Infineon Technologies Ag · XETR:IFX
Infineon Technologies — Technical Presentation (January 2025)
31 slides from Infineon Technologies's technical presentation, January 2025
Slide 1: OptiMOS 7 Overview
OptiMOS 7 Overview ATV MOS January 2025 public 1
Slide 2: IFX's next leading edge Automotive MOSFET Technology
OptiMOS 7 Overview IFX's next leading edge Automotive MOSFET Technology Infineon's unique copper 5th Trench Technology metallization released by ATV MOSFET Outstanding electrical and thermal conductivity Ruggedness improvement State of the art dual poly High avalanche trench technology current capab
Slide 3: Features, Benefits & Advantages
OptiMOS 7 Overview Features, Benefits & Advantages Key features Key benefits Key advantages ‒ Very low RDS(on) ‒ Minimized conduction losses ‒ RDS(on) reduced >40% from prior gen ‒ Fast switching times (turn on/off) ‒ Superior switching performance ‒ ID current increased from prior gen ‒ High avalan
Slide 4: OptiMOS 7 40 V – IFX's new leading edge Power MOSFET Technology
OptiMOS 7 40 V OptiMOS 7 40 V – IFX's new leading edge Power MOSFET Technology public Copyright © Infineon Technologies AG 2025. All rights reserved. 4
Slide 5: Automotive Packages: Innovative & Robust Quality
OptiMOS 7 40 V Overview Automotive Packages: Innovative & Robust Quality OptiMOS 7 40 V – IFX's new leading edge Power MOSFET Technology IFX’s industry benchmark in RDS(on)*A, power-density, current capability, switching performance, chip ruggedness Available in IFX's famous robust package portfolio
Slide 6: Focus Applications & Packages
OptiMOS 7 40 V Overview Focus Applications & Packages Power Distribution Application / Packages Drives Power Conversion Safety Switches S3O8 (3x3) x x Dual and Half-Bridge SSO8 (5x6) x x Single SSO8 (5x6) x x x SSO10T (5x8) x x x sTOLL (7x8) x x x mTOLG (8x8) x TOLL (10x12) x x x https://www.infineo
Slide 7: OptiMOS 7 40 V – Leading Technology
OptiMOS 7 40 V – Leading Technology for Drives + Power Distribution + Power Conversion ‒ Highest Avalanche capability ever in a Trench FET ‒ Lowest Ron in portfolio available ‒ Small Qg for higher efficiency and less switching losses IPC100N04S4-02 IPC100N04S5-1R2 IAUC120N04S6N006 IAUCN04S7N004 RDS(
Slide 8: Highest Avalanche Current Rating + Lowest RDS(on)
OptiMOS 7 40 V – Highest Avalanche Current Rating + Lowest RDS(on) – Perfect Fit for Safety Switches and Power Distribution ‒ Highest avalanche current rating in portfolio (also at same RDS(ON)) ‒ Perfect fit for Safety Switches / Power Distribution applications ‒ Easy replacement for OptiMOS 5&6 Zo
Slide 9: OptiMOS 7 40 V with 25% better SOA ruggedness
OptiMOS 7 40 V with 25% better SOA ruggedness Perfect Fit for Power Distribution & Safety Switches ‒ Average 25% and up to 35% SOA improvement vs. OptiMOS 6 ‒ Perfect fit to reduce steady on losses or enable higher currents SOA 10000 1000 ID [A] 100 10 1 0.1 1 10 100 VDS [V] Fuse Box public Copyrigh
Slide 10: Low Gate Charge for high Frequency Switching
OptiMOS 7 40 V – Low Gate Charge for high Frequency Switching – Perfect Fit for efficient Drives and Power Conversion ‒ Small gate charge for lowest gate drive currents ‒ Optimized for current source gate drivers with low Rg ‒ Small Qg for higher efficiency and less switching losses IAUZN04S7N028 IP
Slide 11: Optimized Turn On / Off Switching
OptiMOS 7 40 V with optimized Turn On / Off Switching Perfect Fit for efficient Drives and Power Conversion Up to 20% faster switching times ‒ enables higher frequency for DCDCs ‒ Higher duty cycle by achieving lower deadtimes OptiMOS 7 OptiMOS 5 OptiMOS 5 OptiMOS 7 public Copyright © Infineon Techn
Slide 12: Optimized input & output capacitances
OptiMOS 7 40 V with optimized input & output capacitances Lower values & better linearity for overall improved switching behavior IAUC120N04S6N006 IAUCN04S7N006 15% lower input capacitance (Ciss) 10% lower output capacitance (Coss) 6% more stable output capacitance (Coss) Up to 45% less reverse tran
Slide 13: OptiMOS 7 80 V and 100 V
OptiMOS 7 80 V and 100 V 48 V Power Distribution HV to 48 V DCDC converter For 80 V & 100 V: OptiMOS 7 products expand and complement the OptiMOS 5 portfolio public Copyright © Infineon Technologies AG 2025. All rights reserved. 13
Slide 14: Applications Overview: Automotive 48 V
Infineon's 80 V & 100 V Automotive MOSFETs Applications Overview: Automotive Powertrain Safety Body (Vehicle Motion) (Vehicle Automation) (User Experience) (Chassis) (Electrical/Electronic Architecture) 48 V Starter Generator 48 V Suspension DC / DC (HV-48 V) Fuel Injection 48 V EPS DC / DC (48 V-12
Slide 15: The next power semiconductor technology is here: OptiMOS 7
Infineon's OptiMOS 7 80 V and 100 V Automotive MOSFETs The next power semiconductor technology is here: OptiMOS 7 RDS(on) improvement over time / technology 80 V 100 V public Copyright © Infineon Technologies AG 2025. All rights reserved. 15
Slide 16: OptiMOS 7 is complementing the existing portfolios
OptiMOS 7 is complementing the existing portfolios of OptiMOS 5 80 V and 100 V MOSFET products Infineon Automotive MOSFET Latest available technology S3O8 SSO8 SSO8 SSO8 TOLG 10x12 SSO10T sTOLL mTOLG TOLL Single Half-Bridge Dual Single TOLT 10x15 5x8 mm2 7x8 mm2 8x8 mm2 10x12 mm2 3x3 mm2 5x6 mm2 5x6
Slide 17: New products for 80 V & 100 V in S3O8, SSO8, SSO10T and TOLL
Infineon‘s OptiMOSTM 7 80 V and 100 V Automotive MOSFETs 35 new products for 80 V & 100 V in S3O8, SSO8, SSO10T and TOLL First products released! More coming soon. 5 Products SSO8 in 80 V 80 V 100 V SSO8 in 100 V 4 Products Released! 9x products 5x products Released! down to 1.3 mΩ down to 2.1 mΩ SS
Slide 18: Best-in-class products planned by package
OptiMOS 7 80V and 100V Automotive MOSFETs Best-in-class products planned by package S3O8 SSO8 TOLL SSO10T Name (TSDSON-8) (TDSON-8) (HSOF-8) (LHDSO-10) 3D View Footprint 3x3 mm2 5x6 mm2 10x12 mm2 5x7 mm2 Configuration Single Single Single Single Cooling method PCB (bottom) cooled PCB (bottom) cooled
Slide 19: 80V and 100V SSO8 (5x6mm) Products
OptiMOS 7 80V and 100V SSO8 (5x6mm) Products Features, benefits, and advantages − Best 80V 5x6 mm package MOSFET on the market! Only 1.3 mΩ max. RDS(on) ! − Best 100V 5x6mm package MOSFET on the market! Only 2.1 mΩ max. RDS(on) ! SSO8 − OptiMOS 7 RDS(on) ca. 50% less than previous generation OptiMOS
Slide 20: OptiMOS 7 80 V Technology evolution in 5x6 mm2 SSO8 package
OptiMOSTM 7 80 V Technology evolution in 5x6 mm2 SSO8 package Comparison of best RDS(on) products in each technology − Great improvement in RDS(on) − Best RDS(on) available on the market − Major increase in continuous Drain current − Highest single avalanche capability ever in a Trench FET − Tighter
Slide 21: OptiMOS 7 80 V - Low Gate Charge for high Frequency Switching
OptiMOSTM 7 80 V - Low Gate Charge for high Frequency Switching Comparison of similar RDS(on) products in each technology − Small gate charge for lowest gate drive currents − Optimized for current source gate drivers with low Rg − Small Qg for higher efficiency and less switching losses IPB160N08S4-
Slide 22: OptiMOS 7 80 V with optimized Turn On / Off Switching
OptiMOSTM 7 80 V with optimized Turn On / Off Switching Perfect fit for efficient 48 V drives and power conversion Up to 25% faster switching times − Enables higher frequency for DCDCs − Higher duty cycle by achieving lower deadtimes Switching behavior: turn-on Switching behavior: turn-off VDS, VGS=
Slide 23: OptiMOS 7 80 V with optimized input & output capacitances
OptiMOSTM 7 80 V with optimized input & output capacitances Lower values & better linearity for overall improved switching behavior IAUC100N08S5N034 IAUCN08S7N034 C=f(VDS); VGS=0V; f=1MHz C=f(VDS); VGS=0V; f=1MHz 10000 10000 32 % lower input capacitance Coss (Ciss) Ciss 1000 1000 20 % lower output c
Slide 24: OptiMOS 7 80 V Single SSO8 5x6 with Cu-clip
OptiMOSTM 7 80 V Single SSO8 5x6 with Cu-clip For enhanced electrical and thermal performance PG-TDSON-8-34 Improved package design PG-TDSON-8-53 larger die size & larger clips for higher current capability and better thermal performance! public Copyright © Infineon Technologies AG 2025. All rights
Slide 25: OptiMOS 7 100 V Technology evolution in 5x6 mm2 SSO8 package
OptiMOSTM 7 100 V Technology evolution in 5x6 mm2 SSO8 package Comparison of best RDS(on) products in each technology − Great improvement in RDS(on) − Best RDS(on) available on the market − Major increase in continuous Drain current − Highest single avalanche capability ever in a Trench FET − Tighte
Slide 26: OptiMOS 7 100 V - Low Gate Charge for high Frequency Switching
OptiMOSTM 7 100 V - Low Gate Charge for high Frequency Switching Comparison of similar RDS(on) products in each technology − Small gate charge for lowest gate drive currents − Optimized for current source gate drivers with low Rg − Small Qg for higher efficiency and less switching losses IPB120N10S4
Slide 27: OptiMOS 7 100 V with optimized Turn On / Off Switching
OptiMOSTM 7 100 V with optimized Turn On / Off Switching Perfect fit for efficient 48 V drives and power conversion Up to 25% faster switching times − Enables higher frequency for DCDCs − Higher duty cycle by achieving lower deadtimes Switching behavior: turn-on Switching behavior: turn-off VDS, VGS
Slide 28: OptiMOS 7 100 V with optimized input & output capacitances
OptiMOSTM 7 100 V with optimized input & output capacitances Lower values & better linearity for overall improved switching behavior IAUC100N10S5N040 IAUCN10S7N040 C=f(VDS); VGS=0V; f=1MHz C=f(VDS); VGS=0V; f=1MHz 10000 10000 Coss 32 % lower input capacitance (Ciss) Ciss 1000 1000 9 % lower output c
Slide 29: OptiMOS 7 100 V Single SSO8 5x6 with Cu-clip
OptiMOSTM 7 100 V Single SSO8 5x6 with Cu-clip For enhanced electrical and thermal performance PG-TDSON-8-34 Improved package design PG-TDSON-8-53 larger die size & larger clips for higher current capability and better thermal performance! public Copyright © Infineon Technologies AG 2025. All rights
Slide 30: Always use Infineon's recommended footprint
OptiMOSTM 7 80 & 100 V Single SSO8 5x6 with Cu-clip Always use Infineon’s recommended footprint public Copyright © Infineon Technologies AG 2025. All rights reserved. 30
Slide 31: Cinfineon
Cinfineon
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