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High Current Power Modules | BHC
BHC develops and assembles High Current Power Modules for demanding marine, automotive and industrial power applications. These modules combine thick copper PCB design, SMT assembly, high-current conductor paths and mechanically robust M6, M8 or M10 power connections. The result is a compact, low-resistance power platform for battery chargers, switching units, DC power distribution and control modules. By integrating power electronics, thermal management, potting and reliable interconnection technology, BHC supports OEM customers from prototype to serial production. Each assembly is engineered for stable current handling, low internal losses and long-term reliability in harsh environments where vibration, heat, moisture and continuous load cycles are critical design factors.
Precision
Low-ohmic power control
BHC designs High Current Power Modules with a strong focus on electrical efficiency, thermal stability and mechanical integrity. Thick copper PCB technology enables high-current tracks with reduced voltage drop and low internal resistance. Combined with SMT placement, heavy-duty terminals and controlled potting, the modules are suitable for compact power conversion and switching applications where current density, heat dissipation and reliable conductivity are essential.
Flexibility
CUTTING-EDGE TECHNOLOGY
Thick copper PCB layouts for high-current paths, low impedance and optimized thermal spreading Combination of SMT components with M6, M8 or M10 heavy-duty power connections Custom potting, coating, heatsink interface and connector configuration for application-specific modules
Reliability
KEY FEATURES
🔹Very low internal resistance for reduced heat build-up and efficient power transfer
🔹Mechanically stable PCB and terminal construction for vibration-resistant installation
🔹Post-assembly potting for moisture protection, insulation stability and improved durability
IDEAL FOR
🔹Marine & nautical systems
🔹Automotive & e-mobility
🔹Industrial power systems
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- High-current PCB assembly with heatsink interface for stable thermal performance.
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- SMT power control board engineered for compact switching and current regulation.
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- Thick copper PCB assembly with SMT control components and heavy-duty power interfaces.
