Mike DonnellyThis 4-node CAN network model is a "Live" design, meaning the user can change or "tune" various parameters shown in blue, and then...
Mike DonnellyThis design shows the use of the TDFS (Time Domain Frequency Sweep) method to measure the frequency response of two low-pass...
Mike DonnellyThis example shows the bandwidth improvement that results from a cascode amplifier configuration (right-side circuit), compared to...
Mike DonnellyThis "Live" example shows how programmable analog and mixed-signal devices can be modeled at an appropriate level of abstraction,...
Need To Tune-Up Your Network Signal Quality? Now You CAN (FD)!
Featured Article | Mike Donnelly | 1 March 2018Ever since the CAN specification was released many decades ago, designers have pushed their network configurations beyond the conservative limits of the standard, driven by manufacturablity, customization flexibility and other non-technical reasons. With thorough engineering analysis, including electrical simulation of the physical layer, they were able to design communication systems that meet both demanding performance and economic requirements.