Breakdown Voltage | High-voltage power supplies, motor control | Industry Standard: 600V (IEC 60747-2) Our Base: 800V (▲13% increase) Our Advanced: 1000V (▲25% from Base) | Handles extreme voltages (e.g., industrial equipment) | Higher voltage ratings may increase cost and physical size. |
Continuous Drain Current | High-current inverters, motor drives | Industry Standard: 5A (IEC 60747-2) Our Base: 8A (▲60% increase) Our Advanced: 10A (▲25% from Base) | Supports heavy-duty applications without overheating | Requires robust thermal management for peak performance. |
On-Resistance (Rds(on)) | Power conversion, battery management | Industry Standard: 0.2Ω (JEDEC) Our Base: 0.1Ω (▲50% improvement) Our Advanced: 0.08Ω (▲20% from Base) | Reduces power loss (e.g., 0.1Ω = 0.8W at 8A vs. 1.6W for industry standard) | Lower Rds(on) increases gate charge, requiring precise drive circuits. |
Switching Speed | High-frequency inverters, SMPS | Industry Standard: 10ns (JEDEC) Our Base: 5ns (▲50% faster) Our Advanced: 3ns (▲40% from Base) | Enables faster response in PWM-controlled systems (e.g., 3ns = 333kHz switching) | Faster switching may amplify EMI, requiring additional filtering. |
Thermal Resistance | Overloaded circuits, compact designs | Industry Standard: 62°C/W (TO-220) Our Base: 62°C/W Our Advanced: 50°C/W (▲20% improvement) | Advanced version reduces heat buildup in confined spaces | Advanced thermal designs may add bulk or cost. |
Package Efficiency | Space-constrained electronics | Industry Standard: TO-220 (standard) Our Base: TO-220 Our Advanced: TO-247 (▲30% larger heatsink area) | TO-247 improves heat dissipation for high-power use cases | Larger package limits compatibility with compact PCB layouts. |