part 1 of this series, we discussed the essential role of mechanical tooling in Flexible Printed Circuit (FPC) manufacturing. Now, in Part 2, we will explore the use of fixtures, artwork films, CNC machining, vision punching, screen printing, and electrical testing to ensure precision and quality at every stage of production. Fixtures...
Design for Manufacturability (DFM) is a proactive process integral to the PICA Way, ensuring a product design aligns with each step of the manufacturing process from the outset. This methodology is crucial in avoiding revisions due to manufacturing issues. At PICA Manufacturing Solutions, our DFM process focuses on reducing development...
PICA is excited to announce the transformation of our high-precision conformal coating capabilities. We have been integrating the MYC50 platform into our processes to meet the specific needs of our customers requiring advanced conformal coatings for printed circuit boards assembled at PICA. This system has significantly enhanced our ability to deliver rugged,...
At PICA Manufacturing Solutions, we occasionally receive printed circuit boards (PCBs) and/or components consigned by our customers for their projects. To ensure we can deliver the highest quality service and products, we recommend that customers follow specific guidelines when consigning materials to us. These guidelines are designed to enhance our...
When placing an order with PICA Manufacturing Solutions for bare Printed Circuit Boards (PCBs) or Flexible Printed Circuits (FPCs), having the correct documentation and files is crucial. This ensures smooth production, meets quality standards, and aligns with your specific requirements. This article outlines the mandatory and good-to-have documents and files...
Soldering is a critical process that involves joining electronic components to printed circuit boards (PCBs) using a metal alloy, known as solder. This process not only provides mechanical strength but also ensures reliable electrical connections.The metal alloy used for soldering varies based on the required properties such as melting point,...
This blog is the introduction to a white paper called Introduction to High Frequency Signal Insertion Loss. Click the button below to request the full white paper. The white paper has additional sections on measures to improve dielectric loss, how conductor loss occurs, measures to improve conductor loss, and insertion...
This blog is an introduction to a white paper that contains additional information on surface finishes including: Immersion Silver or Tin, OSP (Organic Solderability Preservatives), HASL (Hot Air Solder Leveling), Carbon Ink, and Combination Finishes (e.g., Hard Gold/OSP, Soft Gold/OSP, Gold Immersion/OSP). Click the button below to request the full...
PCBAs (Printed Circuit Board Assemblies) and FPCAs (Flexible Printed Circuit Assemblies) are both integral to the functioning of electronic devices, yet they cater to distinct needs due to their differing properties and construction. This blog provides a focused comparison to elucidate their unique applications and manufacturing nuances, enhancing your understanding...
This blog is an introduction to a larger white paper that features 7 different via protection types. Download the full white paper to continue reading The Essential Guide to PCB Via Protection: Strategies and Standards. In the full white paper you'll learn about Filled Via Cap Plating, Coverlay Tented Via, and Copper...
The production of Printed Circuit Boards (PCBs) and Flexible Printed Circuits (FPCs) encompasses chemical, mechanical, and printing processes that often result in the accumulation of unwanted residues on their surfaces. The presence of even minuscule contaminants can significantly affect the functionality, performance, and reliability of the final products. Recognizing the...
Ball Grid Arrays (BGAs) are crucial components widely employed in the electronic manufacturing industry owing to their compact size. However, due to their high density, detecting defects through visual inspection alone can be challenging, while destructive testing poses the risk of compromising voiding defects. X-ray inspections offer a non-destructive testing solution...
Ceramic substrate PCBs (Printed Circuit Boards) represent a significant advancement in circuit board technology, especially when compared to traditional FR4 boards commonly used in electronics. These ceramic-based boards are gaining popularity due to their superior heat management, stability, and reliability. Ceramic Printed Circuit Boards are increasingly employed in high-demand sectors...
