Infineon Technologies Ag · XETR:IFX
Infineon Technologies — Technical Presentation (June 2023)
96 slides from Infineon Technologies's technical presentation, Jun 22, 2023
Slide 1: Mobile Robots: Infineon Solution Offerings
Mobile Robots Infineon Solution Offerings Nenad Belančić Yesie Brama Application Manager Robotics System Architect Robotics 2023 Edition public 1
Slide 2: Infineon is a global leader in power systems and IoT
Infineon is a global leader in power systems and IoT Global leader in automotive, power management, energy efficiency technologies and IoT ~56,200 total employees1 1as of 30 September 2022 Market position Automotive Power Microcontroller #1 #1 #5 TechInsights, Omdia, Omdia, March 2023 October 2022 M
Slide 3: Infineon at a glance
Infineon at a glance Long-term high-growth trends Employees1 56,200 employees worldwide Decarbonization EMEA › CO2 saving 22,590 Americas › Energy efficiency Digitalization 5,580 › Sustainability Asia Pacific › Productivity 59 R&D and 28,030 › Comfort 19 manufacturing locations1 › New use cases 1as
Slide 4: Key market drivers shaping the future of robots
Key market drivers shaping the future of robots Aging population & social acceptance to increase use of robot deployment in everyday life Automatization (e-commerce, personal assistants) demands automated mode of operation, driving demand for sensor solution in robots & drones (3D ToF, Radar, etc) R
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 robot is a fast growing market and needs sophisticated system solutions
Mobile robot is 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 idle
Slide 7: The functional blocks of Mobile Robot
The functional blocks of Mobile Robot Technical Description Block Diagram of Mobile Robot Battery Charger › AC-DC, USB-C › Wireless charging & authentication BMS › Balancing switches, battery protection unit › Battery management IC › Microcontroller, Memory, Authentication Power distribution › DC-DC
Slide 8: Wide range of semiconductor solutions for Mobile Robot Applications
Wide range of semiconductor solutions for Mobile Robot Applications Battery Charging Navigation & HMI Sensing AC-DC Conversion Radar 24 / 60GHz for Microcontroller: XMC 1000, PSoC 4 Obstacles & gesture detection, materials Power MOSFETs: OptiMOS & CoolMOS differentiation, speed over ground Gate driv
Slide 9: One-stop-shop solution provider for Mobile Robot applications
With our wide product portfolio we can act as one-stop-shop solution provider for Mobile Robot applications Charger & SMPS Battery management (BMS) Power Central & HMI Control MOSFET Gate driver & MOSFET & Management & Microcontroller Capacitive MCU BMS IC Sensing Memory & HEMT Integrated power Gate
Slide 10: Complete Portfolio for State-of-the-Art Motor Control Solutions
Designers can choose from a complete Portfolio for State-of-the-Art Motor Control Solutions 1. Discrete and Semi-Integrated Solution 2 Benefits: Flexibility and Performance optimization Product Families: • OptiMOS & StrongIRFET MOSFETs 1 • EiceDRIVER (e.g.6ED2742S01Q), MOTIX multi drivers (e.g. 6EDL
Slide 11: MOSFET
Infineon offers the needed components to make state-of the art motor control solutions MOSFET MOSFET D²PAK D²PAK 7pin TO-Leadless sTOLL DPAK SO-8 SuperSO8 SuperSO8 PQFN 3.3 x PQFN 3.3 x PQFN 2x2 DirectFET S/M/L 153 mm² 153 mm² 115.8 mm² 56 mm² 66 mm² 40 mm2 31.7 mm² Supercool 3.3 3.3 Source 4 mm² 18
Slide 12: Power discretes MOSFET value proposition
Power discretes MOSFET value proposition Infineon power MOSFET value proposition Leads the industry with respect to breath of portfolio Offers best in-class OptiMOS , robust, price/performance optimized StrongIRFET , P-channel, and Small Signal silicon technologies Available in a broad range of high
Slide 13: Wide range selections of Cost Competitive power stage
Wide range selections of Cost Competitive power stage Discrete N-Channel OptiMOS – Cost Driven Discrete P-Channel OptiMOS – Cost Driven VBATT [V] RDS(on) Typ. Qg VBATT [V] VDS [V] RDS(on) [mΩ] Typ. Qg [nC] ID [A] Package Part number VDS [V] ID [A] Package Part number (Configuration)* [mΩ] [nC] 75 -9
Slide 14: Power stage products with Innovative Packaging
Wide range selections of power stage products with Innovative Packaging Discrete N-Channel OptiMOS – Performance & Reliability Driven Discrete N-Channel OptiMOS – Performance Driven VBATT [V] VDS [V] RDS(on) [mΩ] Typ. Qg [nC] ID [A] Package Part number VBATT [V] VDS [V] RDS(on) [mΩ] Typ. Qg [nC] ID
Slide 15: Recommended gate drivers for motor drives
Recommended gate drivers for motor drives Voltage Class Product Description 6EDL04x06xT 3-phase gate drivers with integrated bootstrap diode, OCP, UVLO, enable, fault reporting 600 V IRS2308S Half-bridge gate driver with shoot-through protection 6EDL04N02PR 3-phase gate driver with integrated bootst
Slide 16: 6EDL7141: Smart 3-phase gate driver for motor drives
Enhance integration and complexity reduction 6EDL7141: Smart 3-phase gate driver for motor drives Key Features Block Diagram Evaluation Board EVAL_6EDL7141_FOC_3SH Integration: 3-phase 60 V gate driver with dual charge pumps, integrated synchronous Buck converter with programmable frequency, 300 mA
Slide 17: Voltage vs Current Controlled Gate Driver - BOM Reduction Example
Voltage vs Current Controlled (6EDL7141) Gate Driver - BOM Reduction Example BOM / Schematics / Layout comparison of HB passive components Component Voltage source GD Current source GD (6EDL7141) Why can remove? Rg 6x or 12x None Current control via digital settings Rgs 6x None Internal pull downs b
Slide 18: IMD701A: ARM Cortex-M0 + Smart 3-phase gate driver
Enhance integration and complexity reduction IMD701A: ARM Cortex-M0 + Smart 3-phase gate driver Key Features Block Diagram Evaluation Board evaluation board EVAL_IMD700A_FOC_3SH Integration: 3-phase 60 V gate driver with dual charge pumps, integrated synchronous Buck converter with programmable freq
Slide 19: 6ED2742S01Q: SOI 3-phase 160V gate driver
Enhance integration and space reduction 6ED2742S01Q – SOI 3-phase 160V gate driver for motor drives Key Features Application Schematics Internal Structure Integration: 160V pre-regulated 3 phases Silicon on Insulator (SOI) with integrated charge pump, current sense amplifier, over-current protection
Slide 20: iMotion, XMC, PSoC, Traveo II or AURIX
iMotionTM, XMCTM, PSoC, Traveo II or AURIXTM Infineon has the right micro controller for your needs iMotion XMC PSoC 4 Traveo II AURIX ✓ CM0+ 48MHz ✓ Turnkey solution (MCE 2.0) ✓ Cortex ARM M based MCU ✓ Up to 384k Flash, 32k SRAM ✓ Cortex ARM M based MCU ✓ TriCore based MCU ✓ IMC100/300 ✓ XMC1000 –
Slide 21: Discrete XMC microcontrollers for Motor Controller
Discrete XMC microcontrollers for Motor Controller ARM® Cortex® - M4F XMC4400 120 MHz XMC4500 120 MHz XMC4700 144 MHz XMC4100 / 4200 up to 512 kB Flash up to 1 MB Flash up to 2 MB Flash XMC7100 XMC7200 motor control • CPU Core up to 144 MHz 4 MB Flash / 768 kB RAM, 8 MB Flash / 1 MB RAM, up to 256 k
Slide 22: Discrete MCU for Motor Controller – XMC1302
Discrete MCU for Motor Controller – XMC1302 SYSTEM Description 64 MHz MATH Co- On-chip RTC Applications / Target markets Processor Oscillator › Motor Control ARM® SysTick System Control Unit (SCU) › Digital Power/Wireless Charging Cortex®-M0 › LED Lighting 32MHz Programmable Secure PRNG Interconnect
Slide 23: Discrete MCU for Motor Controller – XMC1402 / 1404
Discrete MCU for Motor Controller – XMC1402 / 1404 SYSTEM Description 96 MHz MATH Co- On-chip RTC Why XMC1402 / 1404? Processor Oscillator › Peripherals tailored for Motor control with Field Oriented Control (FOC) SysTick Clock Input System Control Unit › CPU performance fit to the application ARM®
Slide 24: Discrete MCU for Motor Controller – XMC4200 with HRPWM
Discrete MCU for Motor Controller – XMC4200 with HRPWM SYSTEM Description FPU SysTick RTC Application / target markets System Control Unit › Low to Medium-end Industrial Drives ARM® DMA (SCU) Cortex®-M4F CRC Engine CACHE 1 kB › Digital Power Up to 8 channels 80 MHz Temperature Key features Programma
Slide 25: Discrete MCU for Motor Controller – XMC4400 with HRPWM
Discrete MCU for Motor Controller – XMC4400 with HRPWM SYSTEM Description FPU SysTick RTC Application / target markets System Control Unit › Motor Control ARM® DMA (SCU) Cortex®-M4F CRC Engine CACHE 4 kB › Solar inverters Up to 8 channels 120 MHz › Switched mode power supplies Temperature Programmab
Slide 26: Discrete MCU for Motor Controller – XMC4700 / 4800 with EtherCAT
Discrete MCU for Motor Controller – XMC4700 / 4800 with EtherCAT SYSTEM Description FPU SysTick RTC System Application / target markets ARM® Control Unit DMA CRC Engine CACHE 8 kB › Medium to higher-end industrial control (SCU) Cortex®-M4F Up to 12 channels › Industrial communication & Transportatio
Slide 27: Robust sensors for efficiency & safety in motor drives
Robust sensors for efficiency & safety in motor drives High resolution rotor position sensing Current sensing TLE5009(D) – Angle Sensor › iGMR based angle sensor with full 360o Analog Sin/Cos output TLI4971 › Pre-amplified temperature compensated signals › Up to 70 ARMS (120A FSR) › Very short signa
Slide 28: Proposed BOM DC-Motor drive
Proposed BOM DC-Motor drive: PRICE/PERFORMANCE with up to 4 A & 24 V M BDC Key features and benefits High side N-Channel Charge Pump 5V Bootstrap BLDC › Low cost solution VBAT DCDC › Available firmware of block U1 MCU – XMC1302/ XMC1404 converter / LDO M commutation with Hall sensors or U2 Hall latc
Slide 29: Proposed BOM BLDC-Motor drive: up to 10 A & 24 V
Proposed BOM BLDC-Motor drive: GOOD PERFORMANCE with up to 10 A & 24 V Key features and benefits VBAT BLDC › Cost competitive with high performance solution 5V DCDC converter M › Available firmware of block & LDO Hall latches commutation with Hall sensors or 3x sensorless FOC for BLDC and Charge pum
Slide 30: Proposed BOM BLDC-Motor drive: up to 10 A & 48 V
Proposed BOM BLDC-Motor drive: GOOD PERFORMANCE with up to 10 A & 48 V Key features and benefits VBAT BLDC › Cost competitive with high performance solution 5V DCDC converter & LDO M › Available firmware of sensored or Hall latches sensorless FOC for BLDC motors 3x Charge pump (if required) (to be r
Slide 31: Proposed BOM BLDC-Motor drive: high performance, 48 V
Proposed BOM BLDC-Motor drive: HIGH PERFORMANCE with up to 20 – 80 A & 48 V Key features and benefits VBAT BLDC › High performance solution › Available firmware of sensored or 5V DCDC converter & LDO M sensorless FOC for BLDC motors Hall latches Charge pump 3x (to be requested) (if required) › MCU C
Slide 32: Evaluation boards for BLDC Motor Control
Examples of Infineon‘s evaluation boards for BLDC Motor Control Low Power Low Power & HMI Mid Power High Power High Power https://www.infineon.com/export/sites/default/_images/product/evaluation-boards/BLDC_Motor_Shild_with_TLE9879QXA40.jpg_1711722916.jpg https://www.infineon.com/export/sites/defaul
Slide 33: Sensors - The eyes and ears of the robot
Sensors - The eyes and ears of the robot Silicon microphones RADAR Time of flight › 24 and 60 GHz RADAR sensors › Up to VGA (640 x 480 points) 3D depth resolution › Highest signal to noise ratio (SNR) portfolio › Highest level of integration at smallest footprint › Infineon sealed dual membrane (SDM
Slide 34: Infineon XENSIV time of flight and RADAR Enabling robotic applications
Infineon XENSIV time of flight and RADAR Enabling robotic applications Time of flight and RADAR applications › 3D Mapping/SLAM › Advanced obstacle avoidance › Cliff detection › Fusion improved presence detection › Glass and mirror detection › Surface detection 22.06.2023 public Copyright © Infineon
Slide 35: Time of flight – enabling mapping
Time of flight – enabling mapping Time of flight benefits for mapping › Accurate long range depth › High resolution 3D map › No mechanical parts › Reduced build height possible < 5.5 cm › ToF imagers provide 3D point cloud and IR night vision data this allows to operate in the dark 22.06.2023 public
Slide 36: Time of flight – advanced obstacle avoidance
Time of flight – advanced obstacle avoidance Time of flight benefits for obstacle avoidance › Obstacle segmentation is inherent for 3D ToF imagers › No previous training required to detect obstacles › High resolution 640 x 480 pixel ToF data allows to detect even small objects 22.06.2023 public Copy
Slide 37: Time of flight – Cliff detection
Time of flight – Cliff detection Time of flight benefits for cliff detection › No additional sensor required › Reduced wiring effort and assembly cost compared to traditional cliff-detection sensors 22.06.2023 public Copyright © Infineon Technologies AG 2023. All rights reserved. Infineon Proprietar
Slide 38: Time of flight and RADAR fusion – presence detection
Time of flight and RADAR fusion – presence detection Time of flight and RADAR fusion › For time of flight the presence of humans or animals are identified as large obstacles › RADAR is more sensitive to vital sensing (breathing and heart beat) › Segmentation and tracking › Intruder alert › ToF and R
Slide 39: Time of flight and RADAR fusion – presence detection
Time of flight and RADAR fusion – presence detection Time of flight and RADAR fusion › For time of flight the presence of humans or animals are identified as large obstacles › RADAR is more sensitive to vital sensing (breathing and heart beat) › Segmentation and tracking › Intruder alert › ToF and R
Slide 40: RADAR – wet surface detection
RADAR – wet surface detection RADAR benefits for wet surfaces › RADAR is able to detect wet surfaces › Distinct reflection data could identify the texture/material of the floor › Automatically identifies the surface and only mops on hardwood and tiles, but not on carpets 22.06.2023 public Copyright
Slide 41: Infineon XENSIV time of flight and RADAR Enabling robotic applications
Infineon XENSIV time of flight and RADAR Enabling robotic applications Benefits & use cases enabled by Time of flight and RADAR applications › 3D Mapping/SLAM › Advanced obstacle avoidance › Cliff detection › Fusion improved presence detection › Glass and mirror detection › Surface detection 22.06.2
Slide 42: Broad Product Portfolio for 60GHz and 24GHz
Broad Product Portfolio for 60GHz and 24GHz 1Tx / 1Rx 1Tx / 2Rx 1Tx / 3Rx 2Tx / 2Rx 2Tx / 4Rx Passive IR replacement Consumer Automotive Qualified 60GHz 3.3x6.5 mm² 5 x6.5 mm² 6 x 6 mm² BGT60LTR11AIP BGT60TR13C BGT60ATR24C Doppler Radar FMCW Radar FMCW Radar Antenna-in-Package Antenna-in-Package Wit
Slide 43: 60 GHz Radar development kits with modular concept
60 GHz Radar development kits with modular concept BGT60LTR11AIP BGT60TR13C BGT60ATR24C https://www.infineon.com/cms/media/products/Sensors/DEMO_BGT60TR13C?__scale=w:480,h:293,t:2 https://www.infineon.com/export/sites/default/media/products/Sensors/RADAR_Program.png_45927622.png https://www.infineon
Slide 44: 24 GHz Radar development kits
24 GHz Radar development kits BGT24LTR11 BGT24MTR12 BGT24LTR22 https://www.infineon.com/export/sites/default/media/products/Small_Signal_Discretes/Position2Go_V1.2_Combi_plain.png_948486002.png_948486002.png DEMO 24 BGT24LTR11 GHz SENSE2GOL Radarshield sensorwith PULSE pulsed 4x1 Doppler array anten
Slide 45: Wide offering of Navigation and HMI Sensing
Wide offering of different and advanced Navigation and HMI Sensing 24 & 60 GHz RADAR 3D IR ToF Imaging MEMS Microphone Air Pressure Sensor ✓ Obstacle avoidance ✓ Height / altitude sensing ✓ Small objects recognition ✓ Air flow control ✓ Simultaneous Localization & Mapping ✓ Liquid level monitoring B
Slide 46: Evaluation boards for Navigation & HMI sensors
Examples of Infineon‘s evaluation boards for Navigation & HMI sensors 60GHz RADAR 3D IR ToF Camera 3D Magnetic sensor Audio Machine Learning CO2 sensor https://www.infineon.com/export/sites/default/media/products/Sensors/3D-2go-neu.jpg_293752467.jpg https://www.infineon.com/export/sites/default/medi
Slide 47: Compute is everywhere
Compute is everywhere MCUs/Controllers can be found in › Central control unit › Motor control › Navigation and sensing subsystem › Battery charging & management › HMI subsystem Processors, microcontrollers, volatile and non-volatile memories Processing Processing Memory Memory 22.06.2023 public Copy
Slide 48: Computing & Connectivity with Infineon products
Computing & Connectivity with Infineon products Central Control HMI Motor control Computing Wireless Connectivity CYW30739 PSoC 6 & XMC4000/7000 target central flight control. 802.15.4 SoC PSoC targets HMI solutions. Matter Supported XMC1000 & PSoC target motor control solution. XMC7000 & PSoC 6 tar
Slide 49: XMC7000 Extends XMC Portfolio
XMC7000 Extends XMC Portfolio Core frequency NEW XMC7100 XMC7200 4MB Flash / 768kB RAM, 8MB Flash / 1MB RAM, ARM® Cortex®-M4 (with FPU) 250MHz single/dual core 350MHz single/dual core › CPU Frequency up to 144MHz 100 – 272 pins 176 – 272 pins › Robust Flash technology: Ta = -40 to 125°C XMC4800 XMC4
Slide 50: XMC 7000-Series Microcontroller ARM Cortex-M7 & Cortex-M0+
NEW XMC 7000-Series Microcontroller ARM Cortex-M7 & Cortex-M0+ Key Features Block Diagram Evaluation Board Upgrade to 32-bit XMC4000 family by adding more CPU SYSTEM performance, dual-core options, more memory, hibernate ARM® 1-4 MB / 8 MB mode, and hardware security support I-Cache Power Mode Corte
Slide 51: Infineon's PSoC portfolio with integrated HMI and Connectivity
Infineon‘s PSoC portfolio with integrated HMI CapSense® and Connectivity subsystem ARM Cortex-M0/M0+ On-chip Bluetooth® Low Energy PSoC 4700 PSoC 4700S 48MHz Inductive and capacitive sensing sense anything Up to 256kB Flash PSoC 4500S Up to 32kB SRAM Divide and Square-root compute Capacitive Sensing
Slide 52: Touch for HMIs: Capacitive-Sensing Applications
Touch for HMIs: Capacitive-Sensing Applications CapSense capacitive touch sensing solutions have replaced more than six billion mechanical buttons, and it enables hundreds of diverse types of sensing applications. Coffee machine Liquid Level “Proximity” Track Pads “Buttons” Ink printer cartridge de
Slide 53: PSoC 6: High-performance dual-core architecture
PSoC 6: High-performance dual-core architecture › Most flexible, high-performance, dual-core architecture designed for robots & IoT applications ▪ High-performance dual-core architecture to optimize system power consumption and performance ▪ Multiple wired and wireless connectivity options such as B
Slide 54: PSoC 6: Built-in hardware-based security for Robots
PSoC 6: Built-in hardware-based security for Robots › Supports multiple, simultaneous secured environments without external memories or secured elements ▪ Offers scalable secure memory for multiple, independent user-defined security policies ▪ Implements industry-standard cryptographic algorithms in
Slide 55: PSoC 6: Secured MCU Features, isolated Processing Environments
PSoC 6: Secured MCU Features, isolated Processing Environments NON-SECURE PROCESSING SECURE PROCESSING ENVIRONMENT (NSPE) ENVIRONMENT (SPE) The Cortex-M4 MCU enables you to The Cortex-M0+ is used to establish PSoC64Arm Cortex-M0+ Arm Cortex-M4 develop your application and utilize Secure MCU an isola
Slide 56: Typical ML applications for the edge
Typical ML applications for the edge Predictive Maintenance Voice / Audio Intelligent Sensors › Sensor fusion/Motion Sensor › Magnetic sensor based detection › Wake Word detection › Wearable activity classification › Motion sensor based detection › Intent recognition › Gesture/presence detection usi
Slide 57: Machine Learning Workloads – Moving to the edge
Machine Learning Workloads – Moving to the edge a.k.a TinyML › Rapid increase in connected devices → explosion in data › Need to perform some action on data 3 › Privacy, data bandwidth/reliability and latency are key concerns › Moving ML workloads to the Edge help alleviate these concerns Edge PSoC6
Slide 58: Anywhere there is computing, there might be a need for memory
Anywhere there is computing, there might be a need for memory NOR Flash Code storage NOR Flash Non-volatile RAM Volatile RAM Code storage Data logging Working / expansion memory EXCELON™ 2 Mb to 16 Mb Q-SPI, SPI Micropower SEMPER Secure ECC, non-ECC SEMPER EXCELON 45 ns SEMPER Nano Q-SPI, SPI Async
Slide 59: Infineon NOR Flash family
Infineon NOR Flash family Standard SEMPER SEMPER Standard SPI HYPERFLASH SEMPER Parallel Nano Secure ✓ Wide range of ✓ Architected and ✓ 16/8-bit page mode industry-proven ✓ High performance ✓ Safe and secured designed for ✓ Dependable solutions for for systems tailored ✓ Tiny footprint ✓ Security e
Slide 60: Infineon SEMPER NOR Flash
Infineon SEMPER NOR Flash World’s first NOR Flash with functional safety › Architected and designed to ISO 26262 standards HIGHER › Achieves ASIL-B compliance and ASIL-D ready SYSTEM SAFETY › Real-time safety diagnostics and reporting Best-in-class reliability › Innovative endurance flex architectur
Slide 61: Introducing SEMPER Secure: the Flash you can trust
Introducing SEMPER Secure: the Flash you can trust World’s most-secure NOR Flash › Hardware root-of-trust ROBUST › End-to-end protection SECURITY › Flexible architecture First NOR Flash to combine safety with security › Most-advanced functional safety and reliability LOW TOTAL › ISO 26262 ASIL-B and
Slide 62: SEMPER & SEMPER Secure NOR Flash family architectures
SEMPER & SEMPER Secure NOR Flash family architectures SEMPER NOR Flash SEMPER Secure NOR Flash › Density: 256 Mb, 512 Mb, 1 Gb, 2 Gb, 4 Gb › Density: Lead: 256 Mb, Concept: 128 Mb, 512 Mb, 1Gb › Voltage: 1.8 V and 3.0 V › Voltage: 1.8 V and 3.0 V › Performance: JEDEC xSPI: 400 MB/s, QSPI: 102 MB/s ›
Slide 63: Broad RAM product portfolio to meet performance requirements
Broad RAM product portfolio to meet performance requirements Volatile H.Bus x8 xSPI x8 H.Bus x16 Expansion HYPERRAM RAM 5A Parallel x8 Parallel x16 Parallel x32 FAST SRAM 4A Parallel x8 Parallel x16 Parallel x32 6 MoBL® SRAM6 A Data-logging RAM Parallel x8 Parallel x16 nvSRAM I2C SPI Parallel x8 Pa
Slide 64: The Infineon Advantages for non-volatile F-RAM solutions
The Infineon Advantages for non-volatile F-RAM solutions PLC HMI Motor Control Multi-Axis Robot Industrial Robots Design Challenges Infineon Solution Reliable Code and Data Storage Broad product portfolio with highest reliability and performance High endurance and Data retention Infinite endurance w
Slide 65: Infineon's connectivity is…
Infineon’s connectivity is… Reliable Low power Most widely deployed wireless IP with 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 leading to the best Low power system architecture – offloads host interope
Slide 66: Bluetooth & Wi-Fi selection guide
Connecting what matters! Bluetooth & Wi-Fi selection guide Wireless Connectivity Our robust portfolio of Bluetooth/BLE & Wi-Fi connectivity enable a host of different functionalities within Robots addressing multiple markets Recommendation Recommendation Long-range connectivity CYW20820, CYW20706, C
Slide 67: Wi-Fi & Wi-Fi + Bluetooth Combo product portfolio
Wi-Fi & Wi-Fi + Bluetooth Combo product portfolio Wi-Fi 4 (802.11n) Wi-Fi 5 (802.11ac) Wi-Fi 6 (802.11ax) 43364 43455 4373 55513 2.4 & 5 GHz, 1x1, 11ac SDIO/UART 2.4 & 5 GHz, 1x1, 11ac SDIO/USB 2.4, 5 & 6 GHz, 1x1, 11ax SDIO/SPI 2.4 GHz, 1x1, 11n SDIO BT5.0 UART/I2S/PCM BT5.0 UART/PCM 43439 BT/BLE5.
Slide 68: Infineon AIROC Wi-Fi ecosystem partners
Infineon AIROC Wi-Fi ecosystem partners A global partner ecosystem enables support and development for your IoT application Design, build and sell RF Provide certified, ready- Integrate modules, Wi-Fi Mesh, RF Modules with limited to-use modules with software and plastics into expertise, Wi-Fi Driv
Slide 69: Modules for Recommended AIROC Wi-Fi Combo Products
Modules for Recommended AIROC Wi-Fi Combo Products Wi-Fi 4 CYW43439 Modules Wi-Fi 5 CYW4373/E Modules Wi-Fi 5 CYW54590/1 Modules Wi-Fi 6 CYW5557x Modules Type 1YN Type 2BC (4373) Type 1XA Type 2EA (sampling) (Footprint compatible with 1DX/1LH) Type 2AE (4373E) AW-CM572 AW-XH316 (sampling) Sterling
Slide 70: Bluetooth & Bluetooth Low Energy product portfolio
Bluetooth & Bluetooth Low Energy product portfolio 32-bit Arm 32-bit Arm 32-bit Arm Cortex-M0 or Cortex-M3 Cortex-M4 Dual Core Cortex-Mx Today Tomorrow 20830 20831 BLE-5.2 2xCM33, HADM BT/BLE5.2, 2xCM33 World’s most widely deployed Bluetooth IP & Stack. 512 K/224 K, Mesh 0 K/1024 K, Audio BT 5.2 & 5
Slide 71: Bluetooth & Bluetooth LE module portfolio
Bluetooth & Bluetooth LE module portfolio Standard Size External Antenna Extended Range Extended Temp PSoC6 CYBLE-416045-02 CM4 & CM0+ SoC, 2Mbps PHY 1 MB Flash, 2 Mbps BLE, 36 GPIOs Single Mode BLE 5.0, CapSense 14 x 18.5 x 2.00 mm SMT 20719/20721 Mesh CYBT-413055-02 EZ-S Mesh CYBT-423054-02 EZ-S M
Slide 72: Infineon Wi-Fi Bluetooth Partner Module Selector Guide
Updated Infineon Wi-Fi Bluetooth Partner Module Selector Guide › Updated with the latest module partner data and streamlined with Infineon branding › EOQ updates coming from now on Get the latest version on the Developer Community! 22.06.2023 public Copyright © Infineon Technologies AG 2023. All rig
Slide 73: Bluetooth SDK Developer Community
Bluetooth SDK Developer Community Go-to link for everything related to the Bluetooth SDK 22.06.2023 public Copyright © Infineon Technologies AG 2023. All rights reserved. Infineon Proprietary 73
Slide 74: Evaluation boards for Main & HMI Control, Connectivity and Memory
Examples of Infineon‘s evaluation boards for Main & HMI Control including Connectivity and Memory PSoC42 HMI & BLE XMC4700 144 MHz XMC7200 350 MHz PSoC62 WLAN & BT PSoC63 BLE & USB-PD https://www.infineon.com/export/sites/default/media/products/Microcontrollers/XMC/XMC4700_Relax_Kit.JPG_112842294.jp
Slide 75: ModusToolbox Software – Comprehensive selection of tools
ModusToolbox Software – Comprehensive selection of tools for Infineon MCU and Wireless Connectivity Products › ModusToolbox software is a modern, extensible development environment supporting a wide range of Infineon microcontroller devices. › Provided as collection of development tools, libraries,
Slide 76: ModusToolbox Software Videos / Training
ModusToolbox Software Videos / Training ModusToolbox Software Training › ModusToolbox Software Training Level 1 - Getting Started – Introduction to tools within the ModusToolbox ecosystem › ModusToolbox Software Training Level 2 – PSoC MCUs – PSoC 6 and PSoC 4 MCUs examples demonstrate the use of pe
Slide 77: Secured communication and software update
Secured communication and software update Threat Response › Malicious interaction with connected devices › Authenticate components and personnel and protect integrity › Eavesdropping of exchanged information › Targeted or mass disruption › Use tamper resistant secure elements with unique credentials
Slide 78: We can meet your own security needs and your customers' needs
We can meet your own security needs and help you to meet your customers' needs Our understanding of your needs How we address your needs Easy deployment ✓ Simpler customer set up via injected device identity For you to meet your customers' Reliable managed security ✓ Remote attestation enables remot
Slide 79: Why hardware security is needed for network devices security
Why hardware security is needed for network devices security Main CPU Software Main CPU Software Hardware Crypto functionality ✓ ✓ Strong isolation - ✓ Security certified - ✓ Tamper resistant - ✓ Manufactured by security certified processes - ✓ Resistant against IP Theft - ✓ 22.06.2023 public Copyri
Slide 80: OPTIGA Family
OPTIGA Family OPTIGA OPTIGA Trust M / OPTIGA Trust OPTIGA Trust X OPTIGA TPM Authentication S M Express CHARGE CC EAL 4+ Security Level Certification CC EAL 6+ CC EAL 6+* CC EAL 6+* CC EAL 6+* FIPS 140-2 L2 Connected Connected Wireless power Connected Functionality Authentication device security dev
Slide 81: OPTIGA Trust M: Secured cloud service provisioning
OPTIGA Trust M: Secured cloud service provisioning – the easy way! Easy to Integrate Cryptographic ToolBox › Full turnkey solution › TLS/DTLS implementation › Customer specific certificate provided › Arbitrary security schemes for zero-touch provisioning › Host code with abstraction layer Extensive
Slide 82: OPTIGA TPM v2.0 certified platform protection
OPTIGA TPM v2.0 certified platform protection Trusted Platform Module: Secure your Software and Data › Strong Authentication of Platform and Users – Unique embedded Endorsement Certificate › Secured Storage and Management of Keys and Data › Platform protection for embedded systems – Measured/Trusted
Slide 83: OPTIGA Trust M security controller evaluation board
OPTIGA Trust M security controller evaluation board Overview › Pre-programmed security controller supporting cryptography algorithms ECC NIST curves up to P-521, ECC Brainpool curve up to P-512, RSA® up to 2048, AES key up to 256, HMAC up to SHA512, HKDF up to SHA512 and SHA-256 › Generation & Veri
Slide 84: OPTIGA TPM SLM9670 security controller evaluation board
OPTIGA TPM SLM9670 security controller evaluation board Overview › Industrial security solution with support of various cryptographic algorithms › RSA-1024 and RSA-2048, SHA-1 and SHA-256, ECC NIST P256, ECC BN256 › Iridium board with SLM 9670 TPM2.0 compatible to Raspberry Pi 1, 2, and 3 › Complem
Slide 85: Battery Management System
Battery Management System Battery protection Unit Current Limit FET -Ve Input BMS Output RLimit Cha rge Dis cha rge FET FET SoC Key functionalities F1 +VE +Ve Current Sensor Voltage Cell monitoring and balancing SoH Protection Balancing 2ED4820 Switches Current ᴼC + RUL Performance optimization - +
Slide 86: Battery Protection for mobile robots
Battery Protection for mobile robots Battery Disconnect Low Power Medium Power High Power S308 SS08 D2PAK D2PAK-7Pin TOLL Package Dimension 3 X 3mm 5 x 6mm 10 X 15mm 10 X 15mm 10 X 12mm Current <30A <60A <100A <200A <200A Battery Precharge PQFN S308 SS08 SOT223 DPAK Package Dimension 2 X 2mm 3 X 3mm
Slide 87: Recommended Protection MOSFETs
Recommended Protection MOSFETs Battery Voltage Package RDSON RthJC Product D2PAK7P ≤ 0.65 mΩ ≤ 0.36 °C/W IRL40SC228 SuperSO8 ≤ 0.7 mΩ ≤ 0.8 °C/W BSC007N04LS6 24V TOLL ≤ 0.72 mΩ ≤ 0.3 °C/W IRL40T209 D2PAK ≤ 1.2 mΩ ≤ 0.4 °C/W IRFS7430 TOLL ≤ 1.2 mΩ ≤ 0.4 °C/W IPT012N08N5 SuperSO8 ≤ 2.5 mΩ ≤ 0.8 °C/W B
Slide 88: BMS – Cell Balancing & Monitoring: TLE9012
BMS – Cell Balancing & Monitoring: TLE9012 TLE9012DQU Cell balancing Accurate Voltage measurement Temperature measurement PG-TQFP-48 Host communication Integrated balancing switch External balancing switches • Up to 200mA Integrated balancing switches • Supports external PMOS switches >200mA • One 1
Slide 89: BMS – Cell Balancing & Monitoring: TLE9012
BMS – Cell Balancing & Monitoring: TLE9012 TLE9012DQU Cell balancing Accurate Voltage measurement Temperature measurement PG-TQFP-48 Host communication Accuracy • < ±5.5 mV end of life accuracy by Synchronicity integrated stress sensor and advance • One 16-bit ∆∑ ADC per channel temperature compensa
Slide 90: BMS – Cell Balancing & Monitoring: TLE9012
BMS – Cell Balancing & Monitoring: TLE9012 TLE9012DQU Cell balancing Accurate Voltage measurement Temperature measurement PG-TQFP-48 Host communication Temperature measurement unit • 5-external temperature measurement channels using NTC • Two integrated internal temperature sensors Adaptive current
Slide 91: BMS – Cell Balancing & Monitoring: TLE9012
BMS – Cell Balancing & Monitoring: TLE9012 TLE9012DQU Cell balancing Accurate Voltage measurement Temperature measurement PG-TQFP-48 Host communication Battery protection Unit UART based communication Current Limit FET -Ve RLimit • Robust serial 2 Mbit/s Cha rge Dis cha rge FET FET communication int
Slide 92: Wide coverage of Power Management
Wide coverage of Power Management DC-DC Converter – Combined Portfolio Digital Controllers Integrated Power Stages Integrated Integrated PMIC Point of Load ‒ Multi-output solution Digital Power Controller ‒ Integrated current sense ‒ Analog and digital interface ‒ Single rail operation ‒ Digital con
Slide 93: Wide coverage of Power Management
Wide coverage of Power Management Linear Voltage Regulator – Automotive Grade OPTIREG OPTIREG OPTIREG OPTIREG OPTIREG OPTIREG Linear Linear Linear Voltage Linear Application Linear Application Linear Post General Purpose High Performance Trackers Specific Specific Regulators Battery Connected
Slide 94: Recommended reference designs to reduce Time-to-Market
Recommended reference designs to reduce Time-to-Market Power & Battery Control Motor Drive & Control Integrated 3-phase motor driver Dual-channel gate drivers with Synchronous step-down Power Management IC for multi-rail with 40V power stage for typical 60V power stage for typical 24V converter pres
Slide 95: Visit us & find more support material
Visit us & find more support material Visit our MOBILE ROBOTS webpage! Application Manager Robotics Nenad Belancic nenad.belancic@Infineon.com System Architect Robotics Yesie Brama yesie.brama@infineon.com 22.06.2023 public Copyright © Infineon Technologies AG 2023. All rights reserved. Infineon Pro
Slide 96: Cinfineon
Cinfineon
Infineon Technologies — Technical Presentation (June 2023) on 6ix