32 位 XMC4000 工业微处理器 ARM® Cortex®-M4
XMC4000系列：XMC4800、XMC4700、XMC4500、XMC4400、XMC4300、XMC4200、XMC4100
所有XMC4000器件均基于内置DSP指令集的ARM®Cortex®-M4。单精度浮点单元、直接存储器访问（DMA）功能和存储器保护单元（MPU）是所有器件最新技术的基础 - 即使是最小的XMC4000核心和外设也能实现高达80MHz的运转。该系列产品具有全面的通用性、快速性和精确的模拟/混合信号能力以及定时器/ PWM和通信外设。
XMC4300和XMC4800器件是第一款集成了EtherCAT®的基于ARM®Cortex-M®的微控制器，将实时以太网通信提高至前所未有的水平，具有易于实施和成本效益卓越的特点。 XMC4000将有可能取代传统DSP / DSC和32位MCU解决方案。 XMC4000系列可满足工业市场的需求，特别适用于数字电源转换、电机控制、感测与控制以及IO应用。 XMC4000共有七个系列：XMC4100、XMC4200、XMC4300、XMC4400、XMC4500、XMC4700和XMC4800，同时提供包含VQFN、LQFP和LFBGA在内的超过75种封装类型，引脚数涵盖48到196区间。
英飞凌助力制造商取得成功
我们提供配合XMC™使用的电路板、套件、保护装置及开发工具
新产品！XMC4300 工业微处理器系列
英飞凌新推出的 XMC4300 微处理器系列，专为满足 EtherCAT ®工业应用需求设计，可进一步降低 EtherCAT ®实作的复杂性，减少工厂自动化、工业电机控制、输入/输出模块和机器人费用支出。
XMC4000系列特征
- 带有浮点单元（FPU）、单周期DSP MAC、CPU频率为80-144MHz的ARM®Cortex®-M4
- 高达2MB的嵌入式闪存，22ns访问时间和纠错单元
- 高达352kB的嵌入式RAM
- EtherCAT®节点
- 12通道DMA（XMC4500），8通道DMA（XMC4400，XMC4200，XMC4100）
- 全面的定时器配置、模数解调器、位置接口，带紧急关断和ADC触发的PWM以及正交编码器接口
- 4通道高分辨率PWM（150ps）（XMC4400、XMC4200、XMC4100）
- 高达4个12位ADC，每秒达到4兆采样（交错模式）
- 2个12位DAC
- 多达6个可配置为SPI、I2C、I2S和UART的多功能串行接口模块
- 最多6个CAN
- 支持SDRAM，SRAM，NOR- / NAND-Flash和存储器映射IO设备（如LCD）的外部总线接口
- SD / MMC接口
- 触摸界面和LED矩阵
- 带日历功能、基于时间或外部唤醒功能的实时时钟
- 环境温度范围最高可达125°C
XMC4000 目标应用
DAVE™（第4版） – 适用于XMC™微控制器的开发平台
Professional Free-of-Charge Development Platform for Code Generation
Free of charge Eclipse based IDE using GNU C-compiler providing extensive, configurable, and reusable code repository for XMC™ industrial microcontroller powered by ARM® Cortex®-M processors.
Application oriented code repository merged with graphical system design methods and automatic code generator to guide XMC™ microcontroller user along the entire process – from evaluation-to-production (E2P). XMC™ Lib and DAVE™ generated code can be used with other 3rd party tool chains.
Get your free µC/Probe™ XMC™ Software Download here!
DAVE™ – Free Eclipse based code development platform/IDE offering code repository, graphical system design methods, and automatic code generator to guide XMC™ microcontroller user along the entire process – from evaluation to production (E2P). XMC™ Lib and DAVE™ generated code is tested and released for use with 3rd party tool.
| About DAVE™ |
DAVE™ (Version 4) – professional free-of-charge integrated development environment (IDE) supporting the whole development process from evaluation-to-production (E2P).
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DAVE™ Highlights
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| DAVE™ |
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Free Eclipse based integrated development environment (IDE) including GNU C-compiler, debugger, comprehensive code repository, hardware resource management, and code generation plug-in. A complete download package is provided, including IDE, XMC™ Lib, DAVE™ APPs, EXAMPLES, and DAVE™ SDK. |
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| DAVE™ SDK | Development environment to modify and enhance existing DAVE™ APPs and create new ones. All DAVE™ APPs can be downloaded as individual DAVE™ SDK projects. |
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| XMC™ Lib |
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Ready to use APIs for peripherals which are tested for GNU-, ARM-, IAR- und TASKING- compiler, and released for Altium, ARM/KEIL, Atollic, IAR Systems, iSystems and Rowley compiler IDEs. Low level driver libraries for XMC™ peripherals (APIs), CMSIS / MISRA 2004 compliant including documentation. XMC™ Lib – Release Note |
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| System: | Timer/PWM: | Analog-mixed Signal: | Communication: | Application specific: | Examples: | ||
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| DAVE™ APPs |
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Graphical User Interface (GUI) configurable application oriented software components using XMC™ Lib (Low Level Driver); arranged in a library (APIs) |
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| General Purpose and System DAVE™ APPs: |
Application Specific DAVE™ APPs: |
Contributed DAVE™ APPs: |
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System:
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Motor Control:
Power Conversion:
Communication:
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Lighting:
HMI:
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Contributed DAVE™
OPTIGA™:
CONFIG APPs:
SEGGER RTT |
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| DAVE™ EXAMPLE | XMC™ Lib (Low Level Driver for XMC™ MCUs) and DAVE™ APPs composed to application examples |
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XMC™ Lib and DAVE™ APPs are tested with GCC, ARM®, TASKING, IAR compilers; |
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| XMC™ MCUs | |
A wide portfolio of more than hundred different feature / performance / memory / package options powered by 32-bit ARM® Cortex®–M0/M4F |
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| Rapid Prototyping Tools | |
XMC™ Flasher Tool Easy-to-use and free-of-charge tool to connect and flash XMC™ MCUs |
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XMC™ Link, Functional Isolated Debug Probe Functional Isolated Debug Probe, based on SEGGER J-Link Technology |
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XMC™ Pinout Tool Graphical Pinout allocation tool for rapid prototyping |
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For MATLAB® and Simulink®
The XMC™ Library for Embedded Coder® for MATLAB® and Simulink® provides support for code generation of all XMC™ microcontroller to enable an easy model-based design flow, for any type of applications.
The XMC™ Library for Embedded Coder® enables the automatic code generation of your software algorithm optimized for XMC™ MCUs. It provides system and peripheral initialization and a comprehensive set of peripheral library blocks, such as
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Feature overview:
Supported devices:
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The XMC™ Library for Embedded Coder® enables the user fast model-based design for real-time applications from MATLAB® and Simulink® environment.
| XMC1000 family, ARM ® Cortex ® - M0 | XMC4000 family, ARM ® Cortex ® - M4F |
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*Upcoming, middle of the second half of 2016
The library supports code generation of system initialization for XMC™ microcontroller including direct compilation and linking.
It supports easy integration with Infineon's DAVE™ and use with all major ARM® third-party tools and compiler/IDEs.
| Application | XMC™ Evaluation kits and boards |
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XMC™ Library for Embedded Coder® - includes:
- System initialization libraries
- Peripheral initialization libraries
- Optimized code libraries (CORDIC, CMSIS)
- Support for all the XMC™ microcontrollers
- Advanced functions
- Initialization sequence block
- Resource name configurator
- Compilation/linking support (via the GNU gcc/g++)
DAVE™ is a high-productivity development platform for the XMC microcontroller portfolio.
DAVE™ to simplify and shorten SW development by offering a SW library which allow efficiently use the innovative application-optimized peripherals, called DAVE™ APPs.
DAVE™ APPs are software blocks which can be configured for a wide range of application by using a GUI.
The generated code can be used via well documented APIs directly in DAVE™ or can be imported in 3rd party compiler tools.
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SW developers can focus to the important IP and leave the rest to DAVE™ |
DAVE™ APPs Overview (List of DAVE™ APPs) |
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| DAVE™ Basic Facts |
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xSPY is a free and flexible plug-in for DAVE™ to visualize data and to create an interface dashboard to control XMC target applications.
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With xSPY and the DAVE™ App DBG002 it is possible to instrument the application software to add trace capabilities and to visualize the trace data on the PC. Vice versa, variables can be modified from a freely definable PC dashboard.
Main Features:
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| xSPY: Download Item Description |
Download |
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| Tutorial that covers how to use xSPY and the DBG002 App to visualized trace data on the PC Note: The tutorial is based on the XMC4000 examples, but it can be used for the XMC1000 only the number of waverforms generated are less. |
xSPY_Getting_Started_v1.pdf |
| Example project for XMC4400 to generate various signals and to stream them via DBG002 to xSPY and to display them on the digital oscilloscope. | xmc4400_dbg002_xspy.exe |
| Example project for XMC4200 to generate various signals and to stream them via DBG002 to xSPY and to display them on the digital oscilloscope. | xmc4200_dbg002_xspy.exe |
| Example project for XMC1100 to generate a signals and to stream them via DBG002 to xSPY and to display them on the digital oscilloscope. | xmc1100_dbg002_xspy.exe |
Visualization of microcontroller internals
With xSPY and the DAVE™ App DBG002 it is possible to instrument the application software to add trace capabilities and to visualize the trace data on the PC. Vice versa, variables can be modified from a freely definable PC dashboard.
Main Features:
- Real-time streaming of data from the XMC target to the PC
- Visualization of streaming data on an oscilloscope
- Reading and modifying of variables on demand from a PC dashboard
- Communication via UART and virtual COM to the PC (Segger J-Link Lite OBD)
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| Download Item | Download Link |
| Tutorial that covers how to use xSPY and the DBG002 App to visualized trace data on the PC Note: The tutorial is based on the XMC4000 examples, but it can be used for the XMC1000 only the number of waverforms generated are less. |
xSPY_Getting_Started_v1.pdf |
| Example project for XMC4400 to generate various signals and to stream them via DBG002 to xSPY and to display them on the digital oscilloscope. | xmc4400_dbg002_xspy.exe |
| Example project for XMC4200 to generate various signals and to stream them via DBG002 to xSPY and to display them on the digital oscilloscope. | xmc4200_dbg002_xspy.exe |
| Example project for XMC1100 to generate a signals and to stream them via DBG002 to xSPY and to display them on the digital oscilloscope. | xmc1100_dbg002_xspy.exe |
MatrikonOPC UA Embedded Suite for Microcontroller
Industrie 4.0 and IIoT ready OPC UA connectivity are rapidly transforming how M2M communications, control automation, and device-to-enterprise communications are implemented.
In this emerging hyper-connected world, even the smallest devices will be expected to support secure standards-based data connectivity. Selected as the connectivity standard of choice for Industrie 4.0 applications, OPC UA is the single, most important data connectivity standard vendors need to implement in their devices to ensure their products can take part in and compete in the new world.
The MatrikonOPC UA Embedded Software Development Kit (SDK) is the fastest, easiest way to OPC UA enable your Infineon based systems using XMC4000 MCU family. Without having to learn the intricacies of OPC UA and not having to debug OPC UA server implementations, the MatrikonOPC UA Embedded SDK lets you confidently take your OPC UA enabled product to market faster.
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For EPSON TFT CTRL ICs, XMC™ microcontrollers and DAVE™ IDE
Professional, discrete and scalable TFT display control solutions
The EPSON Graphics Library/API is a software library designed to enable and simplify the process of displaying graphics and text on a TFT panel by using a general purpose XMC™ microcontroller connected to an EPSON TFT CTRL ICs (S1D13781) in a discrete and scalable system approach like shown below:
Thanks to the free-of-charge library/API for DAVE™ IDE, a comprehensive documentation and a Arduino hardware compatible shield board (S5U13781R01C100), user can easy experience the system performance and benefits that a discrete system approach offers:
- Up to 7“ displays (up to 800x480 resolution)
- Free-of-charge TFT display control library/API
- Easy-to-use and scale MCU and TFT CRTL ICs
- Best-in-class hardware graphic acceleration
- Enable reduction of PCB layer and system cost
- Embedded Video Memory
Graphically visualizes the internals of XMC™ 32-bit ARM ® based microcontrollers
The free-of-charge version µC/Probe™ XMC™ is a derivative of µC/Probe™ developed by Micrium® working with XMC™ microcontrollers only. µC/Probe™ XMC™ is a Windows based application that allows you to read and write the memory of XMC™ microcontrollers during run-time in a non-intrusive way and with a graphical dashboard to fine-tune your application.
- Generate your own user interface (UI) by dragging and dropping of controls and indicators. No programming is required. Drag and drop the graphic components into place and watch them
- Real-time monitoring and instant control of global variables and memory in non-intrusive way
- Use µC/Probe™ for XMC™ to extend the capabilities of your debugging software by running both at the same time
- Support for different communication standards to simply connect your application – J-Link, CMSIS-DAP, TCPP/IP, USB and RS-232
As an example, visualize real-time data of time critical control loops in motor control or digital power conversion with an 8 channel digital oscilloscope. The oscilloscope can simply be instrumented with a target code that allows configurations like sample frequency and sample buffer size. The datas are visualized in a GUI running on a PC and enabling sophisticated features like negative/positive, pre/post, single/continuous trigger to exactly capture important real-time data to analyze and optimize the application code.
Middleware, Libraries, Stacks, File System, GUI
Device support package for XMC™ MCUs and ARM/Keil MDK
CMSIS PACK XMC1000 (Version V2.7.0)
CMSIS PACK for XMC1000: includes the full device support for all XMC1000 derivatives that can be directly installed in Keil MDK or other tool that support this format. The downloaded file is a .pack file. For manual inspections it can be renamed to a . Zip file and unzipped as usual.
CMSIS PACK XMC4000 (Version V2.9.0)
CMSIS PACK for XMC4000: includes the full device support for all XMC4000 derivatives that can be directly installed in Keil MDK or other tool that support this format. The downloaded file is a .pack file. For manual inspections it can be renamed to a . Zip file and unzipped as usual.
XMC开发工具系统及软件
| DAVE™: 面向XMC™ Lib和DAVE™ APP的软件开发平台 | 了解更多 | 下载 | ||
| µC/Probe XMC™: XMC™微控制器系列中的最佳产品 - 视觉化、监测及控制 | 了解更多 | 下载 | ||
| 适用于MATLAB®和Simulink®Embedded Coder®的XMC™库 | 了解更多 | |||
| XMC™引脚分配工具：用于快速原型设计的图形化引脚分配工具 | 下载 | |||
| XMC™ Programming Tools from Infineon | ||||
| XMC™ Link – 基于SEGGER J-Link技术的功能隔离调试探头 | 了解更多 | 购买 | ||
| XMC™ Flasher - 闪存编程（擦除、编程及验证）工具 | 了解更多 | |||
| MemTool – 闪存编程工具; C800/XC166/XE166/XC2000/TriCore™/XMC™ | 了解更多 | 下载 | ||
| DAP miniWiggler – 闪存编程硬件; C800/XC166/XE166/XC2000/TriCore™/XMC™ | 了解更多 | 购买 | ||
| 中间件/库/堆栈和第三方解决方案 | 了解更多 | |||
| IEC60730 B系列：支持POST和BIST测试例程的软件库 | 了解更多 | |||
| XMC™ Lib：用于XMC™外设的低级驱动程序/API库 | 了解更多 | |||
| DAVE™ Apps – 使用XMC™Lib的GUI可配置软件/API | 了解更多 | |||
| DAVE™ Examples – 由XMC™Lib和DAVE™应用程序组成的应用程序示例 | 了解更多 | |||
| XMC™ CMSIS Pack – 用于XMC™MCU和ARM/Keil MDK的器件支持包 | ||||
| XMC4000系列CMSIS包装 | 下载 | |||
| XMC1000系列CMSIS包装 | 下载 | |||
| 第三方解决方案 | 了解更多 | |||
List of currently available tools to test, debug and analyze SW for the XMC1000 family and the XMC4000 family.
In addition to the product listed below, debugger tools are are also integrated in the compilier IDEs from Altium, Atollic, ARM (Keil) and IAR.
For details: www.lauterbach.com/microtrace.html
| Company Name and Weblink | Product Name | Supported XMC Products | Tool Description |
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 Atollic |
Atollic TrueINSPECTOR | XMC1000 family XMC4000 family |
Static source code analysis Atollic TrueINSPECTOR® improves your software quality by performing static source code analysis. Atollic TrueINSPECTOR automatically detects potential coding problems and guides you on compliance with “ best-practice” coding standards, enabling you to develop a higher quality product in reduced time. Atollic TrueINSPECTOR also performs code quality reviews, generating reports listing quality metrics, including code complexity measurement. |
| Atollic TrueANALYZER | XMC1000 family XMC4000 family |
In-target test-quality measurement Atollic TrueANALYZER® ensures test confidence by measuring test quality and performing in-target verification using dynamic execution-flow analysis to guarantee rigorous coverage measurement. Atollic TrueANALYZER supports different strengths of coverage analysis, even up to Modified Condition/Decision Coverage (MC/DC) level, which for example is required for the majority of safety-critical aircraft software. |
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| Atollic TrueVERIFIER | XMC1000 family XMC4000 family |
In-target software test automation Atollic TrueVERIFIER® enables you to achieve the highest level of software quality with minimum effort through automated embedded testing; analyzing your source code, generating Unit Test suites and automatically running them in your target board. Assure software quality by deploying Atollic TrueVERIFIER in your product development! |
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 iSYSTEM |
winIDEA | XMC1000 family XMC4000 family |
winIDEA is an integrated development environment (IDE) interoperable with all iSYSTEM and selected third party (e.g. J-Link) hardware. winIDEA is an open platform complemented by the isystem.connect API which allows external applications to remotely control the iSYSTEM software/hardware and to record data from the target system while the application is runningimproves your software quality by performing static source code analysis. Further details: http://www.isystem.com/products/winidea |
| winIDEAOpen | XMC1000 family XMC4000 family |
winIDEAOpen is a free Cortex-M software development and test platform supporting a large number of debug hardware. winIDEAOpen includes a full featured winIDEA platform, a testIDEA standard distribution and the GCC compiler. Further details: http://www.isystem.com/downloads/winidea/winideaopen |
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| testIDEA | XMC1000 family XMC4000 family |
testIDEA offers Real-Time Testing by execution of test cases and test vectors on the final hardware without code instrumentation. testIDEA uses the isystem.connect programming interface which is an open API integrated in winIDEA/winIDEAOpen. A user can create test applications/cases and automatically execute them on the hardware connected through iSYSTEM tools or 3rd party debuggers supported by winIDEA. Test applications and test cases can be written in many different programming and scripting languages (Python, Java, C/C++, C#, Perl, TCL…). Further details: http://www.isystem.com/products/testidea |
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| iC5000, iC3000, iC2000, iC1000 | XMC1000 family XMC4000 family |
Comprehensive set of multifunctional HW debuggers /emulators to connect to the target HW. They provide microcontroller run control, access to MCU resources (memory, registers etc.) and real-time execution analysis (trace, profiler, execution coverage). Depending on the MCU architecture different tool configurations are available: on-chip debugger, on-chip debugger with trace and in-circuit emulator. The modular design saves investment costs and allows easy reuse of iSYSTEM products in multiple configurations. Further details: http://www.isystem.com/products/bluebox |
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| iTag | XMC1000 family XMC4000 family |
The iTag product lineup includes four debug hardware and software packages dedicated to serve all Cortex-M software development and test requirements. Further details: http://www.isystem.com/products/itag |
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 Lauterbach |
µTrace for Cortex-M family | XMC1000 family XMC4000 family |
µTrace is an all-in-one debug and trace tool developed for Cortex-M processors. Features
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| TRACE32® Debugger for Cortex-M family | XMC4000 family | The tools for the Cortex-M processor family are designed as an open debug environment that offers sophisticated features for a quick and effective testing of your embedded design. A USB3.0 or Ethernet interface is provided as host interface to PC Windows, PC Linux or any workstation. Debug Features
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| TRACE32® CombiProbe for Cortex-M family | XMC1000 family XMC4000 family |
TRACE32® JTAG Debuggers can be extended with the CombiProbe which adds real time trace capabilities to the debugger. Trace data are recorded with 4-bit ETM v3.x in continuous mode or CoreSight SWV. | |
 PLS Development Tools |
UDE/UAD2 for XMC4000 | XMC1000 family XMC4000 family |
Universal Debug Engine (UDE) is a powerful debugger for C/C++ applications including
Host interfaces: USB 2.0, IEEE1394 (FireWire)*, 100 MBit Ethernet* Option: Galvanically isolated target interfaces *UAD2+ |
| UDE/UAD3+ for XMC4000 | XMC4000 family | UAD3+ equipped with up to 4 Gigabyte trace memory supports Coresight™ ETM trace which allows
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 SEGGER |
J-Link J-Link ULTRA+ J-Link PLUS J-Link PRO J-Link EDU |
XMC1000 family XMC4000 family |
Debug Probes SEGGER J-Links are the most widely used line of debug probes available today. They've been proven for more than 10 years with over 250,000 units sold.
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| J-Trace Cortex M | XMC4000 family | J-Trace for Cortex-M is a JTAG emulator designed for Cortex-M cores which includes trace (ETM) support. J-Trace for Cortex-M can also be used as a J-Link. |
| Company Name and Weblink | Product Name | Supported XMC Products | Tool Description |
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 HI LO Systems |
ALL-100A/AP | XMC1000 family XMC4000 family in preparation |
ALL-100A/AP Universal & Gang Programmer A high performance programmer for both engineering and production. The ALL-100A/AP programmer has 48/68 sets of precise universal pin driver to provide high speed, low noise, accurate and reliable programming signals. It can be setup can for either single-site programming or multi-site programming for production. |
| PLS Development Tools |
UDE/MemTool for XMC4000 | XMC1000 family XMC4000 family |
UDE/MemTool offers secure and high speed programming for on-chip and external FLASH devices via JTAG, CAN bus or serial interfaces. It supports special functions like whole FLASH erase and CRC verify functions. Production FLASH tools and Service FLASHER are available too. |
| UDE/MemTool GangProgrammer with UAD2+ or UAD3+ for XMC4000 |
XMC1000 family XMC4000 family |
Secure and high speed FLASH/OTP programming for production via JTAG, CAN bus or serial lines. Software interface COM allows standardized integration in customer's production environment. JTAG Extender technology (UAD2+) is useful especially for needle adapters. | |
| SEGGER |
Flasher ARM | XMC1000 family XMC4000 family |
Flasher ARM is a programming tool for microcontrollers with on-chip or external Flash memory. Flasher ARM is designed for programming flash targets with the J-Flash software or stand-alone:
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| J-Link | XMC1000 family XMC4000 family |
Software solutions for flash programming via J-Link SEGGER also offers software solutions that allow J-Link to be used as production tool. Programming via JTAG, SWD and single pin debug (XMC1000) | |
 Infineon |
MemTool | XMC1000 family XMC4000 family |
Memtool is a free of charge programming tool for on-chip flash programming. MemTool supports all actual Infineon Microcontroller families. Programming of the XMC4000 is supported via DAP MiniWiggler and UART BSL. DOWNLOAD MemTool |
| XMC™ Flasher | XMC1000 family |
XMC™ Flasher is a tiny, free of charge programming tool for on-chip flash programming. It is written in Java and it supports basic functionalities like erasing, programming and verification (.hex and .srec), plus BMI handling. XMC™ Flasher requires a J-Link compatible debug-HW to connect to the target (integrated on most of the XMC™ kits or XMC™ Link). |
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 Xeltek |
Off-line Engineering Programmer SUPERPRO/5000 series SUPERPRO/6000 series SUPERPRO/7000 series |
XMC1000 family XMC4000 family |
USB/LAN/Stand-alone Modes. High Speed |
| Off-line Production Programmer SUPERPRO/5004 series SUPERPRO/6004 series |
XMC1000 family XMC4000 family |
Four Chips programmed concurrently USB Interface High Speed |
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| In-System Programmer SUPERPRO/IS Series | XMC1000 family XMC4000 family |
In-System Programming Up to 16 UUT programmed simultaneously USB/LAN/Stand-alone Modes. High Speed |
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| Automated Programmer SUPERPRO/SB Series | XMC1000 family XMC4000 family |
Handler Supports TRAY/TAPE/TUBE 4 to 32 chips programmed concurrently Throughput 1000 to 2000 UPH |
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FlashPAK | XMC1000 Family | Manual gang programmer: Low profile, small footprint with up to 4 sockets,unique socket actuator bar starts programming. Ideal for small volume or new product introduction or used in parallel with other FlashPAKS for volume production. |
| FLX | XMC1000 Family | Desktop automation: the automated FLX family delivers blazing fast throughput in a desktop footprint. The FLX family eliminates human errors typically associated with manual gang programmers. The FLX family is affordable automation while still delivering the same quality of larger offline automated systems. | |
| PS FAMILY | XMC1000 Family | Low-mid volume automated programming system: PS388 programmed up to 850 device per hour, scalable up to 16 sockets, supports all media i/o options & laser marking | |
| PSV FAMILY | XMC1000 Family | High volume automated programming system: PSV7000 programmed up to 2000 devices/hour with tray, tape and tube, scalable up to 24 programmers for up to 96 sockets. | |
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2800 | XMC1000 Family | Manual gang programmer: Combining quality and speed for the lowest cost per device, this 8th Generation manual concurrent programmer can achieve high programming speed with the MCUs. |
| 3800 | XMC1000 Family | Automated Programmer: Program up to 1,200 devices per hour with the power, speed and versatility of 8th Generation technology. This automated concurrent programmer is truly the best at programming your high-density flash memory, MCUs and more. | |
| 4800 | XMC1000 Family | Automated Programmer: This 8th Generation universal programming system is capable of programming up to 1,500 devices per hour. It’s also highly configurable to support tape, tray, tube and marking. | |
 SMH Technologies ™ |
FR I Series | XMC1000 Family XMC4000 Family | Universal Standalone In-System Programmer, FlashRunner is the first complete production In-System programmer specifically designed for manufacturing lines. FlashRunner is targeted at production environments, easily integrates into your programming system or Automatic Test Equipment (ATE), and can work either in full standalone mode or controlled by a host system. In addition, it offers the flexibility to support a full range of current and future Infineon microcontrollers, including the C166, XC166, XE166, XC800, XC2000, XMC1000, XMC4000 and TriCore family. |
| FR II Series | X | Specific In-System Programmer for single silicon Producer like Infineon FR02INF0 | |
| FR III Series | X | Essential programmer oriented for use in R&D Area and Lab applications | |
| FR Quattro | X | FlashRunner Quattro is a high-integration in-system gang programmer that can program up to eight different devices simultaneously. FlashRunner Quattro is designed for programming multi-PCB panel assemblies. FlashRunner Quattro is composed of a mainboard which hosts the programming and demultiplexing modules, plus various connectors used to interface to the target system and host/ATE. | |
| FR3070A | X | In-System programming board for Agilent 3070 Medalist Utility Card | |
| FR PXI A3 | X | First in the world programming solution for PXI system, Multi-target parallel programming channels | |
| FR CUBE | X | FlashRunner Cube is a high-integration in-system gang programmer that can program up to eight identical devices simultaneously. FlashRunner Cube is designed for programming multi-PCB panel assemblies. |
List of available compiler tool chains supporting the XMC1000 family and the XMC4000 family. These tool chains are normally integrated in an IDE and included debugging and flash loader solutions.
| Company Name and Weblink | Product Name | Supported XMC Products | Tool Description |
|---|---|---|---|
 Altium Limited |
TASKING VX-toolset for Cortex-M & R | XMC1000 family XMC4000 family |
The TASKING C compiler tool suite for the ARM Cortex-M family provides a fully integrated development environment: Eclipse based IDE with TASKING developed plug-in C/C++ compiler, assembler, linker, libraries (incl. sources), Instruction-set simulator, On-chip/hardware debugger with support for standard evaluation kits, the Infineon DAS/miniWiggler and the SEGGER J-Link family. This ARM ABI and MSIS compliant toolset is based on the same VX compiler technology as the TASKING compilers for C166/XE166 and TriCore, providing a high level of compatibility which eases migration. The toolset is available in the Standard Edition, Professional Edition and Premium Edition for the XMC4000 and the XMC1000, supporting Windows, Linux and Mac OS-X. Free for educational use and hobby use at home. Free full trial version downloadable from TASKING website. |
| Atollic |
Atollic TrueSTUDIO: C/C++ compiler and debugger IDE | XMC1000 family XMC4000 family |
Atollic TrueSTUDIO: C/C++ compiler and debugger IDE Atollic TrueSTUDIO® is the premier C/C++ development suite for embedded systems design, thanks to its unrivaled feature set and unprecedented integration. Atollic TrueSTUDIO arms you with tools to enhance software implementation efficiency, team collaboration and code quality. Shorten your time to market and shrink development costs by deploying Atollic TrueSTUDIO for your next embedded project! www.atollic.com/index.php/truestudio Atollic also provides a comprehensive set of test and verification tools, more details are here . |
 ARM |
Keil ARM MDK | XMC1000 family XMC4000 family |
Keil MDK-ARM is a complete development environment including the industry leading ARM C/C++ Compiler, the well-known uVision IDE, and sophisticated debug & trace capabilities. |
 ARM |
Free Keil ARM MDK | XMC1000 family | ARM / Keil offers a free version of MDK-ARM Microcontroller Development Kit for the XMC1000 Microcontroller family. DAVE generated library source code can seamlessly be imported by utilizing CMSIS PACK |
 IAR Systems |
IAR Embedded Workbench for ARM | XMC1000 family XMC4000 family |
IAR Embedded Workbench incorporates a compiler, an assembler, a linker and a debugger into one IDE. It is easy to use, provides advanced and highly efficient optimization features, and is highly integrated with hardware, RTOS products, and middleware. IAR Embedded Workbench for ARM is available in several versions, including a product package that is designed specifically for ARM Cortex-M core families. |
 Rowley |
CrossWorks | XMC1000 family XMC4000 family |
CrossWorks for ARM is a complete C/C++ and assembly code development system for Cortex, ARM7, ARM9, and XScale microcontrollers. It comprises the CrossStudio integrated development environment, small footprint C library, tasking library and the GNU GCC toolchain. CrossWorks for ARM runs on Windows, Mac OS X and Linux operating systems. |
| Infineon |
DAVE™ version 3 | XMC1000 family XMC4000 family |
DAVE™ is free development platform including a GNU C compiler tools, debugger and code generation tools, more information and download here . |
List of available RTOS and Middleware solutions for the XMC1000 family and the XMC4000 family
| Company Name and Weblink | Product Name | Supported XMC Products | Tool Description |
|---|---|---|---|
| ARM |
ARM MDK-Professional | XMC1000 family, XMC4000 family |
The MDK-ARM is a complete software development environment. The MDK-Professional includes a full set of Middleware Libraries such as: RTX Real-time Operating System, TCP/IP Networking Suite, Flash Files System Library, USB Device Interface, USB Host Interface, CAN driver Library, GUI Library. XMC1000 family is only supported with relevant middleware. |
 CMX |
CMX-RTX CMX-TNY+ |
XMC4500 series | Real-Time Multi-Tasking Operating System for Microprocessors, Microcomputers and DSPs: Supports nested interrupts; No royalties on embedded code; All source code supplied; Extremely fast context switch times; Very low interrupt latency times; Scheduler and interrupt handler written in assembly for speed and optimization; All CMX functions contained in library; User configurable; Task management; Event management Timer management; Message management; Circular queue management; Resource management; Semaphore management; Fixed block memory management; Specialized UART management; Automatic power down management; Full pre-emption and ability to also have cooperative and time slice scheduling |
 emtas |
CANopen Stack CANopen Bootloader CANopen DeviceDesigner CANopen DeviceExplorer CANopen UpdateManager CANinterpreter |
XMC4000 family | emtas provides industrial communication protocol stacks for CAN/CANopen, innovative and reliable tools, training, consulting, test and development services. Downlaod package for XMC4500 . |
 Expresslogic |
ThreadX | XMC1000 family, XMC4000 family |
ThreadX is an industrial proven Real Time Operating System with over a billion deployments. ThreadX has been certified by SGS-TÜV Saar for use in safety-critical systems, according to IEC-61508 and IEC-62304. The certification confirms that ThreadX can be used in the development of safety-related software for the highest safety integrity levels of the International Electrotechnical Commission (IEC). Unique Features: Small Footprint; Fast Response, Instant On; Certification Pack for safety critical applications, Easy to Use . |
 Real Time engineers LTD |
FreeRTOS | XMC4000 family, XMC1000 family |
FreeRTOS is a market leading RTOS from Real Time Engineers Ltd. that supports 33 architectures and receives 77500 downloads a year. It is professionally developed, strictly quality controlled, robust, supported, and free to embed in commercial products without any requirement to expose your proprietary source code Download official supported XMC4500 demo: http://www.freertos.org/a00090.html#INFINEON |
 hcc embedded |
MISRA compliant TCP/IP Stack (IPv4/IPv6) USB Device Stack USB Host Stack Full support for USB OTG Various File systems Failsafe Boot-loader eTaskSync cooperative scheduler |
XMC4000 family | HCC's advanced middleware such as high-speed USB and MISRA compliant TCP/IP Is the perfect high performance complement to the XMC4000 family, powerful Cortex based microcontrollers http://www.hcc-embedded.com/targetdevices/infineon/xmc4000 |
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TCP/IP, HTTP, FTP and Telnet Server modules |
XMC4500 series, XMC4400 series |
InterNiche Technologies offers small, robust and efficient , networking solutions. In particular emb object code libraries. emb libraries are low cost object code versions of our TCP/IP, HTTP, FTP and Telnet Server modules for Infineon XMC4400/4500. These modules are ideal for companies that have low volume production or run out of budgets required for source code. Libraries are pre-compiled for DAVE and IAR tool chains and include FreeRTOSä operating system. Because the emb libraries utilize industry well documented standard APIs and come with examples, network-enabling your product is as straightforward as linking your application to the included O/S. Visit www.tcpipstack.com for more detailed information. |
 Micrium |
µC/OS-II µC/OS-III µC/TCP-IP |
XMC4500 series, XMC4400 series |
Micriµm's µC/OS-III is a real-time multitasking kernel distinguished for being highly portable, ROMable, scalable, preemptive and deterministic. The kernel has been ported to many microprocessors, microcontrollers and DSPs including our Infineon XMC4500. Ready to run example projects for the XMC4500 are available from the following link: http://micrium.com/page/downloads/os-iii_projects. |
 MicroControl |
CANopen Stack | XMC4000 family | Numerous companies worldwide benefit from our CANopen protocol stacks. The CANopen protocol stacks have been developed to combine both low storage requirements and an optimized performance range. We offer the solution for various needs: our CANopen Master for complex control systems, CANopen Slave for the development of intelligent sensors and actuators and CANopen Bootloader for programming via the CAN interface. The functionality of the protocol stack is verified through the conformance test tool of CiA. |
 Port |
CANopen | XMC4500 series | Port offers a complete and consistent selection of development tools, consultation, support, CAN accessories as well as complete solution of customer specific requirements This includes a CANopen Design Tool, CANopen Library, CAN Analyzer and Configuration tools. |
 SEGGER |
emWin (Graphic Software & GUI) embOS (Real Time Operating System) emFile (File System) emUSB (USB Device Stack) emUSB Host (USB Host Stack) embOS/IP (TCP/IP Stack) |
XMC4000 family, XMC1000 family |
Feature-rich, high-performance family of middleware with a very small footprint and outstanding documentation. The software is very easy to use and works out of the box. |
 SevenStax |
TCP/IP | XMC4500 series | SEVENSTAX offers one of the smallest, most efficient implementations of the Internet protocols and applications - specially designed for the requirements of embedded programming. These implementations are stable, reliable, scalable and can be easily integrated into existing software. |
 Thesycon |
USB Firmware | XMC4500 series | Generic firmware library for Embedded USB devices and embedded USB host controllers. Easy to customize and enhance upon modular concept |
Infineon partners that provide training, consulting or design services with specific focus to XMC microcontrollers.
| Company Name and Weblink | Services | Description |
|---|---|---|
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Consulting, development, testing | Bluewind's long standing knowledge of Infineon MCU products gives the capability to provide expert services for full product design covering: architectural stage, hardware and software design, product testing, CE compliance and post production services. Modeling of systems based on high end tools and algorithms is possible, very often with the availability of code generation. More information. |
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Training classes, consulting, development, testing |
Hitex provides a comprehensive service portfolio including: XMC specific HW/ SW training based on Keil / ARM MDK, Design services, board design and production, test services and training/ consulting for safety. |
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Training classes | Microconsult offers XMC specific HW and SW oriented training sessions on a regular sequence in there Munich office or upon request on customer’s premises. More details. In addition general training for Software and System Engineering, Quality and Test, Programming or Operating Systems are offered. |
| Product Name | Supported XMC Products | Version | Description | Manual and Download |
|---|---|---|---|---|
| MemTool V4 | XMC1000 family, XMC4000 family |
v4.7.3 | MemTool is a free of charge software designed for on-chip flash programming. MemTool V4 is supporting the XC800, XC166, XE166, XC2000, TriCore ™, XMC4000 family and the XMC1000 family. This version supports also programming via UART Boot loader for XMC4000 and XMC1000. | Download here |
| XMC™ Flasher | XMC1000 family |
v1.0.4 | XMC™ Flasher is a tiny, free of charge programming tool for on-chip flash programming. It is written in Java and it supports basic functionalities like erasing, programming and verification (.hex and .srec), plus BMI handling. XMC™ Flasher requires a J-Link compatible debug-HW to connect to the target (integrated on most of the XMC™ kits or XMC™ Link). | Download here |
| XMC™ Pinout Tool V2 | XMC1000 family, XMC4000 family |
v2.1.10 | The XMC™ Pinout Tool V2 helps to select the required pins and modules of a peripheral. The tool identifies double assignments of pins and supports you to solve these problems. The result is a table of assigned pins and used peripheral. This table can be used as input for the manual pin assignment in DAVE™ and as input for the HW board design. XMC™ Pinout Tool V2 supports all QFN, LQFP, TSSOP, BGA packages of the XMC1000 family and the XMC4000 family. | Download here |
| LUFA USB Library | XMC4000 family |
v1.0.2 | USB LUFA Library, a light weighted USB stack including examples for XMC4000. |
Download here |
| XMC™ Lib |
XMC1000 family, XMC4000 family |
V2.1.16 | Library of low level peripheral drivers separated for the various peripheral modules implemented in the XMC1000 or XMC4000 family for microcontrollers. The package includes the complete documentation, the CMSIS startup and header files plus a set of examples project (projects files for Keil MDK and IAR). |
Download here |
| PMBus Library |
XMC100 family, XMC4000 family |
V1.0.4 | This package contains a PMBus (Revision 1.2) slave implementation including examples and documentations. The PMBUS slave library uses the XMC Lib as HW abstraction. For the I2C communication. |
Download here |
| XMC™ Control Library |
XMC100 family, XMC4000 family |
V1.0.0 | This package contains a library of filters (2P2Z, 3P3Z), controller (PI) and utility functions. |
Download here |
| CMSIS PACK XMC4000 | XMC4000 family | V2.9.0 | CMSIS PACK for XMC4000: includes the full device support for all XMC4000 derivatives that can be directly installed in Keil MDK or other tool that support this format. The downloaded file is a .pack file. For manual inspections it can be renamed to a . Zip file and unzipped as usual. | Download here |
| CMSIS PACK XMC1000 | XMC1000 family | V2.7.0 | CMSIS PACK for XMC1000: includes the full device support for all XMC1000 derivatives that can be directly installed in Keil MDK or other tool that support this format. The downloaded file is a .pack file. For manual inspections it can be renamed to a . Zip file and unzipped as usual. | Download here |
Easy and clear structured assignment of XMC™ pins and peripherals
The XMC™ Pinout Tool helps to select the required pins and modules of a peripheral. The tool identifies double assignments of pins and supports you to solve these problems. The result is a table of assigned pins and used peripheral. This table can be used as input for the manual pin assignment in DAVE™ and as input for the HW board design. XMC™ Pinout Tool V2 supports all QFN, LQFP, TSSOP, BGA packages of the XMC1000 family and the XMC4000 family.
A tiny and free of charge tool for XMC™ MCU flash programming
The new XMC™ Flasher is a tiny, free of charge programming tool for on-chip flash programming. It is written in Java and it supports basic functionalities like erasing, programming and verification (.hex and .srec), plus BMI handling. XMC™ Flasher requires a J-Link compatible debug-HW to connect to the target (integrated on most of the XMC™ kits or XMC™ Link).
What is Class B?
IEC60730 Annex H Standard
IEC60730 Annex H Standard documents the requirements for electronic controls. It contains detailed tests and diagnostic methods to ensure the safe operation of embedded control hardware and software for household appliances.
IEC60730 Annex H has 3 software classifications for automatic electronic controls:
- Class A - Not intended to be relied upon for the safety of the equipment. Examples:
humidity controls, lighting controls, timers. - Class B - Intended to prevent unsafe operation of the controlled equipment.
Examples: thermal cut-offs and door locks for laundry equipment. - Class C - Intended to prevent special hazards, like explosion of the controlled equipment.
Example: automatic burner controls, gas fired controlled dryer.
For Microcontrollers, the IEC60730 Annex H explains the detail of the tests and diagnostic methods to ensure safe operation of embedded control hardware and software for household appliances.
Why Class B?
From Oct 2007, home appliances to be sold in Europe have to comply with IEC60730 standard. Class B applies for the majority of home appliances, e.g. cookers, dishwashers, refrigerators, dryers, cloth washers, fans…
How does Infineon support Class B?
For its XMC and XC800 families Infineon is providing Software Library routines, which can be used for microcontroller internal supervisory functions and for self-diagnostics.
Furthermore this Software Library routines fulfill the requirements according to the Class B standard and were approved by VDE (reference number 5007865-9999-0001/112626).
What is the customer benefit?
The safety features of the microcontrollers offer significant competitive advantages. In particular, the embedded flash module with its hardware error correction (ECC), and the invariable memory tests which are done without the need to implement the time consuming CRC-memory checker routines. The ECC can correct single bit error and can inherently signal such events to the application with every flash access. This increases CPU performance, frees-up memory space and makes user software easier and safer.
The microcontrollers come with a sophisticated clock supervisory feature. The clock control with it’s on-chip oscillator and PLL, can detect clock faults such as the loss of lock, or double and half frequency. If clock failure occurs, the system is automatically brought into a safe-state and a signal is sent to the event application.
The features described make an application safer without additional cost and overhead.
How to implement?
A dedicated Software Library provides self test routines which the user can call at system startup or periodically at system run time.
A quick start step by step testing guide on Software Library will be provided to the user.
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作为一家为独立的软件公司，ARCCORE为全球汽车市场提供AUTOSAR解决方案。ARCCORE的产品包括嵌入式软件平台及开发工具，可通过ARCCORE的主页轻松访问。ARCCORE拥有创新的业务模式，可对软件过程中的各个阶段提供支持，提供开源及商业许可条款。 |
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得益于对英飞凌MCU产品丰富的知识储备，Bluewind能够在产品设计的各个阶段为客户提供一体化专家级服务，涵盖设计周期的各个阶段：架构阶段、软硬件设计、产品测试、CE合规阶段和后期生产等。 |
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作为一家采用简化架构的合资企业，E2-CAD于2001年由来自汽车电子行业的从业人员共同创立，为动力总成（电动汽车及变速箱）、仪表盘和车身控制等领域提供高水平咨询服务和产品开发支持。E2-CAD为嵌入式测试环境开发了一套快速的原型开发ECU。该ECU包含三个电路板：通用电路板含有面向传感器/执行器（电磁阀、电机、模拟输入等）的多功能接口，符合汽车标准的要求。其CPU电路板拥有Tricore TC 1797强劲的处理能力，同时配有BIOS以实现对应用软件的调整。此外，客户可选购第三方电路板，从而将其特定功能加入其中。 |
Cichon Engineering Consulting  |
http://ing.cichon.com/infineon |
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http://www.elektrobit.com/ |
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eSyslogic为工业、消费类和多媒体领域的客户提供服务，助力客户实现更加快速的设计。 |
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FTDI旗下的MM232R和UB232R是面向英飞凌XC800微控制器通信的工具，具有简单易用的特点。 这两款器件能够提供个人电脑的USB端口和微控制器UART端口之间的无缝连接，同时能够配合FLOAD（属于DAVEBENCH）实现高效运转。
应用：
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凭借着在微控制器设计领域积攒的35年经验，Hitex提供基于英飞凌微控制器软件、硬件及测试的开发工具和服务。对于符合SIL/ASIL（IEC61508及ISO26262）或B级标准 （IEC60335及IEC60730）的安全应用，Hitex可为您提供咨询、自测软件 、集成和认证等方面的支持。 |
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IHR是一家位于德国Rheinmünster的独立企业，在全球范围内设有办事处和公司代表（创立于1992 年，起初作为驱动器/总线软件（CAN、LIN、Flexray网）的测试实验室及开发商）。此外，IHR始终致力于与汽车领域内的一级供应商和OEM开展合作，参与到步进电机、执行器、车内通风和座椅舒适度调节等领域。项目（包括ASIL要求）将按照IHR Q管理体系（类似于ISO TS 16949标准）执行，工作以 SPICE流程为指导。 面向汽车行业的跨领域开发工具：
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http://www.kpitcummins.com/ |
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英飞凌与MESCO Engineering公司开展合作，为使用英飞凌微控制器的IO-Link开发和全面工程服务提供参考设计。MESCO IO-Link器件被移植到XC800微控制器中。 http://www.mesco-engineering.com/en/services/io-link/cooperation/infineon |
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http://powerelectronics.de/ |
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Murata公司为陶瓷谐振器和晶体提供技术支持，为英飞凌的微控制器提供最佳的振荡电路。 http://search.murata.co.jp/Ceramy/ICsearchAction.do?sLang=en |
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NDK Nihon Dempa Kogyo Co.Ltd是石英晶体行业的顶级品牌之一，成为该领域内的市场领导者，尤其是在汽车应用和电信领域中。凭借着在电路设计方面的丰富经验，我们提供测量服务以确保振荡电路中晶体的稳定振荡。有关我们服务的详细信息，请参考我公司德国合作伙伴Frischer Electronic GmbH的网址： |
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PowerELab为开关电源产品提供设计服务和整体解决方案的时间已有十年之久。我们在基于英飞凌微控制器和MOSFET的数字控制方面拥有丰富经验，并开发了可应用于高效转换器拓扑核心控制的标准MCU芯片组（http://www.powerEsim.com/提供在线仿真） AC-DC转换器、DC-DC转换器、LED驱动器、电子镇流器、电动汽车充电器、汽车电力电子、蓄电池充电器和逆变器等广泛的产品。我们的一站式设计和开发服务符合国际安全和EMC法规适用于批量生产问题。 |
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在嵌入式系统领域，Softgate根据您的具体需求开发高性能软件。我们专注于实时系统、基础等级编程和通信总线领域。其中，我们在微处理器环境中的丰富经验扮演着重要的角色。Softgate公司在英飞凌8位及16位控制器和TriCore™架构方面拥有广泛的专业知识。目前，Softgate公司已经完成了来自汽车、医疗和消费电子行业中来种公司的诸多苛刻项目。http://www.soft-gate.de |
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TELNET是一家提供离岸/近岸产品开发和工程服务的全球化供应商，采用合作伙伴关系的方式为全球客户提供服务。 TELNET专门为Aurix TC2XX平台开发出程序，为英飞凌的微控制器平台Aurix TC2XX提供经过培训和实践锻炼的工程师专家团队，以及ISO26262标准的基本知识。我们的目标在于，为所有AURIX TX2XX的用户提供支持，以实现所有软件集成目标，如复杂设备驱动程序开发、MCAL集成和Safetylib集成等。 得益于TELNET在巴黎（法国）和慕尼黑（德国）当地设立的子公司，我们能够为法国和德国的所有客户提供本地支持。 |
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按照安全关键标准开发软件会大幅增加开发成本、支出和风险。因此，优化您的设计流程以实现高效且高性价比的合规性设计至关重要。我们提供长期或短期项目咨询和指导等服务，并提供法规层面的培训和咨询，帮助您减少软件认证、软件开发和测试服务的成本，从而指导、协助或完全外包您的所有软件工程活动 - 例如缺 口分析等。我公司深层领域专业知识和行业标准的实际经验包括：航空电子标准DO-178B、DO-178C、DO-254，医疗标准FDA 510（k）、PMA，汽车标准ISO 26262，铁路标准CENELEC、EN 50126、EN 50128和EN 50129，工业自动化标准IEC 61508 |
英飞凌为客户的特定应用提供编程服务。在英飞凌微控制器固件和软件的基础上，我们针对客户的需求，对汽车和电动机控制等应用进行程序上的调整。
想要了解更多关于编程服务的信息，请联系距离您最近的英飞凌销售办事处或以下任一合作伙伴：
| 公司名称及链接 | C500 | XC800 | C166 | XC2000 | TriCore ™ | 描述 |
|---|---|---|---|---|---|---|
 btv technologies gmbh |
X | X | X | X | X | btv提供：7x24小时优质编程及相关后续服务。我们的客户主要来自于汽车和通信领域。我司通过了TS16949和ISO9001认证。 |
 FALCON |
X | X | X | X | Falcon Denshi K.K.为日本境内的客户提供涵盖从单一器件到批量生产的编程服务。Falcon编程中心可以提供ROM编程服务、打标、干式包装、二维检测、三维铅扫描和套接字清理修复等服务。 |
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X | X | X | X | X | 全面的自动编程服务： Flatek成立于2002年，针对大中华区市场提供编程和测试服务，在台北、深圳、上海、成都和郑州设有分支机构。Flatek是一家通过ISO-9001认证的公司。
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 Hi-Lo Systems |
X | X | X | X | HI-LO SYSTEMS于2001年建立了编程中心 。该中心通过了ISO-9001和TS-16949认证 。HI-LO编程中心能够实现器件的编程、打标、卷带、烘干、干包装、激光打标、二维检测和三维引导扫描等服务，并且提供全面而有竞争力的解决方案，其中包括定制设备编程和封装。Hi-Lo为大中华区提供编程服务，包括台北、新竹、香港及上海等。 |
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 HTV GmbH |
X | X | X | X | X | 电子元件编程： • 编程能力高于750000个/天 此外，我们还提供全面的服务，如复杂的序列号编程、带3D检测的自动化包装和卷轴服务、激光打标及标记清除等。
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| 电子元器件的测试及认证： • 测试能力高于450000个/天 HTV提供快速、灵活的测试解决方案，以满足特定客户的需求。 我们可对晶圆、元件和组件进行测试并验证。
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| 电子元器件的长期保存： 我司独特的吸热型气体阻隔法TAB®可实现长达50年的组件或成套设备保存。 |
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X | X | X | X | X | 全面的自动编程服务 得益于在10年间积攒的经验，ProMik为客户提供值得信赖的编程服务以及完全自动化的集成编程系统。我司的服务范围涵盖自动设备处理/编程及铅检查（二维共线性级三维共面性）、激光标记以及可追踪物流服务。此外，ProMik为客户带来额外的优势：现场工程技术知识。
物流支持 Promik在该领域拥有丰富的经验，能够为主要的汽车客户提供STL（配送至生产线）服务 |
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X | X | X | X | X | SEMITRON W.Röck GmbH于1975年由Dipl.-Ing. Werner Röck先生在德国南部创立。 我司目前拥有140名员工。作为一家独立公司，我司架构灵活，层次分明。 对于MCU、EPROM、FLASH（标准、NAND、NOR等）、OTP、PLD等安全器件的编程，我们使用DATA I/O、BP微系统、ELNEC、HI/LO等系统。 附加服务!
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编程服务公司提供方：
如果贵司提供专门针对基于英飞凌微控制器的编成服务并希望出现在该列表中，请填写下方联络表格以发送邮件。
面向开放市场客户进行优化，为其搭载AURIX™或XMC™的系统提供包括软件和英飞凌其他产品（如功率器件、传感器产品和模块等）在内的支持。这些机构经过了培训，帮助您找到以应用或产品为导向的针对性方案。
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英飞凌“HOT”系列培训为您的设计提供支持。
培训资料将为您呈现应用程序示例。
请在“HOT培训列表”显示的工具包中进行选择。
培训材料包括：
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代码示例
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面向Keil和DAvE Bench环境的完整项目文件
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Powerpoint幻灯片将指导您逐步完成各个主题
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所有示例均可按照幻灯片中的说明进行搭建
点击此处进入在线培训和演示页面
工业应用中的XMC4000
XMC4000 is the ideal solution to enable sophisticated algorithms in applications like advanced motor control and power conversion control. Innovative products powered by XMC4000 serve market segments like renewable energy, logistics, factory and building automation, transportation and any others where leading-edge real-time and signal-processing capabilities are needed, even in ‘hot environments’ e.g. in proximity to a motor.
Application Examples: 1. CNC Machine, 2. Field I/O, 3. Device Solar String Inverter
1. Application Example: CNC Machine
Infineon XMC4500 is best suited for supporting high-end motor control applications such as servo drives for CNC machines. The XMC4500 offers the computing performance to run several hard real-time tasks in parallel to heavy communication stacks. With 1 MB embedded flash, 160 kB RAM and a rich peripheral set, it is possible to tailor the application’s specific requirements.
| Application Requirement | Used Device Feature |
|---|---|
| Quadrature Encoder position detection |
POSIF interface together with Capture Compare Unit CCU4 |
| Rotary angle detection with Resolver |
Carrier pattern generator for primary coil excitation and resolver feedback signal measurement via Analog to Digital Converter (ADC) |
| Motor control inverter |
Capture Compare Unit CCU8 |
| In-phase current measurement via galvanic isolated Delta Sigma Modulator |
Delta Sigma Demodulator (DSD) |
| Main and auxiliary power supply generation with Power Factor Correction (PFC) |
Pulse generation via Capture Compare Unit CCU4 and current/voltage measurement via Analog to Digital Converter (ADC) |
| Sensor calibration, offset and gain adjustment |
Digital to Analog Converter (DAC) |
| Fieldbus interfac |
Via Ethernet MAC with IEEE1588 timestamping and/or CAN |
| External memory extension for process data image and code |
External Bus Unit EBU supporting synchronous and asynchronous protocols for e. g. SDRAM and NAND- or NOR-flash |
| Service access via plug and play interface |
USB 2.0 OTG interface |
| User access for machine configuration |
SD/MMC interface |
2. Application Example: Field I/O Device
Industrial field I/O devices must safely control process inputs and outputs. These can be e. g. switches or relays for process actuators, digital sensors for supervision or light curtains for protection. Infineon’s ISOFACE™ family is specifically designed for this purpose. Together with XMC4000 devices a complete system solution is possible. A safe path can be accomplished by using a redundant chipset of ISOFACE™ or XMC4000.
| Application Requirement | Used Device Feature |
|---|---|
| ISOFACE™ input/output communication | Fast SPI interface (up to 20 MBaud) with individual chipselect generation for each ISOFACE™ |
| Redundant path with secondary chipset | Fast QuadSPI interface (up to 80 MBaud) |
| External memory extension for process data image and code |
External Bus Unit EBU supporting synchronous and asynchronous protocols for e. g. SDRAM and NAND- or NOR-flash |
| Fieldbus interface | Via Ethernet MAC with IEEE1588 timestamping and/or CAN |
| External memory extension for process data image and code | External Bus Unit EBU supporting synchronous and asynchronous protocols for e. g. SDRAM and NAND- or NOR-flash |
| Service access via plug and play interface | USB 2.0 OTG interface |
| User access for machine configuration | SD/MMC interface |
3. Application Example: Solar String Inverter
In today’s solar inverter applications the goal is to achieve the last percentage of efficiency. This is only possible by using optimized inverter topologies with best-in-class power switches. The control of these topologies requires sophisticated pulse generation with symmetric, asymmetric, periodic and aperiodic shapes. In order to operate the solar module in its maximum power point, a fast and accurate simultaneous measurement of current and voltage is necessary. Low load conditions have to be managed in the same way as overloads and safe switch off. Furthermore today’s solar inverters are connected to the internet for remote control and data acquisition. The intelligent peripheral set of the XMC4500 offloads the CPU to safe enough headroom for computing both the hard real-time tasks and the heavy software communication stacks.
| Application Requirement | Used Device Feature |
|---|---|
| Solar inverter (3-level) | Pulse generation via Capture Compare Unit CCU8 |
| In-phase current and hot voltage measurement via galvanic isolated Delta Sigma Modulator | Delta Sigma Demodulator (DSD) |
| Interleaved buck/boost converter with Power Factor Correction (PFC) | Pulse generation via Capture Compare Unit CCU4 |
| Line synchronization | Time measurement via Capture Compare Unit CCU4 |
| Internet access for remote control and data acquisition | Ethernet MAC |
| Display | Fast SPI (up to 20 MBaud) |
| Service access via plug and play interface | USB 2.0 OTG interface |
| Battery buffered Realtime Clock | RTC |
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