EM and Circuit Co-Simulation with the new Sonnet® v17 and Modelithics® Library™ 19.2, implementing a custom high-order filter design.
Webinar Details
Time: 1 PM EST/10 AM PST
Date: December 9th, 2019
Location: Click Here
Information
Please join Sonnet and Modelithics for a demonstration and overview of new features and technologies in Sonnet v17 and Modelithics COMPLETE Library v19.2.
The live webinar will start with a live demonstration of circuit setup within Sonnet’s new state of the art GUI by Dr. Brian Rautio. Next, Modelithics’ advanced models are included with Sonnet’s proprietary internal Co-calibrated™ ports to build an accurate and precise model leveraging both EM-simulation to calculate effects of lines, interconnects and more, as well as models based on precision measurement and proven modeling techniques to account for parasitic effects of lumped components, all in perfect harmony presented by Eric Valentino, Modelithics RF Engineer/EM Specialist. The demonstrated technique is further used to design a high order filter with relative ease and efficiency. Resulting data is compared against measured data as well as against other commercial simulators.
Presenters Brian Rautio and Eric Valentino are experts in their respective fields, and will be available after the presentation for a live Q&A session.
Higher frequency and smaller designs are increasing microwave engineers’ need for numerical electromagnetics simulators in the design process. Ensure you’re well-equipped to simulation PCB and IC layouts with Sonnet v17 and to predict the response of lumped and distributed networks by using the Modelithics COMPLETE library of equivalent circuit models to represent your circuit’s SMD capacitors, inductors, and resistors.
Reserve your spot today—to better handle questions, the live webinar is limited to 100 attendees! ←
Presenters:
Dr. Brian Rautio is the Vice President of Operations for Sonnet Software, Inc. He received the B.S.E.E. degree from Rensselaer Polytechnic Institute in 2009 and the Ph.D. degree in Electrical and Computer Engineering from Syracuse University in 2014, where his algorithm research helped him to win the All-University Doctoral Prize. Brian has been a member of IEEE since 2005, having previously volunteered for the IMS2012 steering committee and MTT AdCom, and is currently a reviewer for the MTT Transactions. He is also a member of the Eta Kappa Nu electrical and computer engineering honor society.
Eric Valentino graduated with a Master’s in Electrical Engineering in August of 2019, while working as an Engineering Intern with Modelithics. Upon graduation he was brought on full-time as an RF Engineer/EM Specialist with Modelithics utilizing his experience with multiple full-wave electromagnetic analysis tools involving both finite element method (FEM) and Method of Moments (MoM) solutions. He also has experience with planar circuit simulators and complex scalable models and model libraries for both circuit and EM simulators. Eric is currently focusing on expanding Modelithics’ library of 3D component models as well as contributing to a team responsible for automation of various processes at Modelithics.
