Improved Dynamic Performance and Heat Dissipation for High‑Frequency Power Conversion Systems

Introducing the MCC 100V N-Channel MOSFET (MCP2D5N10Y) in a robust TO-220AB(B) package, engineered for exceptional performance in demanding power applications. Leveraging advanced Split Gate Trench (SGT) technology, this MOSFET delivers enhanced dynamic performance, reduced gate charge, and reliable operation at junction temperatures up to 175°C. Designed with an optimized industry-standard footprint, this device ensures efficient heat dissipation, making it ideal for high-frequency circuits and power conversion systems. 

Power management and conversion systems often struggle with excess heat, energy loss, and inconsistent operation under heavy loads. The MCC 100V N-Channel MOSFET solves these challenges by combining advanced trench technology and a low gate charge design, which work together to reduce switching losses and increase overall efficiency. It's optimized TO-220AB(B) package is designed for excellent thermal performance, maintaining stability at high junction temperatures and enabling long-term reliability. With its standard footprint, this N-Channel MOSFET allows for easy integration into a wide range of designs, supporting engineers in building compact, durable, and energy-efficient solutions that deliver dependable performance—even in the toughest environments. 

Features & Benefits:
  • 100V N-Channel MOSFET
  • Split Gate Trench Power MV MOSFET Technology
  • Low gate charge (Qg) for fast switching
  • Optimized TO-220AB(B) package for superior heat dissipation
  • High operating junction temperature up to 175°C
  • Reliable performance in demanding environments
  • Industry-standard TO-220AB(B) package

Product Highlights   

100V N-Channel MOSFET in TO-220AB(B)

1

Efficient Power Handling

Low gate charge (Qg) and advanced trench technology ensure high switching efficiency, reducing energy loss in power conversion applications.

100V N-Channel MOSFET in TO-220AB(B)

2

Reliable Thermal Performance

Optimized package design and superior heat dissipation enable stable operation even in high-temperature environments. 

 


100V N-Channel MOSFET in TO-220AB(B)

3

Versatile Application Range

Supports a wide variety of uses, including DC-DC converters, load switching, motor control, and server power supplies.

100V N-Channel MOSFET in TO-220AB(B)

4

Long-Term Durability

High operating junction temperature (up to 175°C) and robust construction provide extended product life and consistent reliability.

Applications

This 100V N-Channel MOSFET is designed to meet the needs of a wide range of industries, providing reliable performance in both high-frequency and high-power scenarios. Its versatility and robust construction make it an excellent choice for the following application areas: 

motor drive industrial - mcc semi - micro commercial components 500x300

IT infrastructure MCC

telecommunication applications - mcc semi - micro commercial 500x300

protecting battery packs in cordless tools  - mcc semi - micro commercial components - 500x300

Industrial Automation 

Power Converters

Telecommunications

Consumer Electronics  

  • Motor Control 
  • Load Switching 
  • DC-DC Converters 
  • Server Power Supplies 
  • Power Distribution Units 
  • Base Station Power Supplies 
  • Power Management Modules 
  • Battery-Powered Devices 

 

Product Attributes, Parametrics & Datasheet

Product

Type

Package

Drain-Source 
Voltage 
VDS (V)   
 

Gate-Source 
Voltage 
VGS (V) 

Datasheet

MCP2D5N10Y

Power MOSFET

TO-220AB(B)

100

±20

Info

 

Now available, purchase directly from MCC or through our authorized distributors.  

For technical inquiries or sample requests, contact MCC for support.  

 

 

MCC
Post by MCC
December 3, 2025
MCC is a leading integrated device manufacturer (IDM) of discrete semiconductors worldwide. Headquartered in the US, we deliver supply chain assurance, best-in-class support, and a diverse portfolio of 10,000+ advanced components to help customers innovate in automotive, industrial, and beyond.