As electronic systems become smaller and more powerful, heat flow management is critical to ensuring performance and reliability. The new Pulsonix-TRM interface bridges the gap between PCB design and thermal analysis, enabling engineers to identify and address potential thermal issues earlier in the design process. Streamlined data exchange: The Pulsonix-TRM interface allows design data to be exported directly in a TRM-compatible format, accurately preserving layer stack information, copper areas, vias, and component power data. This eliminates the need for manual data translation, reducing setup time and the risk of errors.
The Pulsonix-TRM interface offers analysis export and import functions, as well as gradient color management and critical network selection
Designers can run TRM simulation analysis and feed the results back into the PCB design for immediate evaluation using their original PCB layout. Powerful TRM thermal imaging provides advanced modeling of heat conduction across multilayer PCBs, including copper planes, vias, and heatsink components. Using precise material properties and board geometries, it calculates temperature distributions, thermal resistances, and hotspot locations, helping designers optimize copper areas, cooling paths, and component placement.
Benefits for design teams Integrated workflow: Seamless transition between Pulsonix PCB design and TRM thermal analysis.
1. Data integrity: No editing of intermediate files or loss of geometry.
2. Early design validation: Thermal risks identified and resolved before the prototype stage.
3. Improved reliability: Better prediction of heat flow and temperature gradients. "Thermal behavior has become a key constraint in modern electronics," said Bob Williams, marketing director at WestDev Ltd. "By linking Pulsonix directly with TRM, we are giving designers immediate access to accurate thermal insights, without leaving their familiar environment."
