R3D-DDM
Transient Analysis of Power Devices
Today’s power device designs require designers to optimize both static and dynamic losses. Reliability issues, such as current crowding, shoot-through currents and managing dead-time require dynamic analysis to be properly addressed. Traditional approaches are unable to deliver, accurate, meaningful results due to the complex metal structures.
R3D-DDM provides accurate, distributed models for power devices enabling a much more accurate simulation of device and the surrounding circuitry.
By supporting the industry standard simulators, Silicon Frontline’s R3D-DDM, provides designers a methodology to optimize power device circuits using physically accurate models.
- Provides model for fast transient simulation
- Highlights non-uniform switching in device fingers
- Minimizes dead time and shoot-through current
- Simulates signal propagation delay in gate nets
- Pinpoints current crowding and peak currents