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©2017 by System Plus Consulting | 100V MOSFET Technical Review 1

21 rue la Noue Bras de Fer44200 NANTES - FRANCE +33 2 40 18 09 16 info@systemplus.fr www.systemplus.fr

MOSFET Technology Review100V Industrial MosfetPower Semiconductor report by Elena Barbarini August 2017

©2017 by System Plus Consulting | 100V MOSFET Technical Review 2

Overview / Introductiono Executive Summaryo Reverse Costing

Methodology

Company Profile & SupplyChain

Physical Analysis

Manufacturing Process Flow

Cost Analysis

Selling Price Analysis

About System Plus

Executive Summary

These two reports present in-depth analyses of the latest innovations in 100V industrial MOSFET devices. They show thedifferences between 20 selected devices from Infineon, International Rectifier (IR), Fairchild, ON Semiconductor, Toshiba,Vishay and STMicroelectronics. All the major manufacturers on the market and their new technologies are thus covered.

The technology report details the manufacturing processes and materials used, packaging structures, component designs, diesizes, electrical performance and current densities. The cost report then compares the components’ electrical performance,technical choices and cost structure.

100V silicon MOSFETs are standard devices commonly used in many applications, such as automotive, industrial, computingand storage, home appliances and audio and imaging. The market for 41-100V discrete MOSFETs represented US$1.3B in 2016and it is expected to be US$1.8B in 2022.

The technology report provides a unique opportunity to understand the technology choices, technology roadmaps andevolution. The cost report reveals the manufacturing costs of the major MOSFET manufacturers, to give the bases for optimalchoices of components during design and integration.

In the reports, we analyze and compare products from the five main manufacturers. Among them Fairchild and IR have beenrecently acquired by ON Semiconductor and Infineon, respectively. These acquisitions will push the companies to choose, inthe near future, between products in the portfolio, based on cost and performance.

The reports include comparisons of cost, foundries and electrical performances of the devices.

©2017 by System Plus Consulting | 100V MOSFET Technical Review 3

Overview / Introductiono Executive Summaryo Reverse Costing

Methodology

Company Profile & SupplyChain

Physical Analysis

Manufacturing Process Flow

Cost Analysis

Selling Price Analysis

About System Plus

Analysed devices

©2017 by System Plus Consulting | 100V MOSFET Technical Review 4

Overview / Introduction

Company Profile & SupplyChain

Physical Analysiso ST

Stripfet7 STL20DN10F7 Stripfet7 STL92N10F7

o Vishay Gen III Si7942DP Gen IV Si7454DDP Gen IV SiR870ADP

o Toshiba UMOS TPW4R50ANH UMOS TPH8R80ANH

o ONSEMI Trench6 NTMFS6B05N Trench6 NVMFS6B14NL

o Fairchild FDMS3662 FDMS86101DC FDMS86181

o IR IRF7452 IRF7853PbF IRF7473PbF-1

o Infineon Optimos 2 BSC100N10NSF Optimos 3 BSC109N10NS3G Optimos 3 BSC070N10NS3 Optimos 5 BSC040N10NS5 Optimos 5 BSC035N10NS5

Manufacturing Process Flow

About System Plus

Physical Analysis Methodology

Package is analysed and measured.

The package is opened to get overall dies data: dimensions, main characteristics, device markings.

Pictures of selected area are made in order to understand the connections between the different components.

The Si MOSFET is separated to get overall die data: dimensions, main blocks, pad number and pin out, die marking.

Removal of metal layers (step by step) to measure the minimum dimensions.

Pictures of selected areas to identify the nature of the MOSFET.

SEM photographs to measure the dimensions.

©2017 by System Plus Consulting | 100V MOSFET Technical Review 5

Overview / Introduction

Company Profile & SupplyChain

Physical Analysiso ST

Stripfet7 STL20DN10F7 Stripfet7 STL92N10F7

o Vishay Gen III Si7942DP Gen IV Si7454DDP Gen IV SiR870ADP

o Toshiba UMOS TPW4R50ANH UMOS TPH8R80ANH

o ONSEMI Trench6 NTMFS6B05N Trench6 NVMFS6B14NL

o Fairchild FDMS3662 FDMS86101DC FDMS86181

o IR IRF7452 IRF7853PbF IRF7473PbF-1

o Infineon Optimos 2 BSC100N10NSF Optimos 3 BSC109N10NS3G Optimos 3 BSC070N10NS3 Optimos 5 BSC040N10NS5 Optimos 5 BSC035N10NS5

Manufacturing Process Flow

About System Plus

Package characteristics

©2017 by System Plus Consulting | 100V MOSFET Technical Review 6

Overview / Introduction

Company Profile & SupplyChain

Physical Analysiso ST

Stripfet7 STL20DN10F7 Stripfet7 STL92N10F7

o Vishay Gen III Si7942DP Gen IV Si7454DDP Gen IV SiR870ADP

o Toshiba UMOS TPW4R50ANH UMOS TPH8R80ANH

o ONSEMI Trench6 NTMFS6B05N Trench6 NVMFS6B14NL

o Fairchild FDMS3662 FDMS86101DC FDMS86181

o IR IRF7452 IRF7853PbF IRF7473PbF-1

o Infineon Optimos 2 BSC100N10NSF Optimos 3 BSC109N10NS3G Optimos 3 BSC070N10NS3 Optimos 5 BSC040N10NS5 Optimos 5 BSC035N10NS5

Manufacturing Process Flow

About System Plus

Package opening

©2017 by System Plus Consulting | 100V MOSFET Technical Review 7

Overview / Introduction

Company Profile & SupplyChain

Physical Analysiso ST

Stripfet7 STL20DN10F7 Stripfet7 STL92N10F7

o Vishay Gen III Si7942DP Gen IV Si7454DDP Gen IV SiR870ADP

o Toshiba UMOS TPW4R50ANH UMOS TPH8R80ANH

o ONSEMI Trench6 NTMFS6B05N Trench6 NVMFS6B14NL

o Fairchild FDMS3662 FDMS86101DC FDMS86181

o IR IRF7452 IRF7853PbF IRF7473PbF-1

o Infineon Optimos 2 BSC100N10NSF Optimos 3 BSC109N10NS3G Optimos 3 BSC070N10NS3 Optimos 5 BSC040N10NS5 Optimos 5 BSC035N10NS5

Manufacturing Process Flow

About System Plus

Cross section

Package cross section

©2017 by System Plus Consulting | 100V MOSFET Technical Review 8

Overview / Introduction

Company Profile & SupplyChain

Physical Analysiso ST

Stripfet7 STL20DN10F7 Stripfet7 STL92N10F7

o Vishay Gen III Si7942DP Gen IV Si7454DDP Gen IV SiR870ADP

o Toshiba UMOS TPW4R50ANH UMOS TPH8R80ANH

o ONSEMI Trench6 NTMFS6B05N Trench6 NVMFS6B14NL

o Fairchild FDMS3662 FDMS86101DC FDMS86181

o IR IRF7452 IRF7853PbF IRF7473PbF-1

o Infineon Optimos 2 BSC100N10NSF Optimos 3 BSC109N10NS3G Optimos 3 BSC070N10NS3 Optimos 5 BSC040N10NS5 Optimos 5 BSC035N10NS5

Manufacturing Process Flow

About System Plus

Package Cross section

Package cross section

©2017 by System Plus Consulting | 100V MOSFET Technical Review 9

Overview / Introduction

Company Profile & SupplyChain

Physical Analysiso ST

Stripfet7 STL20DN10F7 Stripfet7 STL92N10F7

o Vishay Gen III Si7942DP Gen IV Si7454DDP Gen IV SiR870ADP

o Toshiba UMOS TPW4R50ANH UMOS TPH8R80ANH

o ONSEMI Trench6 NTMFS6B05N Trench6 NVMFS6B14NL

o Fairchild FDMS3662 FDMS86101DC FDMS86181

o IR IRF7452 IRF7853PbF IRF7473PbF-1

o Infineon Optimos 2 BSC100N10NSF Optimos 3 BSC109N10NS3G Optimos 3 BSC070N10NS3 Optimos 5 BSC040N10NS5 Optimos 5 BSC035N10NS5

Manufacturing Process Flow

About System Plus

MOSFET die Dimensions

©2017 by System Plus Consulting | 100V MOSFET Technical Review 10

Overview / Introduction

Company Profile & SupplyChain

Physical Analysiso ST

Stripfet7 STL20DN10F7 Stripfet7 STL92N10F7

o Vishay Gen III Si7942DP Gen IV Si7454DDP Gen IV SiR870ADP

o Toshiba UMOS TPW4R50ANH UMOS TPH8R80ANH

o ONSEMI Trench6 NTMFS6B05N Trench6 NVMFS6B14NL

o Fairchild FDMS3662 FDMS86101DC FDMS86181

o IR IRF7452 IRF7853PbF IRF7473PbF-1

o Infineon Optimos 2 BSC100N10NSF Optimos 3 BSC109N10NS3G Optimos 3 BSC070N10NS3 Optimos 5 BSC040N10NS5 Optimos 5 BSC035N10NS5

Manufacturing Process Flow

About System Plus

Die process

Transistor after delayering – SEM View

©2017 by System Plus Consulting | 100V MOSFET Technical Review 11

Overview / Introduction

Company Profile & SupplyChain

Physical Analysiso ST

Stripfet7 STL20DN10F7 Stripfet7 STL92N10F7

o Vishay Gen III Si7942DP Gen IV Si7454DDP Gen IV SiR870ADP

o Toshiba UMOS TPW4R50ANH UMOS TPH8R80ANH

o ONSEMI Trench6 NTMFS6B05N Trench6 NVMFS6B14NL

o Fairchild FDMS3662 FDMS86101DC FDMS86181

o IR IRF7452 IRF7853PbF IRF7473PbF-1

o Infineon Optimos 2 BSC100N10NSF Optimos 3 BSC109N10NS3G Optimos 3 BSC070N10NS3 Optimos 5 BSC040N10NS5 Optimos 5 BSC035N10NS5

Manufacturing Process Flow

About System Plus

Die cross section

Die cross section

©2017 by System Plus Consulting | 100V MOSFET Technical Review 12

Overview / Introduction

Company Profile & SupplyChain

Physical Analysiso ST

Stripfet7 STL20DN10F7 Stripfet7 STL92N10F7

o Vishay Gen III Si7942DP Gen IV Si7454DDP Gen IV SiR870ADP

o Toshiba UMOS TPW4R50ANH UMOS TPH8R80ANH

o ONSEMI Trench6 NTMFS6B05N Trench6 NVMFS6B14NL

o Fairchild FDMS3662 FDMS86101DC FDMS86181

o IR IRF7452 IRF7853PbF IRF7473PbF-1

o Infineon Optimos 2 BSC100N10NSF Optimos 3 BSC109N10NS3G Optimos 3 BSC070N10NS3 Optimos 5 BSC040N10NS5 Optimos 5 BSC035N10NS5

Manufacturing Process Flow

About System Plus

Front- End Cost

©2017 by System Plus Consulting | 100V MOSFET Technical Review 13

Overview / Introduction

Company Profile & SupplyChain

Physical Analysiso ST

Stripfet7 STL20DN10F7 Stripfet7 STL92N10F7

o Vishay Gen III Si7942DP Gen IV Si7454DDP Gen IV SiR870ADP

o Toshiba UMOS TPW4R50ANH UMOS TPH8R80ANH

o ONSEMI Trench6 NTMFS6B05N Trench6 NVMFS6B14NL

o Fairchild FDMS3662 FDMS86101DC FDMS86181

o IR IRF7452 IRF7853PbF IRF7473PbF-1

o Infineon Optimos 2 BSC100N10NSF Optimos 3 BSC109N10NS3G Optimos 3 BSC070N10NS3 Optimos 5 BSC040N10NS5 Optimos 5 BSC035N10NS5

Manufacturing Process Flow

About System Plus

Wafer Cost per process steps

©2017 by System Plus Consulting | 100V MOSFET Technical Review 14

Overview / Introduction

Company Profile & SupplyChain

Physical Analysiso ST

Stripfet7 STL20DN10F7 Stripfet7 STL92N10F7

o Vishay Gen III Si7942DP Gen IV Si7454DDP Gen IV SiR870ADP

o Toshiba UMOS TPW4R50ANH UMOS TPH8R80ANH

o ONSEMI Trench6 NTMFS6B05N Trench6 NVMFS6B14NL

o Fairchild FDMS3662 FDMS86101DC FDMS86181

o IR IRF7452 IRF7853PbF IRF7473PbF-1

o Infineon Optimos 2 BSC100N10NSF Optimos 3 BSC109N10NS3G Optimos 3 BSC070N10NS3 Optimos 5 BSC040N10NS5 Optimos 5 BSC035N10NS5

Manufacturing Process Flow

About System Plus

Component Cost & Price

©2017 by System Plus Consulting | 100V MOSFET Technical Review 15

Overview / Introduction

Company Profile & SupplyChain

Physical Analysis

Manufacturing Process Flow

About System Pluso Company serviceso Related reportso Feedbackso Contacto Legal

REVERSE COSTING ANALYSES - SYSTEM PLUS CONSULTING

Power Semiconductors & Compound• Status of the Power Electronics Industry 2017• Power MOSFET 2017: Market and Technology Trends

MARKET AND TECHNOLOGY REPORTS - YOLE DÉVELOPPEMENTREVERSE COSTING ANALYSES - SYSTEM PLUS CONSULTING

Power Semiconductors & Compound• ON Semiconductor PowerTrench FDMS86181 • 40V Silicon MOSFETs Technology and Cost Review

Related Reports

©2017 by System Plus Consulting | 100V MOSFET Technical Review 16

COMPANYSERVICES

©2017 by System Plus Consulting | 100V MOSFET Technical Review 17

Overview / Introduction

Company Profile & SupplyChain

Physical Analysis

Manufacturing Process Flow

About System Pluso Company serviceso Related reportso Feedbackso Contacto Legal

Business Models Fields of Expertise

Custom Analyses(>130 analyses per year)

Reports(>40 reports per year)

Costing Tools

Trainings

©2017 by System Plus Consulting | 100V MOSFET Technical Review 18

Overview / Introduction

Company Profile & SupplyChain

Physical Analysis

Manufacturing Process Flow

About System Pluso Company serviceso Related reportso Feedbackso Contacto Legal

Contact

Headquarters21 rue La Noue Bras de Fer44200 NantesFRANCE+33 2 40 18 09 16sales@systemplus.fr

Europe Sales OfficeLizzie LEVENEZFrankfurt am MainGERMANY+49 151 23 54 41 82llevenez@systemplus.fr

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www.systemplus.fr

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GREATER CHINAYOLE

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