Low RDS(on), Low Gate Charge, and Enhanced AOI Accuracy for High-Efficiency Power Switching

MCC introduces the MCG062N15Y, a 150V N-Channel MOSFET engineered for high-efficiency switching in compact, space-constrained designs. This device utilizes advanced Split Gate Trench (SGT) technology and a high-density cell structure to deliver low RDS(on) and low gate charge, reducing conduction and switching losses for greater energy efficiency.

The MCG062N15Y is housed in a thermally optimized PDFN3333 package, offering improved heat dissipation and reliable performance in demanding power environments. Its enhanced package design supports high-precision Automated Optical Inspection (AOI), helping reduce both defect escape rates and false calls, which are key to improving manufacturing yield and system reliability.

Ideal for power supplies, motor drives, load switches, MPPT controllers, inverters, and automation systems, the MCG062N15Y gives designers a dependable path to smaller, more efficient, and more accurate power solutions.

Features & Benefits:
  • Split Gate Trench (SGT) Technology: Boosts switching efficiency and thermal performance.
  • High-Density Cell Design: Achieves low RDS(on), minimizing conduction losses.
  • Low Gate Charge: Reduces switching losses for high-efficiency operation.
  • AOI-Optimized Package: Improves inspection accuracy and manufacturing yield.
  • Compact PDFN3333 Package: Saves board space and enhances thermal management

Product Highlights   

MCC’s new 150V N-channel MOSFET delivers efficient switching performance and enhanced AOI accuracy in a compact PDFN3333 package. Its low RDS(on), low gate charge, and space-saving design make it a reliable choice for power supplies, motor drives, and automation systems.

150V N-Channel MOSFET in PDFN3333 Package

1

Improved Efficiency:

Low RDS(on) and low gate charge reduce conduction and switching losses, boosting overall energy efficiency.

150V N-Channel MOSFET in PDFN3333 Package

2

Reliable Manufacturing:

AOI-optimized package design improves inspection accuracy, lowering defect rates and increasing production yield

150V N-Channel MOSFET in PDFN3333 Package

3

Space-Saving Package:

The compact PDFN3333 footprint optimizes board space, supporting smaller and lighter end-product designs.

150V N-Channel MOSFET in PDFN3333 Package

4

Versatile Performance:

Ideal for applications such as power supplies, motor drives, load switching, MPPT controllers, and automation systems

Applications

Engineered for efficient power switching and control, the MCG062N15Y delivers reliable performance in a compact footprint. Its robust design supports a wide range of applications, including industrial systems, renewable energy solutions, consumer electronics, and general power management.

motor control systems - mcc semi - micro commercial components - 500x300

solar micro inverters - mcc semi - micro commercial components 500x300

Power supplies for automotive electronics - mcc semi - micro commercial components 500x300

switching applications - mcc semi - micro commercial components - 500x300

Industrial Automation

Renewable Energy

Consumer and Commercial Electronics

General Purpose Power Management

  • Motor Control
  • Load Switching
  • Automation Systems
  • MPPT Controllers
  • Inverters
  • Power Supplies
  • High-efficiency switching applications

 

Product Attributes, Parametrics & Datasheet

Product

Type

Package

Drain-Source
Voltage
VDS

Drain-Source
On-Resistance
(max.)RDS(on)

Mounting Type

Datasheet

MCG062N15Y

N-Channel Power MOSFET

DFN3333-8(SWF)

60V

5.5mΩ

Surface-Mount (SMD)

Info

 

Contact MCC to request a sample or ask a question. 

 

For a deeper dive into MOSFET applications and design considerations, get our essential guide.

 

MCC
Post by MCC
August 11, 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.