Pure silver is a very ideal surface treatment material as it has the features of softness good ductility thermal conductivity electrical conductivity and can hardly react with water or oxygen Th
What is Immersion Silver Technology? – Wellcircuits Read More »
Reliability testing of PCBA lead-free solder joints involves various methods like visual inspection, X-ray analysis, mechanical stress tests, and environmental simulations to assess their durability and performance under thermal, mechanical, and environmental stresses, ensuring long-term reliability for electronic products.
Reliability Testing of Lead-Free Solder Joints in PCBA Read More »
In PCB design, the initial phase focuses on layout planning, including component placement and functional area division, while addressing challenges like signal integrity, thermal management, and electromagnetic interference, to create an efficient, reliable, and aesthetically organized board.
Principles and Best Practices for PCB Component Layout Read More »
As PCB technology advances, the growing complexity of designs necessitates advanced PCB design software that improves efficiency, reduces errors, and supports multi-functional, high-performance circuits for industries like healthcare, aerospace, and IoT, while also addressing factors such as design complexity, collaboration, and regular updates.
In PCB production, the shift from lead-based to lead-free soldering processes is driven by environmental regulations, performance differences, and cost considerations, with lead-free technology offering better solderability and aligning with global sustainability efforts despite higher costs.
What are the consequences of lead presence on a PCB circuit board? Read More »
Signal integrity issues, including waveform distortion, crosstalk, and track collapse, are becoming more prevalent in modern high-speed PCB designs due to faster IC switching speeds, lower core voltages, and increased noise sensitivity, with impedance matching playing a critical role in addressing these challenges.
Research on Signal Integrity in PCB (Printed Circuit Board) Read More »
The positioning of printed circuit boards (PCBs) is based on two methods: **rough positioning**, which focuses on ease of assembly with lower accuracy, and **precise positioning**, which prioritizes accuracy, ensuring correct installation and preventing reverse mounting.
Why is positioning and foolproof design necessary for PCB boards? Read More »
Signal integrity in high-speed digital PCBs is crucial for ensuring accurate signal timing and voltage levels, as factors like component placement, routing, and termination can lead to issues such as delay, reflection, crosstalk, and ground bounce, potentially causing system malfunctions or failure.
Signal Integrity in High-Speed Digital PCB Design Read More »
Farpatch is a wireless debugger that has the ability to program debug and interact with a variety of microcontrollers Powered by BlackMagic debug software Farpatch supports inspecting memory singl
This tutorial takes a 1mm through-hole and a 16mm pad as an exampleStep 1 Find Padstack Editor and then clickStep 2 Select Thru Pin on Start interfaceStep 3 Switch to Drill interface and fill o
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.