Insights to Enhance Design Decisions & Performance

Engineers often face significant challenges with efficiency, reliability, and space constraints when designing modern electronics. Traditional MOSFETs can lead to energy losses and subpar performance, ultimately limiting the effectiveness of numerous applications.

MCC’s 40V MOSFETs are made to address these design issues directly. With enhanced efficiency and compact size, our components provide reliable solutions that empower engineers to optimize their designs and achieve superior performance in a variety of applications.

What 40V MOSFETs Does MCC Offer?

Our 40V MOSFETs are engineered with advanced split-gate trench technology. This innovative design significantly reduces on-resistance and gate charges, resulting in lower energy waste and enhanced overall efficiency.

Devices that utilize these MOSFETs operate more effectively, reducing operational costs while assuring a longer component lifespan.

Well-Suited for a Wide Range of Applications

Our 40V MOSFETs go beyond superior performance to deliver versatility across diverse applications. With over 75 different configurations available, including N-channel and P-channel styles, MCC provides solutions tailored for both automotive and industrial sectors.

Automotive Applications:

• LED Lighting Systems: Ensures efficient switching operations
• Battery Management Systems (BMS): Acts as a critical protection component.
• Electric Power Steering (EPS) Systems: Integral for modern automotive functionality.
• DC-DC Converters: Key switching devices in power management.

Industrial and Consumer Applications:

• DC Fans: Serve as switches to control fan speed, ensuring efficient operation.
• Power Tools: Facilitates precise motor speed and torque control for safe, stable performance.
• Home Appliances & Alarms: Allows efficient power management and rapid response to control signals.
• DC-DC Converters: Maximizes energy transfer and minimizes losses during switching.
• Motor Drivers: Empowers precise control of motor direction and speed through rapid switching.

Understanding MOSFET Technologies

Comprehensive knowledge of MOSFET technologies and their differences is crucial for choosing the right component for the application and product. Primary MOSFET classifications:

• Low Voltage (12V ~ 30V) Best for small signal devices
• Medium Voltage (40V ~ 200V): Features sophisticated split- and shielded-gate trench designs for enhanced dynamic performance
• High Voltage (> 400V): Built for demanding applications with superjunction (SJ) designs

When comparing traditional trench MOSFETs to split-gate trench solutions, the benefits are clear:

Compact and Cost-Effective Components

MCC’s 40V MOSFETs come in various packaging options, including leaded and leadless formats. These compact designs — including the popular 3.3 x 3.3mm and 5 x 6mm sizes — help reduce production costs while maximizing design flexibility.

Specialized packaging options like side-wettable flanks and dual-side cooling capabilities also enhance thermal management, ensuring reliable operation in demanding environments.

Meeting Diverse Customer Demands

MCC’s commitment to addressing the challenges faced by customers is evident in our extensive MOSFET portfolio. Key improvements include:

• Enhanced On-Resistance & Gate Charge: Advanced manufacturing technologies minimize energy loss.
• Space-Efficient Designs: Smaller die sizes lower material costs and enhance design flexibility.
• Innovative Thermal Management: Dual-side cooling solutions help mitigate overheating, extending device lifespan.

By choosing MCC’s MOSFETs, engineers can achieve superior performance and reliability, paving the way for more efficient and cost-effective electronic systems.

For more insights into how MCC’s components can transform your projects, check out our essential guide to 40V MOSFETs.