This article discusses the causes, hazards, and strategies for minimizing PCB warping and deformation during reflow soldering, emphasizing the importance of material selection, manufacturing processes, and design optimization to ensure high-quality and reliable circuit boards.
Methods to Mitigate PCB Circuit Board Deformation Read More »
This article discusses the risks of Electrostatic Discharge (ESD) and Electrical Overload (EOS) in printed circuit board assemblies (PCBAs), highlighting the need for proper handling, design, and protection measures to prevent damage to sensitive components during assembly and testing.
The guidelines for PCB component layout emphasize optimizing performance, manufacturability, and maintainability by prioritizing critical components, ensuring efficient heat and signal management, avoiding routing pitfalls like right angles, and focusing on symmetry, balance, and accessibility.
Overview of PCB Circuit Layout and Routing Guidelines Read More »
FPC assembly requires special handling due to its flexibility and moisture sensitivity, necessitating pre-baking and custom carrier boards for the SMT process, with careful attention to each step to ensure high quality and prevent defects.
PCBA assembly and soldering process for FPC (Flexible Printed Circuit) boards Read More »
Hamster Mix is a MIDI controller based on Arduino with a function to be connected by bluetooth By using ityou are able to play MIDI notes within five octavesIt has twelve keys and the ability to s
What is embedded passive technologyEmbedded passive technology refers to the process of integrating passive components such as resistors and capacitors directly onto the inner layers of a PCB durin
Exploring Embedded Passive Technology in PCBs: Basic Insights from Wellcircuits Read More »
By Hesam Moshiri Anson BaoCopyright Attribution-NonCommercial-NoDerivs CC-BY-NC-NDDC-to-DC buck converters are utilized ubiquitously in electronic devices Three major types of non-isolated DC-to-
8-100V to 5V 1A DC-DC Buck Converter Using MP9486 – Advanced Technology by Wellcircuits Read More »
The article outlines the six main steps of the PCB design process, including netlist input, rule setup, component placement, routing, inspection, and review, with a focus on methods, precautions, and best practices for layout, routing, and design verification, while maintaining technical accuracy and clarity.
The article discusses the advancements in PCB manufacturing, highlighting the challenges and techniques for producing smaller and more precise circuits, including the use of fine line widths, the impact of exposure and development conditions, and the different methods of etching, while emphasizing the importance of equipment capabilities and process control in achieving high-quality results.
Challenges in the Production of Thin Line PCB Circuits Read More »
The revised text improves clarity and flow while maintaining the original technical accuracy, addressing common PCB design and assembly challenges, including trace spacing, solder joints, component alignment, and layout issues.
The proper circuit schematic design will also result in an optimized PCB layout. Read More »
Our experience lies in creating multiple-layer, flexible circuits and rigid-flex PCBs HDI PCBs as well as Rogers PCBs.
We have a great track record in fast-turnaround prototyping of PCBs, and excel at managing challenging projects as a strength.