electronic equipment

Challenges in Advanced Packaging & PCB Reliability?

The critical role of complex electronic systems in modern society demands high reliability, which ANSYS facilitates through comprehensive solutions empowering engineers to preemptively address hardware failures, ensuring robustness across diverse conditions and applications.

Challenges in Advanced Packaging & PCB Reliability? Read More »

PCB Thermal Design Introduction

Effective heat dissipation treatment on the circuit board is crucial for preventing device failure and declining performance, and as a PCB design engineer, one should consider various aspects such as component layout and selection to carry out heat dissipation treatment.

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Effective ways to dissipate heat on a PCB board: Part 1

The temperature rise of printed circuit boards is caused by circuit power consumption devices, and factors such as electrical power consumption, the structure of the printed board, installation methods, thermal radiation, heat conduction, and thermal convection all play a role in dissipating heat and maintaining the reliability of electronic equipment.

Effective ways to dissipate heat on a PCB board: Part 1 Read More »

Attention required in PCB fabrication

The key factors to consider during the PCB manufacturing process include the type of production, PCB material, non-electrical technical indicators of copper clad plate, and precautions for PCB layout.

Attention required in PCB fabrication Read More »

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