Voltage Rating | Industrial power supplies, motor drives | Industry Standard: 600V (IEC 60747-9) Our Base: 1200V (▲▲▲) Our Advanced: 1500V (▲▲▲▲) | Supports high-power applications (e.g., renewable energy systems) Ensures stable operation under extreme loads | Higher cost and complexity due to advanced semiconductor design |
Current Capacity | High-current industrial equipment | Industry Standard: 80A (continuous) Our Base: 100A (▲▲) Our Advanced: 120A (▲▲▲) | Handles heavier loads (e.g., electric vehicle inverters) Reduces power loss in high-demand scenarios | Requires robust cooling systems to prevent overheating |
Thermal Performance | High-temperature environments | Industry Standard: 0.15°C/W (thermal resistance) Our Base: 0.12°C/W (▲) Our Advanced: 0.09°C/W (▲▲) | Efficient heat dissipation (e.g., in solar inverters) Extends component lifespan | Complex heat management systems increase installation costs |
Packaging & Durability | Harsh industrial settings | Industry Standard: Basic plastic housing (IEC 60695) Our Base: Reinforced plastic + metal terminals (▲) Our Advanced: Ceramic-reinforced composite (▲▲) | Withstands extreme temperatures and vibrations (e.g., mining equipment) Reduces failure risks in corrosive environments | Increased weight and material costs |
Compliance Certifications | Global markets with strict regulations | Industry Standard: RoHS, REACH Our Base: EPR Germany/France (▲) Our Advanced: UL, CE, RoHS, REACH (▲▲▲) | Enables market access in Europe and North America Reduces regulatory compliance risks | Higher certification costs and documentation efforts |
Mounting & Integration | Customized industrial setups | Industry Standard: Standard DIP Our Base: DIP with alignment pins (▲) Our Advanced: Customizable brackets (▲▲) | Simplifies installation in complex machinery (e.g., robotics) Reduces downtime during assembly | Limited compatibility with legacy systems requiring standard mounting |