Infineon Technologies Ag · XETR:IFX
Infineon Technologies — Technical Presentation (February 2022)
28 slides from Infineon Technologies's technical presentation, February 2022
Slide 1: Mobile Robots: Charger
Mobile Robots: Charger AGV – Automated Guided Vehicles AMR – Automated Mobile Robots Nenad Belančić Application Manager Robotics 2022 Edition
Slide 2: Infineon is a globally leading semiconductor player
Infineon is a globally leading semiconductor player top 10 › semiconductor company ~46,700 ~7,800 › total employees › R&D employees leading player › in automotive, systems for power management and drives, sensor systems, connected secure systems, wireless combos, differentiated memories * over the c
Slide 3: Infineon at a glance
Infineon at a glance Business segments revenue* Employees* Connected Secure 50,280 employees worldwide Systems (CSS) 14% 13% EMEA Americas 20,360 44% Automotive Power & Sensor 43% 5,360 29% 29% (ATV) Systems (PSS) Asia/Pacific 24,560 14% 14% 56 R&D and Industrial Power Control (IPC) 20 manufacturing
Slide 4: Main trends and challenges in robot applications
Main trends and challenges in robot applications Connectivity level and the need of Robots are moving toward data security correlate, so security Industry 4.0. This brings the need must be integrated into all existing for robots to be smarter and and new systems, but once again interconnected but al
Slide 5: Types and deployment of mobile robots
Types and deployment of mobile robots On high level mobile robots can be categories into AGVs and AMRs AGV AMR Automated Guided Vehicle Autonomous Mobile Robot AGVs are “fixed”. They follow predefined paths using AMRs are not “fixed” and don’t need external paths. lasers, beacons, barcodes or magnet
Slide 6: Mobile robots are a fast growing market and need sophisticated system solutions
Mobile robots are a fast growing market and need sophisticated system solutions for each functional block Application requirements Market outlook Different types of mobile robots require unique and appropriate solutions Precise, efficient & compact motor drives Fast charging reducing charging and id
Slide 7: Charger & Wireless charging
Charger & Wireless charging Back to overview Reduce charging cycles and increase time of operation Power switches › MOSFETs › IGBT › Gate Driver › Isolators AUX Power Supply › CoolSET™ MCU › XMC & PSoC Family 02.2022 Copyright © Infineon Technologies AG 2022. All rights reserved. Infineon Proprietar
Slide 8: Charger Block diagram for mobile robots
Charger Block diagram for mobile robots PFC HV DCDC CoolMOS™ OptiMOS™ MOSFET CoolGaN™ MOSFET CoolGaN™ CoolSiC™ Gate Driver EiceDRIVER™ IGBT TRENCHSTOP™ 5 Gate Driver EiceDRIVER™ AUX Power CoolSET™ 02.2022 Copyright © Infineon Technologies AG 2022. All rights reserved. Infineon Proprietary 8
Slide 9: Typical topologies used in AC/DC SMPS
Typical topologies used in AC/DC SMPS PFC HV DCDC CCM Classic Dual Boost TTF HB LLC H4 / H-Bridge CCM Totem Pole ZVS PSFB Active Clamp 02.2022 Copyright © Infineon Technologies AG 2022. All rights reserved. Infineon Proprietary 9
Slide 10: Current typical solution in industrial robots vs. Infineon 1.6kW ACDC SMPS demo board
Current typical solution in industrial robots vs. Infineon high power density 1.6kW ACDC SMPS demo board 02.2022 Copyright © Infineon Technologies AG 2022. All rights reserved. Infineon Proprietary 10
Slide 11: CoolMOS C7, G7, P6 and CFD2 & CFD7 with distinctive positioning
CoolMOS™ C7, G7, P6 and CFD2 & CFD7 with distinctive positioning PFC LLC / ZVS High CFD2 CFD7 S7 C7 G7 C7 G7 performance 650 V 600/650 V › Slow › Efficiency › Efficiency › Highest efficiency switching › Power density › Fast body diode › High-end LLC › Best › Reliability RdsonxAxPrice › Ruggedness ›
Slide 12: CoolMOS, CoolSiC, and CoolGaN
CoolMOS™, CoolSiC™, and CoolGaN™ in the 600 V / 650 V segment CoolMOS™ SJ MOSFETs CoolSiC™ MOSFETs CoolGaN™ HEMTs › Best price/performance for most › High performance combined with › Highest efficiency at the highest efficiency requirements robustness and ease of use frequency › Largest SJ MOSFET po
Slide 13: CoolMOS P7 portfolio
600 V CoolMOS™ P7 portfolio RDS(ON) [mΩ] max. TO220 DPAK D2PAK ThinPAK 8x8 FullPAK TO220 TO220 FP NL TO220 FP WC TO247 TO247-4 SOT223 600 IPD60R600P7 IPA60R600P7 IPP60R600P7 360/365 IPD60R360P7 IPB60R360P7 IPL60R365P7 IPA60R360P7 IPP60R360P7 280/285 IPD60R280P7 IPB60R280P7 IPL60R285P7 IPA60R280P7 IP
Slide 14: 600 V CoolMOS CFD7 product portfolio
600 V CoolMOS™ CFD7 product portfolio Recommended for LLC and ZVS PSFB topologies 600 V CoolMOS™ CFD7 SJ MOSFETs RDS(on) [Ω] TO-262 TO-263 ThinPAK D-PAK D²PAK 8x8 TO-220 FullPAK TO-220 TO-247 TOLL DDPAK QDPAK 360 IPD60R360CFD7 IPB60R360CFD7 IPA60R360CFD7 IPP60R360CFD7 280 IPD60R280CFD7 IPB60R280CFD7
Slide 15: 650 V CoolSiC MOSFET portfolio
650 V CoolSiC™ MOSFET portfolio RDS(on),max RDS(on),typ TO-247-4 [mΩ] [mΩ] TO-247-3 (asymmetric leads) 18 V 18 V 34 27 IMZA65R027M1H IMW65R027M1H 64 48 IMZA65R048M1H IMW65R048M1H 94 72 IMZA65R072M1H IMW65R072M1H 142 107 IMZA65R107M1H IMW65R107M1H Target applications 02.2022 Copyright © Infineon Tech
Slide 16: Gate-driver IC recommendation for 650 V CoolSiC
Gate-driver IC recommendation for 650 V CoolSiCTM Example Recommended 650 V CoolSiC™ Gate-driver IC Power class use-case Rdson class recommendation 3.9 kW IMx65R027M1H (32 A*) 3.3 kW IMx65R048M1H (27 A*) 2EDF9275F or CCM tote pole PFC** 2x 1EDB9275F 2.8 kW IMx65R072M1H (23 A*) 2.3 kW IMx65R107M1H (1
Slide 17: EVAL_1K6W_PSU_G7_DD demo board
EVAL_1K6W_PSU_G7_DD: Infineon demo board suitable for industrial robotics SMPS applications EVAL_1K6W_PSU_G7_DD Technical specifications Key requirements Value Input voltage 176-265 Vac Just as example of Output voltage Output current 12 V 133 A outdoor edge Output power Peak Efficiency @ 1600 W ≥96
Slide 18: EVAL_3K3W_TP_PFC_SIC demo board
EVAL_3K3W_TP_PFC_SIC: Infineon demo board suitable for industrial robotics bi-directional PFC EVAL_3K3W_TP_PFC_SIC Technical specifications Key requirements Value Input voltage 176 VAC - 265 VAC Output voltage 300 VDC – 450 VDC Max. Power 3300 W Peak efficiency (AC-DC & ≥98.8% DC-AC @ 50% load) Powe
Slide 19: EVAL_3k3W_BIDI_PSFB demo board
EVAL_3k3W_BIDI_PSFB: Infineon demo board suitable for bi-directional isolated DC/DC conversion EVAL_3k3W_BIDI_PSFB Technical specifications Key requirements Value Input voltage 320-420 Vdc Output voltage 54.5 VDC_NOM (43-59Vdc) Output current 60.5 A Output power 3300 W Peak Efficiency (Buck Mode @ ≥
Slide 20: Wireless charging will become an essential part for charging various devices
It is not just about charging phones - wireless charging will become an essential part for charging various devices in the future Main standards in the market RX shipments - 2019: 516M 2023: 1.333M (CAGR of 27%) TX shipments - 2019: 230M 2023: 671M (CAGR 31%) Smartphones & WPC Qi standard is expandi
Slide 21: Various standards available in the market – Infineon focuses on inductive and resonant
Various standards available in the market – Infineon focuses on inductive and resonant technologies Tightly coupled Loosely coupled Uncoupled RF, ultrasound, Inductive Resonant infrared etc. Low frequency High frequency 110 - 205 kHz 6.78 MHz Infineon focus area 02.2022 Copyright © Infineon Technolo
Slide 22: Inductive vs. resonant: efficiency vs. greater user experience
Inductive vs. resonant: efficiency vs. greater user experience Tightly coupled Loosely coupled Inductive Resonant › Low frequency 110 - 205 kHz › High frequency - 6.78 MHz › In-band communication › Bluetooth out-of-band or in-band communication › Exact positioning of device › Free positioning (up to
Slide 23: Wireless charging is not a trivial endeavor: Safety and user experience are key
Wireless charging is not a trivial endeavor: Safety and user experience are key Safe and efficient wireless charging If done incorrectly, it can impact the user experience › Requires a deep level of system knowledge and expertise › Compatibility issues › Safety issues › Must understand antennas and
Slide 24: Key benefits why to choose Infineon for wireless charging designs
Key benefits why to choose Infineon for consumer & industrial wireless charging designs Addressing the Offering the right components Providing innovative, smart leading standards – for efficient wireless charging and high performance system inductive & resonant experience solutions together with our
Slide 25: Infineon a one-stop-shop for safe and efficient wireless power transfer
Infineon a one-stop-shop with excellent devices to ensure safe and efficient wireless power transfer – example inductive TX and RX Small signal & Key MOSFETs Driver ICs BT connectivity LDOs enabling products GaN Microcontroller USB-C Controller Authentication 02.2022 Copyright © Infineon Technologie
Slide 26: Key enabling products for consumer & industrial wireless charging
Key enabling products for consumer & industrial wireless charging Key enabling products › Low and medium voltage power MOSFETs – OptiMOS™ and StrongIRFET™ › Gate driver ICs – EiceDRIVER™ › 32-bit microcontrollers – XMC™ › P-channel and N-channel small signal power MOSFETs › High-voltage power MOSFET
Slide 27: Further Material – Charger
Further Material – Charger Portfolio and further information can be found here: Link Charger Solutions Link Wireless Charging Solutions Link CoolMOS™ MOSFETs Link EiceDRIVER™ Solutions Learn more on our webpage 02.2022 Copyright © Infineon Technologies AG 2022. All rights reserved. I
Slide 28: Infineon: Part of your life. Part of tomorrow.
Cinfineon Part of your life. Part of tomorrow.
Infineon Technologies — Technical Presentation (February 2022) on 6ix