Reducing the number of decoupling capacitors frees up valuable board space and reduces cost.
This webinar will demonstrate the power of simulation driven decoupling capacitor optimization.
Press fit, snap fit and sliding contact are typically the first non-linear problems designers need to deal with.
In this webinar, we will demonstrate how to efficiently handle this non-linearity in simulation.
Understand and quantify design trade-offs with simulation.
This Webinar demonstrates the power of exploring the design space through simulation for preliminary design and design optimization.
Magnetic force position curves are very important for designers today. Permanent magnets are used as fasteners, connectors and actuators in many of today’s electronics devices.
This demonstration will show how to setup a standard magnet placement simulation.
Flow over blunt bodies like buildings, towers and basic cylinders are often inherently unstable.
This webinar will demonstrate what is needed to get an accurate drag force prediction and quantify the error of different turbulence models.
Fluid mixing takes place on vastly different scales, from microfluidics devices to 10k liter mixing tanks. This webinar will demonstrate the capability of CFD tools to predict various types of mixing and multiphase flows.
Antenna matching and interference are challenges that generally result in poor performance or faster battery drain.
In this webinar we will demonstrate how to use simulation to ensure proper matching and minimize desense.
Use simulations to predict time to failure for thermal cycling, shock and vib.
S-parameter extraction helps engineers understand insertion, return and cross talk among high speed nets. In this webinar, we will discuss how to do these analyses accurately for today’s high speed devices.
