Engineered for Low Losses, Fast Switching & High Efficiency

MCC is proud to introduce the latest in our MOSFET lineup: three advanced 600V components designed to deliver impressive performance and efficiency. Available in the compact TO-247 package, MCW075N60FH, MCW099N60SH, and MCW105N60FH feature typical on-resistance values from 65mΩ to 95mΩ, making them ideal for a wide range of applications.

These MOSFETs are available with or without an integrated fast recovery diode (FRED), which improves recovery and switching times while simplifying circuit design and eliminating the need for an external FRED.

Equipped with superjunction technology, these MOSFETs boost overall efficiency and minimize power dissipation. They also ensure low conduction losses while reducing heat generation, only adding to their reliability and thermal performance.

Responsiveness in power conversion and a low gate charge enable rapid switching, making them ideal for challenging conditions found in motor drives and renewable energy applications.

Level up system performance with these robust MOSFET solutions with integrated FRED for faster recovery than traditional body diodes.

Features & Benefits:
Superjunction Technology: Delivers lower on-resistance and higher efficiency in high-voltage environments
Low On-Resistance: Achieves minimal power losses during operation
Low Conduction Losses: Improves system performance by reducing heat generation
Low Gate Charge: Facilitates faster switching speeds and reduced drive power
Integrated Fast Recovery Diode: Improves overall system performance and lowers component count
High-Speed Switching: Supports high-frequency applications with increased efficiency

Product Highlights
Our 600V SJ MOSFETs with integrated FRED options offer the ideal combination of efficiency, switching speed, and reliability. From on-resistance to recovery times, these components improve overall performance for demanding applications.

1. Enhanced Efficiency
Our MOSFETs deliver sub-100mΩ on-resistance and low conduction losses, enabling reduced power dissipation and improved efficiency in power conversion applications.

2. Minimal Heat Generation
With superior efficiency and thermal performance, these MOSFETs minimize heat buildup, allowing for cooler operation and extending the system’s lifespan.

3. Faster Switching Speeds
The low gate charge and integrated FRED enable rapid switching, essential for high-frequency scenarios and enhances responsiveness and performance in power supplies and motor drives.

4. Simplified Design
With integrated recovery diodes, these MOSFETs reduce component count, streamlining circuit design and simplifying manufacturing processes while improving performance and lowering costs.

Applications
These new MOSFETs offer efficient power conversion with uncompromising performance, ensuring these components will be invaluable in a wide range of high-voltage applications.

Power Supplies：
AC-DC converters
Battery protection
DC-DC converters
Power management systems

Motor Drives：
Industrial motor controls
Robotics applications

Renewable Energy：
Solar inverters
Wind power converters

Consumer Electronics：
Power adapters and chargers
High-efficiency appliances

Industrial：
Uninterruptible power supplies (UPS)
Welding equipment
Heating, ventilation, and air conditioning (HVAC) systems

Source：https://www.mccsemi.com/