As electronics manufacturing continues to evolve with lead-free alloys, low-temperature solders, and advanced package designs, understanding IMCs is essential for ensuring robust solder joints and minimizing failure risks.

Understand what your PCB design team is doing and catch issues before they become delays.

This one-hour webinar presents an insight into the PCB Signal Integrity simulation and IBIS model characterization process. A review of what exactly signal integrity simulation does on the PCB and at the system level. A discussion on how the IBIS model is a default for analyzing IC Chips’ input/output waveform integrity. The IBIS model is broken down for easier understanding of its operation and integration into the SI simulation. In addition, a quick note on how to achieve accurate results for Signal Integrity simulation.

Design RF and high-speed boards that maintain signal integrity, meet tight tolerances, and perform reliably at high frequencies.

Design PCB systems that can withstand harsh operating conditions without sacrificing performance, reliability, or compliance.

Design high-density, complex PCB systems that meet performance requirements even as space, geometry, and packaging constraints increase.