功率半导体热设计是实现IGBT、碳化硅SiC高功率密度的基础，只有掌握功率半导体的热设计基础知识，才能完成精确热设计，提高 功率器件 的利用率，降低系统成本，并保证系统的可靠性。 随着功率半导体芯片损耗降低，最高工作结温提升，器件的功率密度越来越高，也就是说，相同的器件封装可以采用更大电流规格的芯片，使输出电流更大，但同时实际的损耗和发热量也会明显增大。

and “pack and move” positions all selected footprints into proximity to simplify placing them as neighbors within the board layout. The KiCad PCB Editor also adds support for the use of fonts ...

How do you plan out the board, what are good things to keep in mind while you’re sourcing parts, and how do you ensure you finish the design? This time, I want to tell you my insights about what ...

本文引用地址： 因此，合理高效的PCB Layout是芯片电路设计调试成功中至关重要的一步。本次我们就来简单讲一讲PCB Layout的设计要点。 PCB Layout设计 ...

OKI Circuit Technology has announced a new printed circuit board (PCB) design that can boost component heat dissipation by up to 55x. The Japanese firm has been developing and manufacturing PCBs ...

High turnover high technology society means that printed circuit boards using advanced radio frequency (RF) is now mandatory.

The move will facilitate continued global adoption of PrintStator CAD and premium performance, axial flux, printed circuit ...

ECM President and CEO Brian Casey discusses how PCB PrintStator software can reduce design cycle time on axial flux motors.

Every time we make modifications in the PCB or package design it might be difficult to directly generate Z or Y parameters at high frequencies. Therefore generating S parameters and then converting to ...

This PCB design differs from standard Founders Edition models by including more than 40 capacitors, which is likely higher than those found on typical reference boards. Alleged NVIDIA GeForce RTX ...