1N8032-GA

Overview

The 1N8032-GA is a Silicon Carbide (SiC) component modeled as a hybrid structure combining a Schottky diode and a PiN diode. The SPICE model defines two parallel paths: a SiC_Schottky path with saturation current IS of 1.99E-17 A, series resistance RS of 0.12463 Ohms, breakdown voltage BV of 650 V, and average current IAVE of 5 A; and a SiC_PiN path with IS of 1.33E-10 A, RS of 0.31147 Ohms, and BV of 650 V.

Feature Summary

• Hybrid modeling architecture integrating both Schottky and PiN diode characteristics within a single simulation block.

Applications

Procurement Notes

Verify the specific datasheet for electrical ratings and thermal characteristics before integration. Confirm that the SPICE model parameters align with the target simulation environment requirements. Ensure compatibility with the intended circuit topology by reviewing the official GeneSiC Semiconductor documentation for the 1N8032-GA part number.

Selection Notes

Select this component when circuit simulation requires accurate representation of both fast switching Schottky behavior and high-voltage PiN characteristics in Silicon Carbide technology. The dual-model approach allows for detailed analysis of transient responses and steady-state performance under varying load conditions.

Part Context

This entry provides the SPICE netlist model for the 1N8032-GA from GeneSiC Semiconductor. It serves as a digital twin for circuit simulation rather than a physical component description. The model enables engineers to predict performance metrics such as forward voltage drop and reverse recovery behavior using standard electronic design automation tools.

Replacement Considerations

No public substitute part numbers are documented in the provided source material.

FAQ