Infineon Microcontroller for Industrial and Multi Market Infineon Technologies 2013

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1 Infineon Microcontroller for Industrial and Multi Market Infineon Technologies 2013 XMC1000: 8-bit price for 32-bit power

2 Main Content Infineon Latest MCU portfolio XMC1000 Family System block, Key Features Supporting tool, Ecosystem Application example Infineon LDO Page 2

3 Main Content Infineon Latest MCU portfolio XMC1000 Family System block, Key Features Supporting tool, Ecosystem Application example Infineon LDO Page 3

4 Core Applications Compressors Pumps & Fans Robotics Servo Drive General Purpose Drives Aircon Sys Escalators Elevators Battery Storage Solar Inverter Micro Inverter Wind Energy Converter Building Control Renewable Energies Automation Motor Control Motor Control Solution Sensor/Sensor less, Transportation Sinusoidal/Block Commutation, Field Oriented Control XC800/XE166 XMC1000 XMC4000 Power Converter Solution Tricore Inverters, UPS, Rectifiers, Power Factor Correction, LLC AC/DC, DC/DC, DC/AC Medical Power Supplies Process Control E Vehicle Traffic Lights Fork Lifts GP Inverter UPS Monitor/CTV Telecom Micro Turbines X-Ray Power Supplies for Medical Equipment Page 4

Infineon new generation XMC families targeted for Industrial Market XMC4000

mid to high end XMC4100, 4200, 4400, 4500 80~120MHz 64K~2.

Officially Press-release today on 17.Jan.13.

5 Infineon new generation XMC families targeted for Industrial Market XMC4000 Infineon first ARM Core released in Feb 2012 Target 32bit application from mid to high end XMC4100, 4200, 4400, ~120MHz 64K~2.5M Flash, 48~256pin package XMC1000 Infineon second ARM Core released Officially Press-release today on 17.Jan.13. Sample available Mar 2013 Target low end market with 32bit MCU XMC1100, 1200, Mhz, 8~200K Flash, 16~38pin package Page 5

XMC4400 XMC4400 XMC4400 XMC4500 XMC4500 128kB 64kB XMC4100 XMC1000 XMC4100 XMC4100 XMC4100

6 Infineon ARM based industrial Microcontrollers Flash 2.5MB 1MB XMC4500 XMC4500 XMC kB XMC4500 XMC kB 256kB XMC4200 XMC4200 XMC4400 XMC4400 XMC4400 XMC4400 XMC4500 XMC kB 64kB XMC4100 XMC1000 XMC4100 XMC4100 XMC4100 VQFN48 LQFP64 LQFP64 LQFP100 LQFP100 LQFP144 LFBGA64 (in def.) LFBGA 144 TSSOP 16 TSSOP 28 TSSOP 38 XMC4100 XMC4200 XMC4400 XMC4500 Page 6

7 Main Content Infineon Latest MCU portfolio XMC1000 Family System block, Key Features Supporting tool, Ecosystem Application example Infineon LDO Page 7

8 One microcontroller platform. Countless solutions. XMC. XMC1000: 8-bit price for 32-bit power Page 8

Where XMC1000 makes the difference Standard Core in Leading

SW IP Protection 32-bit ARM Cortex TM -M0 Industry standard

CCU4 Flash Portfolio From # 1 in security microcontrollers

9 Where XMC1000 makes the difference Standard Core in Leading edge technology 65nm 300mm Scalable & user friendly DAVE TM SW IP Protection 32-bit ARM Cortex TM -M0 Industry standard for 8-bit replacement Apps XMC Peripherals USIC A/D CCU8 CCU4 Flash Portfolio From # 1 in security microcontrollers 8KB 200KB SW IP Design House SW IP Programmer SW IP OEM Page 9

XMC1000 Key Features inspired by Target Application

lighting Digital power conversion Smart sensors HMI

Features Most scalable Flash memory portfolio in

for SW IP protection LED lighting & color control

1,8-5V Leading edge XMC mixed signal and timer

control loops (CORDIC / DIVIDE) 30ns analog

10 XMC1000 Key Features inspired by Target Application Fields Target Application Fields Motor control LED lighting Digital power conversion Smart sensors HMI (capacitive touch & LED displays) General purpose Key Features Most scalable Flash memory portfolio in Low-end: from 8KB to 200KB AES 128-bit secure loader for SW IP protection LED lighting & color control 32-bit ARM Cortex TM -M0, 32MHz Broadest supply range 1,8-5V Leading edge XMC mixed signal and timer peripherals 64MHz MATH Co-processor for advanced control loops (CORDIC / DIVIDE) 30ns analog comparators IEC Class B Peripherals for Touch control and LED display control Page 10

XMC1000 (3 Product Series, 22 products, 5 packages) +++ 22 products +++ 3 packages TSSOP-16, -28, -38 +++ 8KB to 200KB Flash +++ (VQFN-24, -40 available in Q1 2014) XMC1100 Entry Series Basic feature

11 XMC1000 (3 Product Series, 22 products, 5 packages) products packages TSSOP-16, -28, KB to 200KB Flash +++ (VQFN-24, -40 available in Q1 2014) XMC1100 Entry Series Basic feature set, state of the art (16-bit timers, 12-bit ADC, serial communication) Simplified documentation Additional features XMC1200 Feature Series Special purpose timers for motor control & digital power conversion (CCU8) Patented LED-lighting and color control peripheral (BCCU) Capacitive touch and LED- Display control (LEDTS) Extended temperature range to 105 C XMC1300 Control Series MATH co-processor Motor position I/F (POSIF) Extended temperature range to 105 C Page 11

12 XMC1000 Product Portfolio Package Scalability (VQFN-24, -40 available in Q1 2014) TSSOP16: 0.65mm pitch 11 x IO, 3 x In 6 ADC channels TSSOP28: 0.65mm pitch 20 x IO, 6 x In 10 ADC channels TSSOP38: 0.5mm pitch 26 x IO, 8 x In 12 ADC channels Page 12

13 Main Content Infineon Latest MCU portfolio XMC1000 Family System block, Key Features Supporting tool, Ecosystem Application example Infineon LDO Page 13

14 ACMP and ORC System Integration The output signals of ACMP as well as ORC are available at the input multiplexer of the event request unit ERU. As a result, they can be flexibly combined to logical signals that trigger interrupts, start timers or trigger ADC measurements. Target applications Motor Control Intelligent Lighting Power Conversion General Purpose It is the unique combination of fast analog signals and the powerful peripherals that provide a solution in various demanding control applications. Both the fast ACMP as well as ORC comparators are functional in a wide supply voltage range (2.7V 5.5V). Page 14

CCU4 Flexible PWM generation Each Timer Slice of the CCU4 can operate in center aligned or edge aligned mode Additional operation modes like single shot, counting or dithering modes are also

15 CCU4 Flexible PWM generation Each Timer Slice of the CCU4 can operate in center aligned or edge aligned mode Additional operation modes like single shot, counting or dithering modes are also available Update of the Duty Cycle and Period can be done on-the-fly to accommodate different operation requirements Additional external controllable functions give another degree of PWM manipulation (e.g. timer gate, timer load, timer clear, etc) Page 15

CCU8 Capture/Compare Unit 8 Key Features Highlights The CCU8 is a flexible timer module, comprised of 4 identical timer slices tailored for multi-phase PWM generation and signal conditioning.

16 CCU8 Capture/Compare Unit 8 Key Features Highlights The CCU8 is a flexible timer module, comprised of 4 identical timer slices tailored for multi-phase PWM generation and signal conditioning. Several input functions can be controlled externally (via pins or other modules) enabling a powerful resource arrangement for each application. Key Feature Modular timer approach with repeated external functions Flexible PWM generation with on-the-fly duty cycle and period update plus dead time insertion Flexible capture scheme Customer Benefits Each specific application function can be ported to any of the 4 Timers Each Timer Slice can generate up to 4 PWM signals (2 pairs of complementary signals) Parallel capture and compare modes Page 16

POSIF Position Interface Key Features Highlights The POSIF module is the ideal solution for motor control applications using Hall Sensors and Quadrature Decoders.

17 POSIF Position Interface Key Features Highlights The POSIF module is the ideal solution for motor control applications using Hall Sensors and Quadrature Decoders. The user can configure freely the type and usage of the resources to perform an optimized mapping to the wanted application. Key Feature Interface for linear or quadrature rotary encoder Interface for Hall Sensors Stand-alone multi channel control Customer Benefits Application tailored motor position and velocity measurement. Tailored solution for 2 or 3 Hall Sensor applications. Coupling with PWM generation. Perform multi-level modulation for PWM. Tailored modulation development Page 17

MATH MATH Co-Processor Highlights The math co-processor provides a 32bit signed or unsigned divider as well as a 24bit CORDIC for trigonometric calculations.

18 MATH MATH Co-Processor Highlights The math co-processor provides a 32bit signed or unsigned divider as well as a 24bit CORDIC for trigonometric calculations. Both DIVIDER and CORDIC can operate in parallel next to the CORTEX-M0 CPU core. The MATH unit is connected to the PCLK which can be configured for 64MHz. Key Feature 32bit divide for signed and unsigned long integer numbers sin(x), cos(x), arctan(y/x) is executed in parallel to CPU operation Vector rotation (PARK transform) is executed in 24bit resolution Customer Benefits The calculation time of a divide operation is reduced to..% Increase of computational power for real time critical tasks Field oriented motor control algorithms are implemented with high resolution Page 18

19 ADC Analog to Digital Converter Highlights The ADC in all XMC1000 series is based on a high speed 12-bit analog to digital converter which is clocked with 32MHz. Resulting in high maximum sample rates for 12-bit conversions: 1.28MSPS calibrated 1.88MSPS un-calibrated Key Feature 12-bit, 10-bit and 8-bit conversion modes as well as fast compare mode Individually adjustable gain for each analog input channel Two independent sigma delta loops increase ENOBs Customer Benefits This fast ADC can be made faster when configuring in lower resolution conversion modes. The 10-bit fast compare mode just takes 62.5ns. An adjustable gain factor of x1, x3, x6 or x12 together with the fast conversion speed make an operational amplifier obsolete in many applications. The two sigma delta loops individually hold the quantization error of the previous conversion in order to consider this tiny amount in the next conversion. Page 19

ADC in XMC1200 and XMC1300 Analog to Digital Converter Sampling Control Highlights The digital control of the ADC in XMC1200 and XMC1300 series provides additional features well suited for demanding

20 ADC in XMC1200 and XMC1300 Analog to Digital Converter Sampling Control Highlights The digital control of the ADC in XMC1200 and XMC1300 series provides additional features well suited for demanding applications. Each of the two independent ADC groups provide two conversion request units that act as additional virtual ADCs. In total 5 virtual ADCs are available. Key Feature Two sample and hold stages available Flexible sequencing scheme Hardware interconnects for triggering and gating Customer Benefits Independent measurements can be triggered with each of the ADC s groups. As a result synchronous sampling of multiple pairs of channels is configurable. Within each group, the sample request priority can be individually adjusted for each channel. As a result, real time critical sampling happens deterministically A variety of interconnects between ADC and timer peripherals provide a powerful autonomous cluster, well suited for many power conversion applications. Page 20

BCCU Brightness and Color Control Unit Highlights Designed to automatically control the dimming

the human eye Key Features Automatic high frequency brightness modulation (PDM) Automatic

Completely flicker free; no visible or intrasaccadic flicker; 12-bit resolution Dimming level or

21 BCCU Brightness and Color Control Unit Highlights Designed to automatically control the dimming level and color of multichannel LED lamps Requires little user code Transitions appear natural to the human eye Key Features Automatic high frequency brightness modulation (PDM) Automatic exponential dimming and linear intensity change Controlled rate of switching Customer Benefits Completely flicker free; no visible or intrasaccadic flicker; 12-bit resolution Dimming level or color changes appear smooth and natural to the human eye Compatible with a wide range of high power LED drivers Page 21

22 Dimming Logarithmic brightness perception Exponential dimming Page 22

23 Piece-wise Exponential Curve with Dither Fast transition, no dither no steps visible DIMMING LEVEL 100% Slow transition, no dither steps visible Slow transition, with dither no steps visible TIME clocks Page 23

predetermined duration The respective targets are reached at

24 BCCU Linear Color Walk Automatic smooth color change Selected channels continuously change their intensity for a predetermined duration The respective targets are reached at the same time Straight transition in the orthogonal color space (e.g. RGB) Page 24

25 Main Content Infineon Latest MCU portfolio XMC1000 Family System block, Key Features Supporting tool, Ecosystem Application example Infineon LDO Page 25

Tools and SW Partners for XMC Micro Controllers

with all major tool and SW vendors for ARM based

Free tools and SW solutions The development platform

26 Tools and SW Partners for XMC Micro Controllers Commercial tools and SW solutions Infineon cooperates with all major tool and SW vendors for ARM based microcontrollers to support XMC1000 as well as XMC4000 Free tools and SW solutions The development platform DAVE is provided by Infineon Open source FreeRTOS Free evaluation versions Page 26

free automatic code generator extendable for 3 rd parties operating system integration support RTOS and middleware (TCP/IP/USB

27 XMC1000 Ecosystem IDE, C-Compilers, Debuggers, Analysis Utilities Altium Atollic Keil IAR Systems Wind River HW Debuggers Hitex PLS isystems Lauterbach Flash Programming Hitex PLS DAVE 3 free integrated development environment free compiler, debugger, flash loader free automatic code generator extendable for 3 rd parties operating system integration support RTOS and middleware (TCP/IP/USB stacks, CAN, ) CMX Express Logic FreeRTOS HighTec Keil Micrium Segger SEVENSTAX Thesycon Training and Consulting Hitex Microconsult Page 27

28 Use case/example code Page 28

29 DAVE makes powerful hardware accessible Free IDE and code generator Integrated Development Environment (IDE) Auto-code generator (Code Engine) Eclipse based Free GNU Compiler, debugger, loader Free data visualization utilities Open for 3rd party tools (compiler, debugger) and software (operating systems, stacks) as plug-in Easy selection of peripheral and application oriented DAVE Apps Configuration via graphical user interface Generated code can be used via well documented APIs (like a library) Extendable by user or 3rd party Apps Website: Page 29

PMSM-FOC Hall sensor Sensor less Incr. Encoder ACIM V/f open loop Incr.

30 DAVE APPs Available step by step Porting of APPs Clock Interrupt Pads ADC Timer PWM, Capture SPI, ASC, I2C, I2S RTC WDT Motor Control APPs BLDC Hall sensor Sensor less PMSM-FOC Hall sensor Sensor less Incr. Encoder ACIM V/f open loop Incr. Encoder Lighting Apps BCCU APPs Channel Dimming Color Lamp White Lamp DALI (IEC 62386) DMX512 PMBus Page 30

Application Roadmap Motor Control 10 11 12 1 2

Kits Power Board, Drive Card, Documentation

Application Card XMC1300 Motor Control Kit

750W (1HP) XMC1300 & XMC4400 available new

XMC1300 low end WM XMC1300 Ceiling Fan v1

Example Code XMC4000 XMC1000 XMC4: FOC PMSM

Resolver XMC4: FOC PMSM Sensorless DAVE APPs

Hall PMSM SIN Hall IM V/f open loop BLDC BC -

APPs XMC1000 IM V/f open loop BLDC BC Hall

31 Application Roadmap Motor Control Motor Control Kits Power Board, Drive Card, Documentation DAVE TM APPS ready Motor Control Kit Application Card XMC1300 Motor Control Kit Hexagon & Satellite XMC4400 Motor Control Kit 750W (1HP) XMC1300 & XMC4400 available new Demos Trade Show Customer XMC1300 Fan PMSM FOC XMC1300 low end WM XMC1300 Ceiling Fan v1 XMC1300 Ceiling Fan v2 XMC1300 sensorless ACIM Example Code XMC4000 XMC1000 XMC4: FOC PMSM Encoder XMC1: BLDC sensorless XMC4: FOC PMSM Resolver XMC4: FOC PMSM Sensorless DAVE APPs XMC4000 XMC4500: IM V/f open loop BLDC BC - Hall PMSM SIN Hall IM V/f open loop BLDC BC - Hall PMSM SIN Hall PMSM FOC - sensorless DAVE APPs XMC1000 IM V/f open loop BLDC BC Hall PMSM SIN Hall PMSM FOC sensorless BLDC BC sensorless PMSM FOC Hall Page 31

32 App Support for Motor Control V/F for simple open loop Block Commutation for Hall Sensor Sinewave commutation for Hall Sensor Sensorless FOC Page 32

Application Roadmap Intelligent Lighting 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 Lighting Kits Boards Documentation DAVE TM APPS ready LED Lighting Kit Application Cards XMC1200 Demos Trade

33 Application Roadmap Intelligent Lighting Lighting Kits Boards Documentation DAVE TM APPS ready LED Lighting Kit Application Cards XMC1200 Demos Trade Show Customer XMC1200 RGB Sticks XMC1200 short RGB Sticks XMC4500 XMC1200 DALI demonstrator Example Code XMC4000 XMC1000 XMC1200 RGB + IR XMC1200 RGB control XMC1200 Street Lamp XMC Simple DALI XMC1200 Street Lamp with ADC XMC1200 RF-controlled lamp XMC1200 Full DALI XMC4000 DALI master DAVE APPs XMC1000 XMC1200/1300 Color Lamp Simple DALI CG DMX512 slave XMC1200/1300 White Lamp XMC1200/1300 Power Lamp DALI master DAVE APPs XMC4000 Simple DALI CG DALI master Page 33

34 Development Tools DAVE TM Established XMC tool chain Established Apps New XMC1000 Apps Free download Boot Kits LED Lighting Color control XMC1200 DALI/DMX DAVE TM Apps ISAR/Web: March 2013 Application Kits Motor control Sonsorless FOC e.a. XMC1300 DAVE TM Apps ISAR/Web: May 2013 Simple evaluation Debugger included XMC1100, XMC1200, XMC1300 from 16.- DAVE TM Apps ISAR/Web: March 2013 XMC1100 Boot Kit with connector to ARDUINO shields Page 34

35 High voltage support for Motor Control Drive Card + Power Board 750W Power Board Page 35

36 Main Content Infineon Latest MCU portfolio XMC1000 Family System block, Key Features Supporting tool, Ecosystem Application example Infineon LDO Page 36

Application Example PWM for Motor Control Overview Controlling a 3-phase motor is a common application within the motor control world, that can be simply done by the CCU8.

37 Application Example PWM for Motor Control Overview Controlling a 3-phase motor is a common application within the motor control world, that can be simply done by the CCU8. Each CCU8 Timer can control a motor phase with complementary switches. If a higher resource utilization density is needed, it is possible to control with just one Timer two phases in parallel. In Brief Motor Control PWM The CCU8 timers are able to generate the proper PWM patterns for SVM and block commutation. Page 37

Application Example PWM for Power Conversion Overview With each CCU8 timer slice, it is possible to control up to two Half- Bridges with the same switching frequency.

38 Application Example PWM for Power Conversion Overview With each CCU8 timer slice, it is possible to control up to two Half- Bridges with the same switching frequency. Each of the Compare Channels is generating 2 complementary PWM signals with configurable dead time. Dead time values for Half-Bridge 1 can be different from the dead time values of Half-Bridge 2. In Brief In this application example, a second Timer Slice (CC83), is being used to generate the needed ADC conversion triggers. Controlling Half-Bridges Page 38

Application Example PWM for Power Conversion Overview There are several power converter topologies that implement phase shift between one or more signals (complementary or not).

39 Application Example PWM for Power Conversion Overview There are several power converter topologies that implement phase shift between one or more signals (complementary or not). A know topology is the 2 or 3 phase buck converter or a phase shift full bridge. While for a 3 phase buck converter the phase shift is fixed, this is not true for a phase shift full bridge. In Brief Phase Shift Control With the CCU8 timers it is easier to control a phase shift mechanism, for fixed and/or variable phase shift. Page 39

40 Peak current control - ACMP XMC1300 Current sensor Voltage sensor PWM generation Current loop Voltage loop Page 40

41 XMC1202-T016X Tunable White Lamp / Multi-color Architecture Lamp Office lighting Retail lighting Hospitality lighting Source: Page 41

42 Example LED Luminaire High-Power Street Light Source: Page 42

43 Links XMC1000 Product Pages DAVE Pages Infineon MC Forum Page 43

44 XMC family: 32-bit microcontroller family for industrial applications Free, easy and open DAVE 3 High abstraction level of software development by Best peripherals and flexibility for scalable industrial systems XMC Industrial standard core and connectivity graphical programming environment automatic code generation Page 44

45 Key differentiators of the Infineon XMC industrial microcontroller family Combination of Infineon key IP and know-how with all the benefits of an industry standard core Microcontroller Know-how >30 years automotive and industrial microcontroller experience Innovative application specific peripherals Highly configurable and flexible Fast flash Quality and reliability High-performance Flash technology Extended temperature range on selected products (125 C) Long product life time (min. 15 years) SW Tool DAVE 3 Next generation of DAVE with enhanced functionality Free tools Auto-code generation making powerful hardware easy to use Open to 3rd parties Page 45

46 Main Content Infineon Latest MCU portfolio XMC1000 Family System block, Key Features Supporting tool, Ecosystem Application example Infineon LDO Page 46

47 Infineon Standard Product Portfolio 1/2 LinVregs and Trackers Type Voltage Regulator Dual Voltage Regulator Sales Name IFX20001 IFX21004 Voltage Tracker IFX21401 Voltage Regulator IFX24401 Temperatur e Range Output Voltage [V] Output current [ma] Quiescent current [µ A] Dropout Voltage [mv] Maximum Input Voltage [V] Accuracy Output Voltage [%] Minimum Output Capacitor for Stability [µ F] Compatible /comparable to Packages available -40C to 45V Vin + 3,3 / 5, ,3 SCT C small package -40C to 40 5,0 & 15,0 100 Dual & 30 Voltage TO C output (60 peak) -40C Tracker to Adj ,5 1 SCT C Concept Lowest TO252 / -40C to 5, quiescent ,47 SSOP14-125C current EP Voltage Regulator IFX C to 125C 2,5 / 3,3 / 5,0 / 8,5 / V 4 Vin 100 *78 SOT223 / TO263 / TO252 / TO220 Voltage Regulator IFX C to 125C 5,0 / Adj V 100 Vin *78 low dropout TO263 / TO252 Voltage Regulator IFX C to 125C 1,5 / 1,8 / 2,6 / 3,3 / 5,0 / Adj 40V Vin low quiescent *317 TO252 current Type Voltage Regulator Voltage Regulator Voltage Regulator Sales Name IFX2931 IFX4949 IFX8 8/1117 Temperatur e Range -40C to 125C -40C to 125C 0C to 125C Output Voltage [V] Output current [ma] Quiescent current [µ A] Dropout Voltage [mv] Maximum Input Voltage [V] Accuracy Output Voltage [%] Minimum Output Capacitor for Stability [µ F] Compatible /comparable to Packages available 3,3 / 5, xx2931 DSO8 5, ,3 / 5,0 / Adj 28 (40 transient) 2 4,7 x4949 DSO8 DSO8-EP xx1117 SOT223 Page 47

48 Infineons Standard Product Portfolio 2/2 DCDC voltage regulators and Transceivers Infineon DCDC converters Type DC/DC Converter IFX91041 DC/DC Controller IFX80471 Sales Name Temperature Range -40C to 125C -40C to 125C Output Voltage [V] 3,3 / 5,0 / Adj Output current [ma] Quiescent current [µ A] Dropout Voltage [mv] Maximum Input Voltage [V] Accuracy Output Voltage [%] Minimum Output Capacitor for Stability [µ F] Compatible /comparable to Packages available N/A 45 2 N/A DSO8-EP 5,0 / Adj N/A 60 3 N/A DSO14 Infineon CAN/LIN Transceivers Type Sales Name Temperature Range Transmissio n Rate Bus Wakeup Capability LIN Transceiver IFX C to 125C 20 kbit/s Yes CAN Transceiver CAN Transceiver IFX C to 125C 1.0 Mbit/s IFX C to 125C 125 kbit/s No Yes Quiescent Current (max.) <10 ua sleep mode < 10 µ 5V standby < 65 µ A sleep mode Additional Features INH, EN, WK Wake-up inputs Bus wake-up + wake-up pin Standards LIN 1.2, 1.3, 2.0, 2.1 Compatible to Packages available *1021 DSO8 RM, INH No ISO *1050 DSO8 INH, NERR, NSTB, ENT, WK, RTL, RTH Bus wake-up + wake-up pin ISO TJA1054* DSO14 Page 48

49 Thank you! 영업문의 : 구성모부장 (sm.koo@dabo-corp.com) 황혜성차장 (hs.hwang@dabo-corp.com) 기술문의 : 조용규과장 (yg.cho@dabo-corp.com)

Infineon XMC1000 The M0 that punches well above its weight. Thursday 19 th September 2013 Dave Greenhill Rob McLoughlin

Infineon XMC1000 The M0 that punches well above its weight Thursday 19 th September 2013 Dave Greenhill Rob McLoughlin Introduction to the XMC1000 Family Key peripherals for motor control Maths Co-processor