High-Power Surface Mount Fuses
Stop compromising on structural integrity. Powered by our proprietary manufacturing technology, our CMF high-power fuses feature a robust, monolithic structure designed specifically for demanding environments.
By utilizing a solid-body, singular fuse link/terminal construction, we've eliminated the interconnection risks of traditional ceramic tube fuses, ensuring unwavering performance through extreme mechanical stress and temperature fluctuations.
Telecom, AI, & Data Centers
Power Systems
Industrial Applications
Cordless Applications
Key Feature | Engineered Benefit & Outcome |
|---|---|
Broad Current Range: | Design Flexibility: Provides a versatile high-power toolkit, allowing engineers to standardize components across various high-current power rails. |
Standardized Miniature Footprints: | Volumetric Efficiency: Maximizes PCB real estate by delivering high-capacity protection within a compact, industry-standard envelope. |
Solid, Robust Architecture: | Enhanced Durability: Eliminates traditional ceramic tube interconnect failures, ensuring structural integrity during extreme thermal cycling and vibration. |
Best-in-Class Safe Power Density: | Fail-Safe Integrity: Proprietary encapsulation ensures superior arc quenching and prevents mechanical rupture during worst-case overload events. |
High Interrupting Ratings: | Robust Circuit Protection: Excellent in-rush current withstanding capability for safeguarding sensitive components. |
Precise Clear-Time Characteristics: | Transient Resilience: Prevents nuisance tripping by expertly balancing overcurrent sensitivity with high in-rush current endurance. |
Best-in-Class DCR Ratings: | Thermal Stability: Dramatically reduces parasitic heat generation, preventing localized board overheating and protecting surrounding components. |
Enhanced Power Efficiency: | Optimized Energy Delivery: Minimizes excessive power loss while optimizing thermal management strategies. |
Extreme Operating Temperature: | Mission-Critical Reliability: Engineered to maintain consistent performance in the most demanding automotive and industrial environments. |
