Infineon Technologies AG · XETR:IFX
Infineon Technologies — Technical Presentation (May 2023)
91 slides from Infineon Technologies's technical presentation, May 2023
Slide 1: We drive efficiency in drives
We drive efficiency in drives – Our expertise for your optimal drive systems May 2023 1
Slide 2: Table of contents
Table of contents 1 Introduction 3 2 A closer look on inverter solutions 7 3 Product solutions overview 13 4 Benefits with Silicon Carbide solutions (SiC) 91 5 IGBT7 technology – features and benefits 94 6 Key take-aways 99 7 Further information and links 101 2023-05-22 Copyright © Infineon Technolo
Slide 3: Table of contents
Table of contents 1 Introduction 3 2 A closer look on inverter solutions 7 3 Product solutions overview 13 4 Benefits with Silicon Carbide solutions (SiC) 91 5 IGBT7 technology – features and benefits 94 6 Key take-aways 99 7 Further information and links 101 2023-05-22 Copyright © Infineon Technolo
Slide 4: General-purpose drives at a glance
General-purpose drives at a glance Requirements ‒ Performance and reliability ‒ Functional safety ‒ Good price / performance ratio Key applications ‒ Pumps and fans ‒ Marine drives ‒ Process automation 1250 kW ‒ Cranes Infineon products ‒ CIPOS™ IPM ‒ EiceDRIVER™ ‒ Discretes ‒ CoolSiC™ MOSFETs ‒ Eas
Slide 5: Servo drives at a glance
Servo drives at a glance Requirements ‒ High positioning accuracy ‒ Functional safety ‒ Fast response with no overshoot ‒ High reliability Key applications ‒ Robotics ‒ Material handling ‒ Machine tools Infineon products ‒ CIPOS™ IPM ‒ XMC™ MCU ‒ Discretes ‒ PSoC™ MCU ‒ EasyPACK™ ‒ OPTIGA™ Trust M 3
Slide 6: Medium-voltage drives at a glance
Medium-voltage drives at a glance Requirements 36 MW ‒ Long life cycle ‒ High effiency ‒ Fast repair ‒ Redundancy Key applications ‒ Water pumps ‒ Oil & gas ‒ Material handling ‒ Power generation Infineon products ‒ PrimePACK™ ‒ PSoC™ MCU 250 kW ‒ PrimePACK™ .XT ‒ OPTIGA™ Trust M ‒ XHP™ ‒ EconoDUAL™
Slide 7: Table of contents
Table of contents 1 Introduction 3 2 A closer look on inverter solutions 7 3 Product solutions overview 13 4 Benefits with Silicon Carbide solutions (SiC) 91 5 IGBT7 technology – features and benefits 94 6 Key take-aways 99 7 Further information and links 101 2023-05-22 Copyright © Infineon Technolo
Slide 8: Key questions to design your drives inverter
Key questions to design your drives inverter What is the RMS current/motor power? What is the topology? What is your What is the voltage What is the switching specific application? AC/DC? frequency? 2023-05-22 Copyright © Infineon Technologies AG 2023. All rights reserved. Infineon Proprietary 8
Slide 9: A closer look at a typical industrial drive
A closer look at a typical industrial drive Power modulator ‒ Function: converts 1-/3-phase U-I into 3-phase U-I with right frequency ‒ Components: Power switches, gate drivers Sensor systems ‒ Function: detects data such as current flowing into motor or temperature of switches ‒ Components: Current
Slide 10: The levels of integration
The levels of integration Power electronics Gate drivers ‒ Discretes ‒ Dual switch ‒ Level shift driver ‒ Isolated driver (1 & 2 channel) ‒ 3-phase PIM ‒ Single switch ‒ High side ‒ Low side driver (1 & 2 channel) ‒ Half bridge ‒ Sixpack ‒ Thyristors & Diode Discs ‒ High and low side ‒ 3-phase Micro
Slide 11: Application requirements for general-purpose and servo drives
Application requirements for general-purpose and servo drives General-purpose drives Servo drives Less broad portfolio Broad portfolio (0.37… 1250 kW) Power 600 V, 1700 V and 1200 V switches (major) (… ~315 kW or customized current classes) 600 V, 1200 V switches (major) 4 to 8 kHz <100 kW fsw 2 to
Slide 12: Overload ratings for low-voltage drives are key for reliability
Overload ratings for low-voltage drives are key for reliability Overload capability is the property in which, during acceleration operations, the inverter temporarily delivers a higher current than the rated current. There are two sorts of ratings used in industrial drives: Light/Normal Duty (LD/ND)
Slide 13: Table of contents
Table of contents 1 Introduction 3 2 A closer look on inverter solutions 7 3 Product solutions overview 13 4 Benefits with Silicon Carbide solutions (SiC) 91 5 IGBT7 technology – features and benefits 94 6 Key take-aways 99 7 Further information and links 101 2023-05-22 Copyright © Infineon Technolo
Slide 14: Discretes
Discretes 14
Slide 15: Switching technologies for industrial drives – Mapping into motor drive types
Switching technologies for industrial drives – Mapping into motor drive types Low voltage drives Medium-voltage drives 100 V – 690 V > 690 V General-purpose Servo IGBT 600, 650, 1200 V FET IGBT 1200 V+ FET SiC GaN SiC SiC MOSFET MOSFET HEMT MOSFET MOSFET 100 V – 300 V 650 V, 1200 V 600 V 600 V – 650
Slide 16: Switching technologies for industrial drives – Technology positioning
Switching technologies for industrial drives – Technology positioning Load IGBTs are the mainstream technology for constant speed and standard frequency General-purpose drives Si IGBT Industrial Drives Average high / constant load Constant speed motors SiC FETs enable variable speed and low inductan
Slide 17: Broad Intelligent Power Module portfolio
Broad Intelligent Power Module portfolio – Serving power ranges from 20 W to 5 kW plus 1200 V IGBT CoolSiC™ CIPOS™ Maxi 600 V IGBT CoolMOS™ CIPOS™ Mini 600 V IGBT CIPOS™ Tiny 250 V 500 V 600 V FREDFET IGBT CIPOS™ Micro 40 V 50 V 100 V 250 V 500 V CoolMOS™ FREDFET CIPOS™ Nano Power [W] 20 50 200 250
Slide 18: CIPOS Mini fully featured compact inverter solution
CIPOS™ Mini provides fully featured compact inverter solution with wide current range up to 30 A Product images Internal schematic and products NC (24) Related Product name Package (1) VS(U) P (23) Current [A] (2) VB(U) VB1 HO1 RBS1 IKCM10L60GA 10 A VS1 U (22) (3) VS(V) (4) VB(V) VB2 HO2 IKCM15L60GA
Slide 19: CIPOS Mini single boost PFC-integrated inverter IPM
CIPOS™ Mini single boost PFC-integrated 3 phase inverter IPM enables system size reduction and cost improvement Product images Internal schematic and products IFCM10/15S/P60GD IM564-X6D GX (24) PFC Fsw Rated GX (24) NX (23) current 20 kHz 40 kHz NX (23) (1) VS(U) (1) VS(U) (2) VB(U) (2) VB(U) VB1 VB
Slide 20: CIPOS Maxi IPM highest power density in 1200 V class
CIPOS™ Maxi IPM provide excellent performance with highest power density in 1200 V class for 3-phase motor drive application Product images Internal schematic and products 6-channel SOI gate driver Rds(on)/ Voltage Part No. Package Current Ver. Rating NTC Rating IM818-SCC DIP 36x23D 5A 1200 V IGBT 4
Slide 21: Broad discrete IGBT and FET portfolio up to 20 kW
Broad discrete IGBT and FET portfolio serving power ranges up to 20 kW 600 V 650 V 750 V 1200 V CoolSiCTM 350 W CoolSiC™ MOSFET, CoolMOS™ MOSFET, CoolGaN™ HEMT 20 kW 1200 V IGBT 8A TRENCHSTOP™ IGBT7 S7 50 A 1200 V IGBT 15 A TRENCHSTOP™2 75 A 650 V IGBT 20 A TRENCHSTOP™7 75 A 650 V IGBT 15 A TRENCHST
Slide 22: Discrete solutions for industrial drives – features and benefits
Discrete solutions for industrial drives – features and benefits Product images Internal schematic and products Input Product Connect Product name and Family type ion IKW50N65ET7 1-phase INV Switch TRENCHSTOP™ IGBT7 IGBT IKW40N120CS7 3-phase TRENCHSTOP™ IGBT7 IMW65R072M1H CoolSiC™ INV Switch 1-phase
Slide 23: Discrete CoolMOS assisted hard commutation solution
Discrete 600 V/ 650 V CoolMOS™ assisted hard commutation solution – Making CoolMOS™ work in motor drives Product images Internal schematic and products Product Input Product name and Family type Connection SJ 6 x IPT60R035CFD7 or 6 x MOSFET IPDQ60R018CFD7* Gate driver 6 x 2EDF7275F IC 3-phase 6x IDL
Slide 24: Modules
Modules 24
Slide 25: Broad IGBT package portfolio from 6 A to 3600 A
Broad IGBT package portfolio serving current ranges from 6 A to 3600 A P [kW] 3300 V 4500 V IHV and XHPTM 1200 V 1700 V PrimePACKTM 650 V 1200 V 1700 V 62 mm 600 V 1200 V 1700 V 34 mm 650 V 1200 V 1700 V EconoDUALTM 600 V 1700 V EconoPACKTM+ 600 V 1200 V 1700 V EconoPACKTM4 650 V 1200 V 1700 V Econo
Slide 26: TRENCHSTOP IGBT7 with the Easy family
TRENCHSTOP™ IGBT7 with the Easy family – A perfect fit for platform-based design of industrial drives Product images Internal schematic and products PIM with NTC Key features Benefits ‒ The latest TRENCHSTOP™ IGBT7 and EC7 diode technology ‒ Higher power density and lower power losses ‒ Lower on sta
Slide 27: Easy modules with CoolSiC MOSFET chip technology
Easy modules with CoolSiC™ MOSFET chip technology for industrial drives Product images Internal schematic and products EasyPACKTM FS45MR12W1M1P_B11 also available with pre-applied TIM Key features Benefits ‒ EasyPACK™ 1B 1200 V / 4 mΩ sixpack module with CoolSiC™ MOSFET in 1200 V, ‒ Highest efficien
Slide 28: Econo2 and Econo3 modules
Econo2 and Econo3 modules – Established product for broad range of applications Product images Internal schematic and products PIM with NTC Key features Benefits ‒ Established RoHS-compliant housing concept for high volume production ‒ High reliability and quality ‒ Modules with base plate for incre
Slide 29: EconoDUAL 3 – 1st choice for future system designs
EconoDUAL™ 3 – 1st choice for future system designs Product images Internal schematic and products Half-bridge Half-bridge with shunts H-bridge Key features Benefits ‒ Highest power cycling capability ‒ Optimized thermal resistance to heat sink ‒ Excellent mechanical robustness ‒ Reduced mounting ef
Slide 30: EconoPACK 4
EconoPACK™ 4 Product images Internal schematic and products Product Ic (A) FS100R12PT4 100 FS150R12PT4 150 FS200R12PT4 200 Key features Benefits ‒ Robustness: rugged mechanical design with ultrasonic welded and injection-molded ‒ Cost advantage compared to using 3 x 34mm modules / 62mm modules screw
Slide 31: 34mm and 62mm module family
34mm and 62mm module family with its comprehensive portfolio offers more flexibility and highest reliability for inverter designs Product images Internal schematic and products Key features Benefits ‒ IGBT7 and EC7 1200 V chipset ‒ Highest power density ‒ Superior solution for frequency-controlled i
Slide 32: PrimePACK modules enable high system performance
PrimePACK™ modules enable high system performance Product images Internal schematic and products Part Number Voltage IC [A] Package FF450R12IE4 450 PP2 FF600R12IE4/P4 600 PP2 FF900R12IE4/P4 900 PP2 FF1400R12IP4 1200 V 1400 PP3 FF1200R12IE5 1200 FF1500R12IE5/R 1500 FF1800R12IP5 1800 FF450R17IE4 450 P
Slide 33: IHV and XHP the perfect match with drives trends
IHV and XHP™ the perfect match with drives trends Product images Internal schematic and products Single switch Chopper Diode Key features Benefits ‒ Low losses with high output RMS current on decreasing module dimensions ‒ Above features enables more performant up to 50% smaller inverter design ‒ St
Slide 34: Press Pack IGBT's
Press Pack IGBT‘s 34
Slide 35: Prime Switch – PPI features for drives applications
Prime Switch – PPI offers outstanding features for best fit in drives applications Product images Internal schematic and products ‒ P3000ZE45X168 ‒ P3000ZL45X168 ‒ P3000ZE45X168 ‒ P3000ZL45X168APT ‒ P2000DE45X168 ‒ P2000DL45X168 ‒ P2000DE45X168 ‒ P2000DL45X168APT Key features Benefits ‒ New direct P
Slide 36: Prime Switch – Freewheeling diodes for PPIs and IGCTs
Prime Switch – Freewheeling diodes for PPIs and IGCTs Product images Internal schematic and products ‒ D1031SH45T ‒ D1331SH45T ‒ D1961SH45T ‒ D931SH65T ‒ D1131SH65T ‒ D1600U45T122 ‒ D2700U45T122 ‒ D4600U45T172 Key features Benefits ‒ Freewheeling Diodes with 4.5 and 6.5 kV blocking voltage for IGCT
Slide 37: Solution tree freewheeling diodes for medium-voltage drives
Solution tree freewheeling diodes for medium-voltage drives Medium-Voltage Rectifier Medium-Voltage IGCT Inverter Medium-Voltage Press Pack IGBT Inverter Freewheeling Diodes (SH) Freewheeling Diodes (U) Press Pack IGBT (PPI) Rectifier Diodes (N) Generation 1 (1kA/µs) (With and without internal FWD)
Slide 38: Overview Power, Prime, and Eco Block modules
Overview Power, Prime, and Eco Block modules (SC & PC) 4500 4500 4000 4000 VRRM(V) Power Block - PC 3600 3600 Prime Block – PC/SC TT,DD,TD,ND TZ,DZ TT,DD,TD TZ,DZ Eco Block - SC 150..380 A 175..600 A 240..710 A 530..1100 A 2600 2600 2200 2200 TT,DD,TD TT,DD,TD 280..340 A 370 / 390 A TT,TD TT,DD,TD 7
Slide 39: Prime modules outperform the current market standards
Prime modules outperform the current market standards ITAV[A] TT/TD820N16KOF TT/TD780N18KOF TT/TD700N22KOF TT/TD370N18KOF TT/TD390N18SOF 800 DD390N22S 400 700 600 570 A 330 A 500 300 400 TT/TD600N16KOF eTT/TD630N16P60 TT/TD590N18KOF TT/TD330N16KOF TT/TD320N18SOF eTT/TD630N18P60 TT/TD570N18KOF TT/TD3
Slide 40: Microcontroller
Microcontroller 40
Slide 41: XMC portfolio
XMC™ portfolio XMC7100 XMC7200 4 MB Flash / 768 kB RAM, 8 MB Flash / 1 MB RAM, XMC4000-ARM® Cortex®-M4 (with FPU) 250 MHz single/dual core 350 MHz single/dual core ‒ CPU Frequency up to 144 MHz 100 – 272 pin (QFP/BGA) 176 – 272 pin (QFP/BGA) ‒ Robust Flash technology: Ta = -40 to 125°C ‒ Timers CCU4
Slide 42: XMC4000 microcontroller units for industrial drives
XMC4000 microcontroller units for industrial drives Product images Internal schematic and products Key features Benefits ‒ 32-bit ARM® Cortex™-M4 core with FPU running at 80MHz to 144MHz ‒ Real-time performance combined with enhanced connectivity ‒ Dedicated Inverter PWM generators (CCU8) ‒ Based on
Slide 43: XMC7000 microcontroller units for industrial drives
XMC7000 microcontroller units for industrial drives Product images Internal schematic and products Key features Benefits ‒ Single or dual core Arm® Cortex®-M7 (up to 350 MHz) and Cortex®-M0+ ‒ High processing performance and big memory foorprint ‒ Memory Up to 8 MB Flash, 1 MB RAM ‒ Ability of task
Slide 44: AIROC Wi-Fi & Bluetooth Combos
AIROCTM Wi-Fi & Bluetooth® Combos 44
Slide 45: Broad AIROC Family Delivers Powerful Wi-Fi
Broad AIROC™ Family Delivers Powerful Wi-Fi for your Application Reliable Low power ‒ Most widely deployed wireless IP - more ‒ Ultra low power by design – very low sleep, than 1 Billion AIROC™ Wi-Fi and Bluetooth® transmit, and receive current devices in the field ‒ Low power system architecture –
Slide 46: Overview of Wi-Fi Combo Families and Key Features
Overview of Wi-Fi Combo Families and Key Features Device Type/Features Wi-Fi + Bluetooth® Combo Devices Device CYW43439 CYW43012 CYW4373/E CYW5459x CYW5557x Reliable High Reason To Choose Entry level Ultra Low power Peak Throughput Wi-Fi 6/ 6E Throughput Wi-Fi Version Wi-Fi 4 (11n) Wi-Fi 4 (11n) Wi-
Slide 47: OPTIGA Trust
OPTIGA™ Trust 47
Slide 48: OPTIGA Trust Family – security answer to customer concerns
OPTIGA™ Trust Family – The security answer to our customer´s concerns Security level High Connected device security OPTIGA™ Trust M Authentication e.g.: Secured OPTIGA™ Authenticate S communication to the cloud e.g.: Authentication of accessories Security chip offering core functions to secure embed
Slide 49: OPTIGA Trust M SLS32AIA
OPTIGA™ Trust M SLS32AIA Product images Internal schematic and products Key features Benefits ‒ Based on CC EAL 6+ (high) certified security controller ‒ Secured zero-touch provisioning for leading cloud providers. ‒ X.509 certificate supported ‒ Easy integration based on a range of turnkey use case
Slide 50: OPTIGA solutions and relevant use cases
OPTIGA™ solutions and relevant use cases Use case Description Brand protection and OPTIGA™ Authenticate S can be used in accessories / consumables to verify that genuine parts are used. authentication of accessories OPTIGA™ Trust M can secure multiple secret keys and certificates. It can be used to
Slide 51: Galvanic isolators
Galvanic isolators 51
Slide 52: ISOFACE family – Galvanic isolation and integrated diagnostics
ISOFACE™ family – Galvanic isolation and integrated diagnostics 8-channel switch IC ‒ 2.5 kV galvanic isolation ‒ 3.3 V µC interface (SPI, parallel) ‒ Diagnostics per channel: 2nd ‒ Open load gen ‒ Short to Vbb ‒ Short to GND & overload ‒ Over temperature ‒ 5-fold global diagnostics ‒ H823V 8x 0.6 A
Slide 53: ISOFACE - Galvanic isolated high-side switches & input ICs
ISOFACE™ - Galvanic isolated high-side switches & input ICs Product images Internal schematic and products Key features Benefits ‒ Integrated galvanic isolation ‒ Ideal for industrial applications operating at elevated temperatures ‒ 8-channels ‒ Higher operational life-time ‒ Integrated clamping di
Slide 54: Sensors
Sensors 54
Slide 55: XENSIV angle-sensors in electrification for drives
XENSIV™ angle-sensors in electrification for drives Key features Benefits ‒ Wide portfolio of magnetic position sensors ‒ Suitable for all commutation types for motor control ‒ Offering Hall, GMR, AMR and TMR sensors ‒ ISO ready and ISO compliant versions ‒ Digital and analog interfaces for angle se
Slide 56: XENSIV enablement examples
XENSIV™ enablement examples: Infineon provides supportive material for a short time-to-market Documentation Application notes Online simulation tools ‒ Datasheets, product briefs, user ‒ Joystick manuals ‒ 3D Hall for ‒ Updated product presentations multifunction knob ‒ 3D Hall for gearstick ‒ 3D Ha
Slide 57: XENSIV TLI4971 coreless current sensor
XENSIV™ TLI4971 - high precision coreless current sensor for industrial applications Product images Internal schematic and products Key features Benefits ‒ Magnetic coreless differential sensor ‒ No hysteresis ‒ Power package ‒ Overload capability ‒ Best-in-class temperature and lifetime accuracy ‒
Slide 58: Gate Driver
Gate Driver 58
Slide 59: Gate driver portfolio up to 200 kW and above
Gate driver portfolio serving power ranges up to 200 kW and above Voltage class 2300 V Coreless Transformer (CT) Galvanically Isolation – Functional, Basic, Reinforced EiceDRIVER™ + Booster UL 1577 VISO = 5.7 kV(rms) for 1 min or VDE 0884-11 VIORM = 1767 V Driver Boards 1200 V Level-Shift 600 V Sili
Slide 60: EiceDRIVER gate driver IC technology overview
EiceDRIVER™ gate driver IC technology overview – Wide portfolio to best fit with Drives application requirements Non-isolated GD Level-shift GD Isolated GD Low-side Junction isolation (JI) Silicon on insulator (SOI) Coreless transformer ‒ Monolithic construction of ground- ‒ Monolithic construction
Slide 61: EiceDRIVER X3 Compact (1ED31xx) family
EiceDRIVER™ X3 Compact (1ED31xx) family 5.7 kV isolated driver with active Miller clamp or separate output Product images Internal schematic and products Key features Benefits ‒ Single-channel isolated gate driver with 5.5 / 10 / 14 A (no booster required) ‒ Cost-effective 8-pin gate driver (with 15
Slide 62: EiceDRIVER 2L-SRC Compact 1ED32xxMC12H
EiceDRIVER™ 2L-SRC Compact 1ED32xxMC12H – 5.7 kV isolated gate driver with 2-level slew rate control (2L-SRC) Product images Internal schematic and products Key features Benefits ‒ Single-channel isolated gate driver with 10 / Miller clamp option ‒ 2-level slew rate control 18 A ‒ Exceptional CMTI r
Slide 63: EiceDRIVER Enhanced X3 Analog (1ED34xx) family
EiceDRIVER™ Enhanced X3 Analog (1ED34xx) family 5.7 kV isolated driver with active Miller clamp, adjustable DESAT Product images Internal schematic and products +3V3 VCC1 VCC2 +15V 100n 1µ 10k 10k 1k DESAT SGND GND1 1R ON IN IN OFF 1R RDY&Clear RDYC FLT /FLT CLAMP GND2 ADJA 1µ ADJB VEE2 -8V Key feat
Slide 64: EiceDRIVER Enhanced X3 Digital (1ED38xx) family
EiceDRIVER™ Enhanced X3 Digital (1ED38xx) family 5.7 kV isolated driver with I2C bus configurability for DESAT Product images Internal schematic and products ce 3dg +3V3 VCC1 VCC2 +15V CVCC1 CVCC2 RRDYC RDESAT DDESAT R/FLT RSDA RSCL DESAT SGND GND1 RGON ON RGOFF IN IN OFF RDY&Clear RDYC GND2 FLT /FL
Slide 65: EiceDRIVER Enhanced F3 (1ED332xMx12N) – Product overview
EiceDRIVER™ Enhanced F3 (1ED332xMx12N) – Product overview Product images Internal schematic and products +5V +15V VCC1 VCC2 100n 1µ 1k 10k 10k DESAT SGND GND1 CLAMP 10R IN+ OUT IN+ IN- NC 220p RDY RDY GND2 FLT /FLT 1µ RST -8V /RST VEE2 +5V +15V VCC1 VCC2 100n 1µ RDESAT DDESAT 10k 10k DESAT SGND GND1
Slide 66: EiceDRIVER X3 Compact empower CoolSiC MOSFET
EiceDRIVER™ X3 Compact empower CoolSiC™ MOSFET Avoid parasitic turn-on based on active Miller clamp ‒ How to prevent parasitic turn-on during high dV/dt situation ‒ Negative VGE / VGS based on a bipolar power supply Increase in design complexity ‒ Active Miller Clamp (AMC) (i.e., bipolar power sup
Slide 67: EiceDRIVER 2L-SRC Compact empower IGBT7 in Drive applications
EiceDRIVER™ 2L-SRC Compact empower IGBT7 in Drive applications – Balancing efficiency vs. EMI On-the-fly PWM cycle-to-cycle gate resistor change Rg, slow Low load High load Fast / slow Rg Rg On / off Slow Fast Rg,fast Low load condition High load condition Low Low switching losses switching losses E
Slide 68: Memory
Memory 68
Slide 69: S25FL-L serial NOR Flash memories
S25FL-L serial NOR Flash memories stores the boot code and application critical parameters even in rush environment Product images Internal schematic and products S25FL064L S25FL128L S25FL256L Quad SPI NOR Flash Key features Benefits ‒ Densities 64Mb to 256Mb – voltage level 3.3V (2.7V-3.6V) ‒ Easy
Slide 70: SemperFlash serial NOR Flash
SemperFlash serial NOR Flash offers most flexibility, highest performance and functional safety with densities 256 Mb to 4 Gb Product images Internal schematic and products S25HL-T S25HS-T S26HL-T S26HS-T S28HL-T S28HS-T NOR Flash Key features Benefits ‒ ASIL-B / SIL-2 Functional safety compliance o
Slide 71: Broad RAM product portfolio
Broad RAM product portfolio to meet performance requirements Volatile HyperBus xSPI HyperRAM™ Expansion 5A RAM Parallel x8 Parallel x16 Parallel x32 FAST SRAM 4A Parallel x8 Parallel x16 nvSRAM Data-logging Parallel x8 Parallel x16 Parallel x32 RAM 6W MoBL® SRAM6 A I2C SPI Parallel x8 Parallel x16 Q
Slide 72: Persistent RAM Solutions: NVRAM
Persistent RAM Solutions for Industrial Motor Drives: NVRAM Product images Internal schematic and products Microcontroller External Memory Persistent Volatile RAM RAM Key features Benefits ‒ nvSRAM ‒ Eliminate battery for power back-up from the system ‒ 256Kbit to 16Mbit in density ‒ Capture real-ti
Slide 73: Persistent RAM Solutions: MoBL SRAM
Persistent RAM Solutions for Industrial Motor Drives: MoBL® SRAM Product images Internal schematic and products Microcontroller External Memory Persistent Volatile RAM RAM Key features Benefits ‒ MoBL® SRAM with ECC ‒ Capture real-time, mission-critical system data at high speeds ‒ 4Mbit to 64Mbit i
Slide 74: Volatile RAM Solutions: FAST SRAM
Volatile RAM Solutions for Industrial Motor Drives: FAST SRAM Product images Internal schematic and products Microcontroller External Memory Persistent Volatile RAM RAM Key features Benefits ‒ FAST Asynchronous SRAM with ECC ‒ Achieve data throughput up to 3.2Gb/s with a fast, expansion RAM ‒ 2Mbit
Slide 75: Volatile RAM Solutions for HMI Systems: HyperRAM
Volatile RAM Solutions for Industrial HMI Systems: HyperRAM™ Product images Internal schematic and products Sensor TFT LCD PMIC 12 Wireless Tx HyperRAM™ Graphics Display Controller UI Buttons Mass storage Key features Benefits ‒ HyperRAM™ ‒ Achieve data throughput up to 3.2 Gb/s ‒ 64 Mbit to 128 Mbi
Slide 76: Application development support
Application development support 76
Slide 77: Modular Application Design Kit (MADK) – CoolSiC evaluation board
Modular Application Design Kit (MADK) – CoolSiC™ MOSFET evaluation board for industrial drives ‒ 3 ph AC-connector, Parameters EMI filter,Values bridge rectifier, inrush current Conditions limiter, 3 ph voltage source inverter and a 3 ph / Comments output for connecting the motor Including FS45MR12W
Slide 78: REF-22K-GPD-INV-Easy3B – General-purpose drive reference design
REF-22K-GPD-INV-Easy3B – General-purpose drive reference design The reference design REF-22K-GPD-INV-EASY3B is an industrial motor drive for 3-phase 400 V AC grids and has a nominal power of 22 kW. Product category Product IGBT Power Module FP100R12W3T7_B11 Xensiv™ Current Sensor TLI4971-A120T5 Gate
Slide 79: Table of contents
Table of contents 1 Introduction 3 2 A closer look on inverter solutions 7 3 Product solutions overview 13 4 Benefits with Silicon Carbide solutions (SiC) 91 5 IGBT7 technology – features and benefits 94 6 Key take-aways 99 7 Further information and links 101 2023-05-22 Copyright © Infineon Technolo
Slide 80: Benefits with SiC solutions for industrial drives
Benefits with SiC solutions for industrial drives Increased performance Higher robustness Higher power density and lower cost ‒ Reduction of power losses lead to higher ‒ 10 K lower operating temperature of heatsink ‒ Heatsink can be reduced by 2/3 compared to performance ‒ Cooling efforts significa
Slide 81: Advantages of SiC CoolSiC MOSFET
Advantages of SiC ‒ Up to 80% of total loss reduction is enabled by more than 50% switching loss reduction ‒ 80% reduction of low current conduction loss by resistive behavior ‒ CoolSiC™ enables motor and drive integration and hence, reduces the complexity of cabling CoolSiC™ MOSFET ‒ Enables new le
Slide 82: Table of contents
Table of contents 1 Introduction 3 2 A closer look on inverter solutions 7 3 Product solutions overview 13 4 Benefits with Silicon Carbide solutions (SiC) 91 5 IGBT7 technology – features and benefits 94 6 Key take-aways 99 7 Further information and links 101 2023-05-22 Copyright © Infineon Technolo
Slide 83: Features and benefits of TRENCHSTOP IGBT7
Features and benefits of TRENCHSTOP™ IGBT7 2023-05-22 Copyright © Infineon Technologies AG 2023. All rights reserved. Infineon Proprietary 83
Slide 84: Technical features of TRENCHSTOP IGBT7
Technical features of TRENCHSTOP™ IGBT7 Overload capability Controllability TRENCHSTOP™ IGBT7 allows a maximum The TRENCHSTOP™ IGBT7 offers a high junction temperature of 175°C where as level of controllability to match the motor TRENCHSTOP™ IGBT4 is limited to 150°C. insulation requirements or EMI
Slide 85: Technical benefits of TRENCHSTOP IGBT7
Technical benefits of TRENCHSTOP™ IGBT7 Increased power Low losses The EconoDUAL™ 3 with TRENCHSTOP™ The conduction losses at the given dv/dt IGBT7 can reach up to 900 A. Benefit from limitation are significantly decreased. higher inverter output current for the same Moreover, there is a reduction i
Slide 86: Customer benefits of IGBT7 solutions
Customer benefits of IGBT7 solutions Plug and play Reduction of heatsink ‒ Pin to pin compatibility with IGBT4 module ‒ System cost saving ‒ Lower losses ‒ Compact inverter design ‒ Higher robustness Package Jump Broad portfolio ‒ Cost saving on module side ‒ Will be available in a broad power range
Slide 87: Table of contents
Table of contents 1 Introduction 3 2 A closer look on inverter solutions 7 3 Product solutions overview 13 4 Benefits with Silicon Carbide solutions (SiC) 91 5 IGBT7 technology – features and benefits 94 6 Key take-aways 99 7 Further information and links 101 2023-05-22 Copyright © Infineon Technolo
Slide 88: Key take-aways
Key take-aways Infineon offers optimized technologies ‒ IGBT7 perfectly matched to the needs of drives applications like overload and switching speed control ‒ SiC MOSFETs enabling a high degree of integration due to low losses Infineon has a unique one shop offering for industrial drives ‒ The righ
Slide 89: Table of contents
Table of contents 1 Introduction 3 2 A closer look on inverter solutions 7 3 Product solutions overview 13 4 Benefits with Silicon Carbide solutions (SiC) 91 5 IGBT7 technology – features and benefits 94 6 Key take-aways 99 7 Further information and links 101 2023-05-22 Copyright © Infineon Technolo
Slide 90: Useful information material and tools
Useful information material and tools Product page links ‒ CoolSiC™ MOSFETs ‒ Easy power modules ‒ OPTIGA™ security solutions ‒ TRENCHSTOP™ IGBT7 ‒ EconoPIM™ 2 & 3 ‒ Magnetic sensors ‒ CoolMOS™ MOSFETs ‒ EconoDUAL™ IGBT modules ‒ Current sensor ‒ CoolGaN™ HEMTs ‒ EconoPACK™ 4 ‒ EiceDRIVER™ gate driv
Slide 91: Cinfineon
Cinfineon
Infineon Technologies — Technical Presentation (May 2023) on 6ix