MCC introduces the MCAC Power MOSFET Series, a family of 40V and 100V N-Channel and P-Channel devices designed to address efficiency, thermal performance, and PCB space constraints in modern power designs. Engineered for industrial, consumer, and automotive applications, the series delivers low conduction and switching losses, strong current capability, and reliable thermal performance in compact surface-mount packages.

Built on split gate trench technology, the MCAC series achieves low R_DS(on) and optimized switching behaviour, helping reduce power loss and improve overall system efficiency. With both N- and P-Channel options available, along with AEC-Q101 qualified variants, the portfolio provides flexibility for high-side and low-side switching across a wide range of power architectures.

The MCAC Automotive-Grade 40V & 100V N- and P-Channel MOSFET series are compact surface-mount devices built on split-gate trench technology, targeting efficient power switching in industrial, consumer, and automotive systems. They offer low R_DS(on) and optimized switching behavior to reduce both conduction and switching losses, improving overall system efficiency while supporting high continuous current capability in a small DFN5060 footprint. The series includes both N-channel and P-channel options as well as AEC-Q101 qualified variants, making it suitable for robust 12 V automotive operation under harsh electrical and thermal conditions, with low junction-to-ambient thermal resistance that enables stable performance in demanding high-power applications.

These MOSFETs are designed for a range of power and control functions, including DC-DC converters, switching power supplies, point-of-load regulators, load switches, power-distribution modules, and hot-swap or inrush-current-control circuits within power conversion and distribution subsystems. In motor-control domains, they support motor drivers and control systems for brushed and brushless DC motors, such as fans, pumps, compressors, actuators, and servo/positioning systems. For energy-storage and battery applications, they are used in battery management systems, battery-protection and cell-balancing functions, and charging/discharging control in portable, backup, and general energy-storage architectures. Across automotive, industrial, and consumer electronics, the MCAC series serves automotive body electronics and lighting, industrial power-management and automation equipment, consumer electronics and home appliances, and embedded control and power-regulation modules.

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