Home / Electronics / More accurate transient modelling for power applications

More accurate transient modelling for power applications

In the challenging world of power electronics and automotive design there is a strong demand for preliminary performance predictions of the EMI performance and power dissipation of the entire system

Toshiba announces the availability of highly accurate G2 SPICE models allowing designers to more faithfully simulate the performance of their designs before committing to hardware. Alongside Toshiba’s existing G0 SPICE models that emphasise computational speed over accuracy, the new range of G2 SPICE models is now accessible to simulate transient characteristics more accurately.

Simulation is a valuable tool for designers as they reduce the number of prototypes required, saving the need for respins, thereby increasing development efficiency, and reducing overall time, cost, and risk.

In the challenging world of power electronics and automotive design there is a strong demand for preliminary performance predictions of the EMI performance and power dissipation of the entire system. This leads to a growing demand for SPICE models for power semiconductors that can predict power conversion efficiencies, EMI and other relevant parameters.

These new G2 SPICE models for discrete power devices are created using the macro model format, combining multiple compact models to match the structure of the device, representing the electrical characteristics with a few non-linear elements and a continuous arbitrary function. With this approach, switching simulations are more accurate and closer to actual measurements by improving the reproducibility of the high-current-domain characteristics of the ID-VDS curve, including the voltage-dependent characteristics of the parasitic capacitance.

Check Also

The future of the semiconductor industry aligns with TSN

Tom Burke looks at how automation specialists serving the semiconductor industry can drive the sector …

Smart memory controllers for data centre computing 

Smart memory controllers for data centre computing 

The continuous computational demands of artificial intelligence (AI) and machine learning (ML) workloads, cloud computing …

Ultra-low capacitance ESD protection diodes protect automotive data interfaces

Ultra-low capacitance ESD protection diodes protect automotive data interfaces

Nexperia announces an extension to its portfolio of extremely low clamping and ultra-low capacitance ESD …