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Infineon's semiconductors and control architecture are designed in a unique way to bring more efficiency, power density and cost effectiveness to your products.



AC-DC applications requiring high voltage blocking capability and fast switching with low losses take advantage of the revolutionary CoolMOS™ superjunction technology for more efficient power supplies.

 

DC-DC applications can be classified by their needs for extremely fast switching with low losses or more robust switching at moderate frequencies. Designers benefit from the ultra-low switching losses of the OptiMOS™ technology in applications above 100kHz in power supply applications as well as the highly robust StrongIRFET™ in applications with the need for high avalanche protection such as motor control.

 

Designs requiring the highest quality and enhanced protection features benefit from Infineon's  Automotive qualified MOSFETs which go beyond AEC-Q101 industry standards providing the most reliable MOSFETs in the industry.

 

Infineon's whole range of power MOSFETs and systems enable innovation and performance in your application, including switch mode power supplies (SMPS), computing, motor control and drives, consumer, mobile devices, lighting solutions, automotive and more. 

 

Webbutton-whitepaper-Wireless-Charging Webbutton_Whitepaper

Webbutton_CoolMOS_700V-P7

Webbutton_CoolMOS_CE_Promobutton

Automotive Power
Selection Guide

NEW! CoolMOS™ P7 in

SOT-223 package

NEW! OptiMOS™ Linear FET family

 



Industrial power MOSFETs 20V-300V - OptiMOS™ and StrongIRFET™ families

Infineon’s highly innovative OptiMOS™ and StrongIRFET™ families consistently meet the highest quality and performance demands in key specifications for power system design such as on-state resistance and figure of merit characteristics. Infineon is the market leader in highly efficient solutions for power generation (e.g. solar micro inverter), power supply (e.g. server and telecom) and power consumption (e.g. electric vehicle).

 

  • Save overall system costs by reducing the number of phases in multiphase converters
  • Reduce power losses and increase efficiency for all load conditions
  • Save space with the smallest packages such as DirectFET™/ CanPAK™ or system-in-package solutions
  • Minimize EMI in the system making external snubber networks obsolete and the products easy to design-in

 


Industrial power MOSFETs 500V-900V - CoolMOS™ families

AC-DC applications utilizing CoolMOS™ benefit from the lowest losses per R DS(on) using the superjunction principle developed by Infineon. This creates power supplies that are more efficient, compact and cooler than ever before. CoolMOS™ is available in several technologies designed for specific topologies and applications.

 

>Learn more about the CoolMOS™ product families

 


Automotive power MOSFETs 20V-600V - OptiMOS™ families

Infineon OptiMOS™ combines leading MOSFET technology with a robust package to deliver best-in-class performance and outstanding current capacity. Automotive-qualified MOSFET packages now have even higher current capacity thanks to our PowerBond technology.

 

  • Best-in-class R DS(on) performance for increased system efficiency
  • Highest current DPAK and D 2PAK on the market for reduced ECU module size
  • Lowest switching and conduction power losses for increased thermal system reliability
  • Robust green package for easy process handling

 


Product Selection Guide

Title Size Date Version
373 KB 04 Aug 2017 02_00
10.5 MB 03 Nov 2016 01_03
22.2 MB 21 Feb 2017 00_00
3.5 MB 15 May 2017 01_00
369 KB 04 Aug 2017 02_00
1.2 MB 17 Aug 2015 01_00
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310 KB 10 Oct 2016 01_00
1.9 MB 12 Mar 2008
1.9 MB 03 May 2013 01_00
3.2 MB 12 Mar 2008
11.1 MB 01 Aug 2015 01_01
2.7 MB 12 Mar 2008

Product Brochure

Title Size Date Version
907 KB 08 May 2015 02_00
1.4 MB 08 May 2015 02_00
1.2 MB 31 Oct 2016 01_00
2.7 MB 27 Apr 2017 02_00
3.9 MB 09 Jan 2017 01_01
1.5 MB 09 Jun 2016 06_16

Application Brochure

Title Size Date Version
3.3 MB 01 Mar 2016 01_00
2.5 MB 03 May 2017 01_00
199 KB 18 Sep 2017 02_00
247 KB 17 Feb 2016 01_00
1.5 MB 27 Jun 2017 02_00
6.9 MB 01 Jun 2013 00_00
409 KB 28 Jan 2016 01_00
340 KB 23 Oct 2015 01_00
1.9 MB 26 Jun 2014 01_00

Additional Technical Information

Title Size Date Version
1.8 MB 10 Apr 2017 01_00
1.5 MB 27 Mar 2017 01_00
1.4 MB 11 May 2016 01_00
1 MB 27 Mar 2017 01_00
1.5 MB 30 Jul 2014 02_05
505 KB 15 Apr 2008 01_07
1.9 MB 30 Jul 2014 02_05
321 KB 31 Jul 2014 01_06
357 KB 11 Dec 2013 02_03

Application Brief

Title Size Date Version
445 KB 27 Apr 2017 01_00
656 KB 06 Jun 2014 01_00
328 KB 18 Sep 2017 02_00
87 KB 11 Jul 2017 01_00
408 KB 24 Oct 2014 01_00

Application Notes

Title Size Date Version
1.2 MB 21 Jun 2016 01_00
2.2 MB 19 Dec 2014 02_00
4.3 MB 07 Nov 2016 01_00
2.7 MB 28 Mar 2017 01_00
1.2 MB 06 Apr 2017 01_00
1.5 MB 12 May 2014 01_00
1.1 MB 10 Apr 2017 01_00
1.3 MB 21 May 2014
2.6 MB 07 Sep 2016 02_00
6.5 MB 12 Jul 2017 01_00
660 KB 23 Nov 2015 01_00
3.6 MB 13 Dec 2016 01_00
4.8 MB 09 Nov 2016 01_00
1.1 MB 25 Oct 2016 01_01
683 KB 17 Dec 2015 01_00
1 MB 15 Jul 2015 01_00
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1.2 MB 01 Jun 2012 01_00
3.7 MB 23 Aug 2013 01_00
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3.3 MB 01 Mar 2010 01_00
2.3 MB 18 Nov 2015 02_11
3 MB 14 Jun 2017 01_00
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993 KB 01 Apr 2008 01_00
430 KB 28 Nov 2016 01_00
3.9 MB 05 Apr 2017 01_00
1.6 MB 30 Mar 2017 01_00
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2.3 MB 30 May 2016 05_00
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4.3 MB 12 Dec 2013 01_00
7 MB 25 Jun 2015 01_00
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12.1 MB 13 Sep 2016 01_00
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5 MB 26 Jun 2017 01_00
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Article

Title Size Date Version
1.5 MB 21 Sep 2015 01_00
1.7 MB 10 Jun 2015 01_00
1.7 MB 20 Oct 2014 01_00
377 KB 23 Nov 2012
3.4 MB 29 Jul 2014
491 KB 01 Jan 2011
923 KB 12 Apr 2017 01_00
3.3 MB 22 Jul 2016 01_00
1.6 MB 18 May 2016 01_00
1.2 MB 23 Jun 2013
1.3 MB 12 Apr 2017 01_00
2 MB 23 Sep 2013
297 KB 10 Oct 2013 01_00
578 KB 10 Nov 2013 01_00
706 KB 10 Sep 2014 01_00
838 KB 10 Feb 2015 01_00
1.2 MB 18 Jun 2012
699 KB 10 Jun 2015 01_00
11.8 MB 27 Aug 2014
418 KB 01 Jun 2012
115 KB 03 Dec 2014 01_00
550 KB 01 May 2012
722 KB 20 May 2015 01_00
852 KB 30 Nov 2012
688 KB 01 Feb 2007
925 KB 15 Aug 2003
152 KB 03 Aug 2006
134 KB 16 Mar 2006
1.3 MB 03 Aug 2006
83 KB 03 Aug 2006
1.2 MB 16 Mar 2014
253 KB 03 Aug 2006
275 KB 16 Mar 2006
820 KB 12 Nov 2015 01_00
166 KB 16 Mar 2006
215 KB 03 Aug 2006
1 MB 16 Mar 2014
1.1 MB 01 Mar 2013
57 KB 03 Aug 2006
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Product Brief

Title Size Date Version
186 KB 04 Apr 2017 01_00
306 KB 12 Jul 2017 01_00
350 KB 18 Aug 2017 01_00
200 KB 25 Jul 2017 01_00
240 KB 28 Mar 2017 01_00
117 KB 23 Dec 2016 01_00
638 KB 16 May 2017 01_00
709 KB 11 Oct 2016 01_00
113 KB 14 Mar 2017 01_00
237 KB 01 May 2011 01_00
132 KB 23 Dec 2016 01_00
281 KB 22 Aug 2017 01_00
672 KB 01 Mar 2011 01_00
511 KB 01 Jun 2010
170 KB 06 Sep 2016 01_00
200 KB 25 Apr 2016 01_00
716 KB 12 Mar 2015 01_00
972 KB 01 Jun 2012
934 KB 04 Oct 2016 01_00
306 KB 01 May 2011 01_00
562 KB 01 Feb 2008
565 KB 01 Nov 2011
259 KB 01 Sep 2010 01_00
332 KB 19 Apr 2017 01_00
786 KB 01 May 2014
382 KB 19 Jan 2017 01_00
279 KB 10 Feb 2014
1.1 MB 08 Apr 2013
283 KB 01 Apr 2010
431 KB 01 Apr 2013 01_00
299 KB 01 Feb 2010 01_00
349 KB 01 Mar 2010 01_00
844 KB 12 Mar 2015 01_00
219 KB 12 Apr 2016 01_00
388 KB 18 Apr 2017 01_00
268 KB 31 Aug 2017 02_00
475 KB 26 Mar 2014
234 KB 28 Apr 2014
409 KB 03 Jul 2015 01_00
285 KB 21 Apr 2016 01_00
115 KB 24 Aug 2015 01_00
753 KB 01 Feb 2014
381 KB 04 Feb 2015 01_00
381 KB 01 Nov 2012
650 KB 11 Oct 2013
784 KB 11 Oct 2013 01_00
560 KB 06 Mar 2014 01_00
464 KB 01 Oct 2013 01_00
272 KB 30 Jun 2017 01_00
430 KB 16 Mar 2011
436 KB 30 Jun 2017 01_00
235 KB 01 Feb 2012
738 KB 01 Nov 2012
257 KB 01 Dec 2011
224 KB 12 May 2011
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120 KB 29 Jan 2008
303 KB 26 Jul 2013

Editorials

Title Size Date Version
349 KB 04 Nov 2015 01_00

Additional Product Information

Title Size Date Version
126 KB 25 Jul 2017 01_00
10 MB 01 Mar 2016 01_00
573 KB 26 May 2016 01_01
1.3 MB 22 Sep 2011 02_00
103 KB 20 Oct 2016 01_00
51 KB 20 Oct 2016 01_00
84 KB 20 Oct 2016 01_00
134 KB 01 Mar 2013
157 KB 05 Feb 2015 01_00
111 KB 01 Feb 2012
81 KB 01 Mar 2011
306 KB 10 Aug 2015 01_00
193 KB 20 Jul 2015 01_00
85 KB 07 Jul 2016 01_00
245 KB 02 Aug 2016 01_00
1.8 MB 20 Apr 2010
1.5 MB 11 Aug 2015 01_00
97 KB 02 Jun 2015 01_00
159 KB 26 Aug 2015 01_00
114 KB 01 Mar 2013 01_00
530 KB 08 May 2013 01_00
2.1 MB 10 Aug 2015 01_00

Certificates

Title Size Date Version
432 KB 26 Mar 2010

Presentations

Title Size Date Version
2.6 MB 04 Nov 2016 01_00
2.5 MB 04 Nov 2016 01_00
2.1 MB 04 Nov 2016 01_00
1.7 MB 04 Nov 2016 01_00
3.2 MB 04 Nov 2016 01_00

Evaluation Boards

Board Family Description Status
EVALSF3-ICE3BS03LJG MOSFET, Power Controller (PWM, PFC) F3 FF controller ICE3BS03LJG for 60W 16V SMPS evaluation board with 85~265V AC universal input for LCD monitor, adapter, DVD, STB and auxiliary power supplies.
  • ICE3BS03LJG
  • SPA07N60C3
active and preferred
EVALPFC3-ICE3PCS02G Diode (Si, SiC), MOSFET, Power Controller (PWM, PFC) PFC CCM ICE3PCS02G for 300 W 400 V SMPS evaluation board with 85~265V AC universal input.
  • ICE3PCS02G
  • IDH04S60C
  • IPP60R199CP
active and preferred
EVALPFC3-ICE3PCS01 MOSFET, Power Controller (PWM, PFC) PFC CCM ICE3PCS01G for 300 W 400 V SMPS evaluation board with 85~265V AC universal input.
  • ICE3PCS01G
active and preferred
KIT_XMC_DP_EXP_01 Gate Driver, Microcontroller, MOSFET The new XMC™ digital power explorer kit utilizes Infineon’s industry leading XMC™ range of ARM® Cortex®-M microcontrollers, OptiMOS™ BSC0924NDI MOSFETs and IRS2011S high and low side drivers. The kit’s power board features synchronous buck converter with on-board resistive load banks.
  • BSC0924NDI
  • IRS2011S
  • XMC1302-T038X0200 AB
  • XMC4200-F64K256 AB
active and preferred
REF-10W ADAPTER MOSFET, Power Controller (PWM, PFC) 10.5W 5.0V USB adapter reference board
  • ICE2QS03G
  • IPU60R950C6
active and preferred
EVAL 300W CCM PFC P6 Diode (Si, SiC), MOSFET, Power Controller (PWM, PFC) 300W CCM Power factor correction (PFC), 110/230 AC to 400 DC, 98.5% peak efficiency
  • ICE3PCS01G
  • IDH02G65C5
  • IPP60R190P6
active
REF-XDPL8220-U30W LED Driver & Ballast Controller, MOSFET Efficient and flickerfree reference circuit designfor (XDPL8220) with high power factor and low THD.It is built for universal input voltage (90V-305V) and for 30W output power. It implements a dual stage PFC, Flyback topology.
  • CDM10V
  • CoolMOS CE
  • CoolMOS P7
  • XDPL8220
active and preferred
EVALLEDICL5101E1 LED Driver & Ballast Controller, MOSFET PFC/LLC Constant Voltage Evaluation Board 110W LED Driver
  • BSP135
  • ICL5101
  • IPD60R450E6
  • IPP60R125C6
active and preferred
EVAL_45W_19V_FLYB_P7 MOSFET, Power Controller (PWM, PFC) 45W Adapter Demo Board
  • 2N7002
  • ICE2QS03G
  • IPA80R450P7
active and preferred
EVAL_800W_130PFC_C7 Diode (Si, SiC), Gate Driver, MOSFET, Power Controller (PWM, PFC) 800W CCM Power factor correction (PFC), 110/230 AC to 400 DC, 97.8% peak efficiency, 130 kHz-high power density
  • 2EDN7524F
  • ICE2QR4780Z
  • ICE3PCS01G
  • IDH06G65C5
  • IPP60R180C7
  • XMC1302-T038X200 AB
on request
EVAL_800W_PFC_C7_V2 Diode (Si, SiC), Gate Driver, Power Controller (PWM, PFC), MOSFET 800W CCM Power factor correction (PFC), 110/230 AC to 400 DC, 97.8% peak efficiency, 130 kHz-high power density
  • 2EDN7524F
  • ICE2QR4780Z
  • ICE3PCS01G
  • IDH06G65C5
  • IPP60R180C7
  • XMC1402-Q040X0128 AA
active and preferred
EVAL_600W_12V_LLC_C7 Gate Driver, MOSFET, Power Controller (PWM, PFC) 600W DCDC/LLC stage, 400V/12V DC, 97.8% peak efficiency
  • IPP60R180C7, BSC010N04LS, 2EDL05N06PF, ICE2HS01G, ICE2QR2280Z, 2EDN7524F
active and preferred
REF-15W ADAPTER Diode (Si, SiC), MOSFET, Power Controller (PWM, PFC) PWM-QR ICE2QS03G for 15W 5V SMPS reference board with 85~265V AC universal input.
  • BAS21-03W
  • BSC067N06LS3G
  • ICE2QS03G
  • IPU60R950C6
active and preferred
EVAL_600W_12V_LLC_P7 Gate Driver, Microcontroller, MOSFET
  • 2EDL05N06PF
  • 2EDN7524
  • BSC010N04LS
  • ICE2QR2280Z
  • IPP60R180P7
  • XMC4200
active and preferred
EVALLEDICL8201F2 LED Driver & Ballast Controller, MOSFET T8 LED tube reference design
  • ICL8201
  • IPS65R1K5CE
active and preferred
EVAL_800W_PSU_4P_C7 MOSFET, Gate Driver This 800W evaluation board is intended to be a form, fit and function testplatform for server applications to show operation of the 600V CoolMOS C7, 650V SiC Diode , Optimos 40V, Quasi Resonat Flyback (QR) and XMC 1400/4200 controller.The evaluation board is designed around the Infineon 600V CoolMOS 4-Pin device and the cost effective Optimos 40V Technology to show switching performance and power density design .
    active and preferred
    EVAL_3KW_2LLC_C7_20 Gate Driver, Microcontroller, MOSFET 3.0kW Dual LLC Evaluation Board
    • 1EDI60N12AF
    • 2EDN7524R
    • 2N7002
    • BAS 52-02V BAT165
    • BSC093N15NS5
    • BSS316N
    • ICE2QR2280Z
    • IFX1763XEJ V33
    • IFX1763XEJ V50
    • IPP60R040C7
    • XMC4400-F64K512AB
    active and preferred
    EVALLEDICL8105E1 LED Driver & Ballast Controller, MOSFET 20 - 80W universal evaluation system for LED driver with contant current output based on the ICL8105 digital single-stage flyback controller and 800V CoolMOS™
    • ICL8105
    • IPD80R1K0CE
    • SPA17N80C3
    not for new design
    EVAL_2K5W_CCM_4P_V2 Diode (Si, SiC), Gate Driver, MOSFET, Power Controller (PWM, PFC) 2500W CCM Power factor correction (PFC), 110/230 AC to 400 DC, >98% peak efficiency, 65/100 kHz, shows efficiency benefits due to usage of TO247-4
    • 1EDI60N12AF
    • ICE3PCS01G
    • ICE3RBR4765JZ
    • IDH16G65C5
    • IFX91041
    • IPZ60R040C7
    coming soon
    EVAL-1HS01G-1-200W MOSFET, Power Controller (PWM, PFC) 200W, 12V, 24V half bridge LLC resonant converter evaluation board for SMPS with 280V AC input
    • ICE1HS01G
    • IPA50R299CP
    active and preferred
    EVAL_3KW_DB_PFC_C7 Diode (Si, SiC), Gate Driver, Microcontroller, MOSFET Full IFX solution for a Bridgeless Dual Boost PFC for a 3kW Server/Telecom/Industrial SMPS
    • IPW65R045C7
    • 1EDI60N12AF
    • 2EDN7524F
    • ICE2QR2280
    • IDH16G65C5
    • IPZ65R045C7
    • TLF4949
    • XMC1300
    coming soon
    EVAL_15W_5V_FLYB_P7 This is a 15W 5.0V/3.0A USB adapter reference design using Quasiresonant PWM IC ICE2QS03G, CoolMOS™ IPS70R1K4P7S (IPAK), OptiMOS™ BSC067N06LS3G and high Speed Switching Diode BAS21-03W in a slim plug form factor with various mode of protections.
    • BAS21-03W
    • BSC067N06LS3G
    • ICE2QS03G
    • IPU70R1K4P7S
    active and preferred
    EVAL_2KW_ZVS_FB_CFD2 Gate Driver, MOSFET 2kW DCDC/ZVS full bridge stage 380/48 VDC, 96.6% peak efficiency
    • 2EDN7524F
    • IPP110N20N3 G
    • IPW65R080CFD
    active and preferred
    EVAL_800W_PFC_P7 Gate Driver, Microcontroller, MOSFET, Power Controller (PWM, PFC) The purpose of this demoboard is to demonstrate the performance of the latest 600V CoolMOS™ P7 (IPP60R180P7) Power MOSFET technology working at 65kHz in a CCM PFC boost converter along with EiceDRIVER™ ICs (2EDN7524F) and 650V CoolSiC™ Schottky Diode Generation 5 (IDH06G65C5) using analog control (ICE3PCS01G).
    • 2EDN7524F
    • ICE2QR2280Z
    • ICE3PCS01G
    • IDH06G65C5
    • IPP60R180P7
    active and preferred
    REF-15W_IR_OPTI3 MOSFET, Power Controller (PWM, PFC) PWM-QR ICE2QS03G and µSmartRectifierTM IR1161 for 15W 5V SMPS adapter reference board with 85~265 VAC universal input
    • BSZ100N06LS3 G
    • ICE2QS03G
    • IPS65R1K5CE
    • IR1161
    active
    EVAL-600W-12V-LLC-A Gate Driver, MOSFET, Power Controller (PWM, PFC) 600W DC-DC/LLC stage 400/12VDC, 97.4% peak efficiency (digital and analog version available)
    • 2EDL05N06PF
    • 2EDN7524F
    • BSC010N04LS
    • ICE2HS01G
    • ICE2QR2280Z
    • IPP60R190P6
    • XMC4200
    active and preferred
    DEMO_BATT_SW_V3 MOSFET Electronic high current battery disconnect, built up with the new ultra lowohmic TO-Leadless MOSFETs in combination with an innovative Inlay PCB technology.
    • IPLU300N04S4-R8
    on request
    EVAL-2EDL23N06PJ Gate Driver, MOSFET Evaluation Board for 2EDL23N06PJ - Optimized 600V half bridge gate driver IC with LS-SOI technology to control MOS-transistors. • Driving MOS-transistors or IGBTs • For equipping 2EDL 600V half bridge EiceDRIVER™
    • Driving MOS-transistors or IGBTs
    • For equipping 2EDL 600V half bridge EiceDRIVER™
    active and preferred
    EVALQRS-ICE2QS02G-80W MOSFET, Power Controller (PWM, PFC) QR contoller ICE2QS02G for 80W 20V SMPS evaluation board with 85~265V AC universal input for LCD TV, home audio or printer applications.
    • ICE2QS02G
    • IPA60R199CP
    active and preferred
    EVAL_IPT015N10N5_TOLL MOSFET Evaluation Board for an inverter stage of high power motor control applications such as forklifts or low speed cars, available in five RDS(on) variants
    • 100V IPT015N10N5 1.5mΩ
    • 100V IPT020N10N3 2.0mΩ
    • 150V IPT059N15N3 5.9mΩ
    • 60V IPT007N06N 0.75mΩ
    • 80V IPT012N08N5 1.2mΩ
    on request
    REF-15W THINPAK ADAPTER Diode (Si, SiC), MOSFET, Power Controller (PWM, PFC) 15W 5V USB adapter reference board
    • BAS21-03W
    • BSC067N06LS3G
    • ICE2QS03G
    • IPL65R1K5C6S
    active and preferred
    EVAL_3KW_2LLC_P7_47 Gate Driver, Microcontroller, MOSFET Full IFX solution for the HV DCDC stage of a 3KW Telecom/industrial SMPS
    • 1EDI60N12AF
    • 2EDN7524
    • BSC093N15NS5
    • ICE2QR2280Z
    • IPW60R037P7
    • XMC4400
    active and preferred
    EVALLEDICL8201F1 LED Driver & Ballast Controller, MOSFET GU10 LED lamp reference design
    • ICL8201
    • IPU50R3K0CE
    active and preferred
    REF-15W_CE1K0 ADAPTER MOSFET, Power Controller (PWM, PFC) 15W reference board for flyback smart phone/tablet (5V/3A)
    • BSC067N06LS3 G
    • ICE2QS03G
    • IPS65R1K0CE
    active and preferred
    REF-35W ADAPTER Diode (Si, SiC), MOSFET, Power Controller (PWM, PFC) PWM-QR ICE2QS03G for 35W 19V SMPS reference board with 85~265V AC universal input.
    • 2N7002
    • BAS21-03W
    • ICE2QS03G
    • IPD60R600P6
    active and preferred
    KIT_600W_LLC_DI_CTRL MOSFET, Gate Driver, Microcontroller Adapter-Kit to replace the analog control card by a digital version
    • Silicon transistor (BC846PN)
    • Voltage regulator (IFX91041EJV33)
    • XMC™ microcontroller (XMC4200-Q48K256AB)
    active and preferred
    EVAL_40W_19V_FLYB_P7 MOSFET, Power Controller (PWM, PFC) Test platform for low cost charger and adapter applications
    • 2N7002
    • ICE2QS03G
    • IPA70R600P7S
    active and preferred
    KIT_2K5W_CCM_TOLL MOSFET, Diode (Si, SiC), Gate Driver This TO-lead less (TOLL) adapter is special made in order to upgrade the EVAL_2.5KW_CCM_4PIN evaluation board for SMD devices in the PFC stage by just exchanging the heatsink with the already assembled devices on it. The C7 GOLD series (G7) for the first time brings together the benefits of the improved C7 GOLD 600V CoolMOS™ technology, 4 pin Kelvin Source capability and the improved thermal properties of the TOLL package to enable a possible SMD solution for high current applications.
    • CoolMOSTM -IPT60R028G7
    • CoolSICTM G5 - IDK12G65C5
    active and preferred
    REF-15W_CE1K5 ADAPTER MOSFET, Power Controller (PWM, PFC) 15W reference board for flyback smart phone/tablet (5V/3A)
    • BSC067N06LS3 G
    • ICE2QS03G
    • IPS65R1K5CE
    active and preferred
    EVAL_16W_66V_BCK_CE LED Driver & Ballast Controller, MOSFET 16W adapter demo board for Lighting applications
    • ICL8201
    • IPN60R3K4CE
    active
    REF-45W ADAPTER MOSFET, Power Controller (PWM, PFC) This reference board is intended to be a form, fit and function test platform for low cost and high power density applications
    • ICE2QS03G
    • IPA60R650CE
    active and preferred
    KIT_XMCI45_LARIX_PINU_1 Security, Gate Driver, LED Driver & Ballast Controller, Linear Voltage Regulator (LDO), MOSFET, Power Controller (PWM, PFC), Sensor Quadrocopter demonstrator kit with 9-axis motion tracking, pressure sensor and authentication representation. Control via Bluetooth or radio transmitter.
    • BCR321U
    • BSC0925ND
    • DPS310
    • IFX1117MEV33
    • IFX91041V50
    • IR2301S
    • MPU9250
    • ORIGA™ 2L
    • XMC1302 Q040X0128
    • XMC4200 OBD
    • XMC4500
    coming soon
    EVALPFC3-ICE3PCS03G Diode (Si, SiC), MOSFET, Power Controller (PWM, PFC) PFC CCM ICE3PCS03G for 300 W 400 V SMPS evaluation board with 85~265V AC universal input.
    • ICE3PCS02G
    • IDH04S60C
    • IPP60R199CP
    active and preferred

    Simulation Models

    Title Size Date Version
    675 KB 22 Aug 2017 01_00
    669 KB 17 Jan 2017 01_00
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    671 KB 31 Jul 2014 01_00
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    666 KB 29 Apr 2016 01_00
    673 KB 22 Aug 2017 02_00
    667 KB 07 Mar 2013 01_00
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    69 KB 18 Sep 2007
    175 KB 11 Jun 2012 01_00

    Simulation Tool

    Title Size Date Version
    827 B 24 Jan 2017 02_00
    835 B 18 Nov 2016 01_00
    809 B 16 Sep 2016 01_00
    825 B 27 Sep 2016 01_00
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    825 B 22 Jun 2016 01_00
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    809 B 06 Jun 2016 01_00
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    805 B 05 Apr 2016 01_00
    807 B 05 Apr 2016 01_00
    803 B 26 Apr 2016 01_00
    795 B 07 Apr 2016 01_00
    807 B 07 Apr 2016 01_00
    CoolMOS_P7_SOT223_1

    CoolMOS™ P7 in SOT-223 - combining performance and ease of use with a cost-effective package solution

    CoolMOS™ P7 in SOT-223 package is Infineon’s contribution to the design of competitive products that match the increasing demand for light and slim low power SMPS designs, such as slim notebook adaptors.

    CoolMOS-P7-in-SOT-223_2

    CoolMOS™ P7 in SOT-223 - designed for competitiveness in the low power SMPS market

    CoolMOS™ P7 in SOT-223 package offers excellent performance and ease-of-use, allowing designers to take advantage of a high performance superjunction MOSFET technology and a cost-effective package solution supporting slim designs and improved form factors.

     

    eLearning_P7_in_SOT223

    eLearning CoolMOS™ P7 in SOT-223

    This elearning provides all details about the features and benefits of CoolMOS™ P7 power MOSFET family in SOT-223 and its suitability for low power SMPS. The P7 family is targeting charger, adapter, TV SMPS and lighting SMPS applications.

    videodb_2871_71060_10185213_16x9_03_HD

     

    OptiMOS™ Linear FET - Combining a low R DS(on) with a wide safe operating area

    This video provides an overview of the new OptiMOS™ Linear FET, which offers a combination of the low R DS(on) of modern trench MOSFET with the wide safe operating area (SOA) of planar MOSFET.

    OptiMOS™ Linear FET is ideally suited to telecom and battery management applications.

     
     

     

    OptiMOS_Linear_FET_eLearning_marketing_EN

    eLearning OptiMOS™ Linear FET - marketing training

    This eLearning provides an overview of the new OptiMOS™ Linear FET, a revolutionary concept, which enables a low R DS(on) together with a high linear mode capability. The product portfolio is ideally suited for telecom and battery management applications.

     

    OptiMOS_Linear_FET_eLearning_technical_EN  

    eLearning OptiMOS™ Linear FET - technical training

    In this training the technical principle of OptiMOS™ Linear FET power MOSFETs is explained and the key differences from the standard trench MOSFETs are shown.

     

     

    Video-wirless-charging 

     

    Wireless charging for consumer - fuel the future with Infineon

    Infineon’s broad selection of components helps you mastering your design challenges for resonant and inductive wireless charging solutions. As a member of the Wireless Power Consortium and the AirFuel Alliance, Infineon is dedicated to actively shape the trends of tomorrow. Explore our portfolio and use our helpful wireless charging selection tool to find the best-fit solutions for your wireless charging design.

     

    3:59

    WirelessCharging_Selectontool 

     

    Selection Tool Wireless Charging

    With our selection tool you will find the right parts for your design requirements. You just have to select your application, the power range, the standard you want to apply, the topology and you will get an overview about our most recommended offerings for your design. Based on that, you can directly add the selection to your shopping cart. It is recommended to use the Internet Explorer browser or the Firefox browser to enable optimized display – google Chrome browser is not recommended.

    elearning_coolMOS_P7_power_mosfet_600V

     

    eLearning: 600V CoolMOS™ P7 - optimized combination between high efficiency and ease-of-use

    This training will provide an overview about 600V CoolMOS™ P7 power MOSFET family. Besides understanding how 600V CoolMOS™ P7 is positioned within the CoolMOS™ product series you will learn more about the applications at which the 600V CoolMOS™ P7 is targeted. In addition the key features and benefits of the CoolMOS™ P7 technology are explained.

    Video_CoolMOS_P7

     

    600V CoolMOS™ P7 – Infineon’s most well balanced high voltage MOSFET technology

    Introduction of Infineon’s latest 600V CoolMOS™ P7 power MOSFE family, combining highest efficiency with excellent ease-of-use and overview about target applications, features and benefits.

     
    Length: 5:43
    Video_700V_P7_1

     

    Infineon's answer for flyback topologies - 700V CoolMOS™ P7 application and corner stones

    Introduction of Infineon’s 700V CoolMOS™ P7 superjunction MOSFET technology by highlighting the competitive advantages, the topology it has been optimized for as well as its target applications.

     
    Length: 4:24
    Video_700V_P7_1

     

    Infineon's answer for flyback topologies - 700V CoolMOS™ P7 additional features and portfolio

    Highlighting additional features of Infineon’s 700V CoolMOS™ P7, summarizing the overall value proposition and giving an outlook on the finely graduated product portfolio.

     
    Length: 4:08
    eLearning-700V-coolmos-p7

     

    eLearning: 700V CoolMOS™ P7 optimized for low power applications from 5W to 75W

    This eLearning provides an explanation of the new 700V CoolMOS™ P7 product family. The goal is to describe what technical and technological benefits 700V CoolMOS™ P7 can offer in comparison to old technologies and competitor products. Furthermore it will present the evaluation of a customer charger to show the performance which can be achieved with 700V CoolMOS™ P7 with respect to thermals, efficiency and electromagnetic interference behavior.

    elearning-800v-coolmos-p7

     

    eLearning: 800V CoolMOS™ P7 for adapter, lighting, aux power and industrial SMPS

    This eLearning provides a detailed introduction into the 800V CoolMOS™ P7 family. The goal is to understand the key applications, benefits and improved performance in flyback topology, and to get an introduction into application relevant measurements and customer value.

    eLearning_SmallSignal_MOSFETs 

    eLearning Small Signal MOSFETs

    DC-DC Product Marketing expert Andy Muggeridge will help you to understand the importance and the value proposition of Infineon's Small Signal MOSFETs. The learner will be introduced to the term Small Signal MOSFETs as well as the key characteristics and parameters of the products. An overview of the full product portfolio, including N-Channel, P-Channel, Depletion Mode MOSFETs and relevant Small PowIR parts together with the most common applications are shown, such as battery protection, DC-DC converters and load switches. In each application example, suitable products are highlighted. The goal of  the training is to give an understanding of the characteristics and applications of Small Signal MOSFETs from Infineon. 

    eLearning-Pchannel-mosfets 

    eLearning P-Channel MOSFETs overview

    Our DC-DC Product Marketing expert Andy Muggeridge will help you to understand the value proposition of Infineon's P-Channel MOSFETs.The learner will be introduced to the key characteristics and parameters of Small Signal and Power P-Channel MOSFETs. An overview of the full product portfolio together with the most common applications including battery protection, DC-DC converters and low voltage drives are shown. In each application example suitable products are highlighted.

    Infineon-Depletion-Mode-Mosfets-elearning 

    eLearning Depletion Mode MOSFETs

    In this session the expert Andy Muggeridge provides an overview about the key characteristics and parameters of Depletion Mode MOSFETs. The most common applications are shown together with an overview of the full product portfolio.

    Video-Optimos5-150V 

     

    Next Generation OptiMOS™ 5 150V Power MOSFETs

    This video provides an overview of the new OptiMOS™ 5 150V Power MOSFETs which are ideally suited for applications such as LV-drives, telecom and solar.

    Length: 2:02

    eLearning-Optimos5-150V-English 

     

    eLearning OptiMOS™ 5 150V Power MOSFETs

    In this session the expert Andy Muggeridge provides an overview about OptiMOS™ 5 150V which is ideally suited for applications such as LV-drives, telecom and solar. The training addresses the following topics: product portfolio, performance overview and key features and benefits of OptiMOS™ 5 150V.

    eLearning-OptiMOS5-150V-technical-training 

     

    eLearning OptiMOS™ 5 150V Power MOSFETs - Technical Training

    In this session the application engineer Ralf Walter provides an overview about the improvements of important MOSFET parameters of the new OptiMOS™ 5 150V, which is well suited for applications such as LV drives, telecom and solar. Additionally the impact to the performance of these applications are shown in detail. The training addresses the following topics: key features, comparison of main parameters and the advantages in the applications.

    600V_CoolMOS_C7_Technical_eLearning

      

    800V CoolMOS™ P7 - a new benchmark in efficiency and thermal performance

    With this video customers get an overview about 800V CoolMOS™ P7 in terms of its best-in-class performance, state-of-the-art ease-of-use as well as price/performance position.

     
    Length 07:38
    video-coolmos-ce

    Introduction of Infineon's superjunction MOSFET solution for low power applications

    Infineon offers an ideal solution for price/performance value with the CoolMOS™ CE family. It comes with low conduction and switching losses that improve efficiency and ultimately reduce power consumption. CoolMOS™ CE comprises 500 V, 600 V, 650 V, 700 V and 800 V for low power applications such as adapter, charger, lighting and TV.

    Length 3:22
    picture_multicopter_3D_animation

    Multicopter solutions from Infineon 3D model

    3D model from Infineon's multicopter solution
    www.infineon.com/multicopter

     
    Length 02:12

     

     

    650V-Coolmos-C7-Gold-Toll-eLearning 

    New eLearning: 650V CoolMOS™ C7 Gold and TO-Leadless package

    This eLearning will help you to understand how the new 650V C7 Gold technology and the TO-Leadless package features combine together to enable for the first time an SMD package to be used in mid to high power PFC circuit. In this training, you will learn how the new C7 Gold and the TO-Leadless package bring benefits in power density and help saving manufacturing costs.

     
    Length 17:00
    webinar_infineons_solution_for_multicopters

    Webinar: Infineon's solutions for multicopters

    In this webinar you will learn how Infineon's cost effective products seek to address challenges faced by multicopter manufacturers while ensuring safety and reliability.                                                                                                                                                

     

     

     

    Length 55:23

    webinar_3d_printers

    Webinar: Infineon's full system solutions for 3D printers

    In Infineon's complete portfolio of semiconductor solutions you will find components for 3D printing designs destined for high acclaim. We offer system solutions for every product you require – such as our 40 V-800 V MOSFETs, CoolSET™ or Integrated Point-of-Load converters (SupIRBuck™) for power management, our µIPM™, NovalithIC™, Sensor Solutions and XMC4500 microcontroller for motor control and our OPTIGA™ Trust E or OPTIGA™ Trust TPM for security of data communication.

     
    Length 48:32
    600V_CoolMOS_C7_Technical_eLearning 

    NEW! eLearning 600V CoolMOS™ C7 series

    In this eLearning you get an explanation of the 600V CoolMOS™ C7 product family and its technical background. After this trainign you will understand the impact from efficiency to temperature, know the losses contribution of the MOSFET in PFC, understand and know the different switching losses mechanism, understand Q oss and E oss and its impact to hard- and soft- switching, know the limitation of the parasitic source inductance and understand the 4pin functionality with its benefit in hard switching applications.

     
    Length 13:07
    Introducing the New CoolMOS™ C7 Series

    Introducing the New CoolMOS™ C7 Series

    Infineon’s new CoolMOS™ C7 series is a revolutionary step forward in technology, providing the worlds’s lowest RDS(on) per package and, thanks to its low switching losses, efficiency improvements over the full load range. C7 is optimized for hard switching topologies such as Power Factor Correction (CCM PFC), Two Transistor Forward (TTF) and Solar Boost in applications such as Solar, Server, Telecom and UPS. The 650V breakdown voltage makes it suitable for both Solar and Switched Mode Power Supplies (SMPS) PFC stages where extra safety margin is required. 

     
    Length 5:57
    Hard Commutation of Power MOSFETs OptiMOS™ 200V/250V Fast Diode - Part 1 of 2

    Hard Commutation of Power MOSFETs OptiMOS™ 200V/250V Fast Diode - Part 1 of 2

     In this video an Infineon expert presents the new OptiMOS™ 200V and 250V Fast Diode (FD) family, which is optimized for body diode hard commutation. The new devices are the perfect choice for hard switching applications such as Telecom, Industrial Power Supplies, Class D Audio Amplifiers, Motor Control and DC/AC inverter. 

     
    Length 4:58
    OptiMOS™ 300 V in D2PAK and TO-220 - Extending the OptiMOS™ Portfolio from 20 V up to 300 V

    OptiMOS™ 300 V in D2PAK and TO-220 - Extending the OptiMOS™ Portfolio from 20 V up to 300 V

    This video introduces Infineon’s new OptiMOS™ 300 V in D2PAK and TO-220 packages. OptiMOS™ 300 V MOSFETs are especially optimized for body diode hard commutation.

     
    Length 2:36
    Introduction to High Voltage High Power SMPS - Part 1 of 3

    Introduction to High Voltage High Power SMPS - Part 1 of 3

    This video on the topic to High Voltage High Power Devices focuses on the main applications Server, Telecom and PC Power for Gaming, featuring Infineon's revolutionary CoolMOS™ technology. The role of High Power Devices in High Power SMPS as well as CCM PFC will be explained. The video illustrates the benefits of Silicon Carbide Schottky Diodes and Superjunction CoolMOS™.

     
    Length 5:20

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