智能工厂

半导体——工业的核心.0

The transformation to smart factories is on its way

The IoT is becoming increasingly widespread in the industrial sector, where before long more than half of all IoT connections will be found. Here networking and digitalization make smart production possible, 任何事物都是相互关联的.

“预计智能工厂市场将以9亿美元的复合年增长率(CAGR)增长.6%,达到244人左右.80亿U.S. 美元在2024年.”

统计数据2021:工业4.0:全球智能工厂市场规模2019/2024

Infineon’s semiconductor solutions shape the Industry 4.0通过赋予智能工厂.

感觉

行业数据透明度4.0

The smart factory is based on data: data from the environment, but also operating data from machines and the production process. Infineon’s range of industrial sensors starts with a broad portfolio of XENSIV™ magnetic sensors. Infineon’s portfolio comprises XENSIV™ current sensors, high precision coreless sensors dedicated to any kind of  industrial application, such as industrial inverters and drives or battery management.

智能工厂的出现也为在工业机器人中部署3D图像传感器创造了新的机会, in monitoring and vision systems and in automated guided vehicles. 英飞凌的REAL3™飞行时间图像传感器可以让电子设备获得设备前方真实的3D场景地图. 先进的软件和硬件技术使ToF系统能够在强环境光的恶劣环境中可靠工作, 恶劣的环境和具有挑战性的目标.

英飞凌XENSIV™传感器技术

Infineon XENSIV™磁传感器

计算

信号处理与控制

The XMC™ microcontroller family is based on ARM® Cortex®-M cores. It is dedicated to applications in the power conversion, 工厂和楼宇自动化部门, 等. The XMC4000 family is ideal for digital power conversion, motor control, sense & 控制和输入输出应用. XMC4300和XMC4800设备是第一个高度集成的基于Arm®Cortex®-M的微控制器,集成了EtherCAT®, 将实时以太网通信带到一个无与伦比的水平,易于实现和成本效益. 例如,英飞凌XMC1000微控制器的一个典型目标应用是用于自动化的I/O模块, where CAN bus provides connectivity to PLCs sensors and actuators. XMC1000微控制器改善了系统的监测预测维护和安全实施在看门狗和同伴. DAVE™开发平台为XMC™工业微控制器提供了广泛的代码存储库.

The AURIX™ family delivers the versatility required for the industrial sector, excelling in optimized motor control applications and signal processing. AURIX™ TriCore™ unites the elements of a RISC processor core, 一个微控制器和一个DSP在一个单一的MCU.

Infineon 32-bit XMC™ microcontroller based on Arm® Cortex®-M

Infineon 32-bit AURIX™ microcontroller based on TriCore™

开动

赋予工业自动化

Motor control solutions from Infineon drive industrial automation applications. 英飞凌为工业自动化电源管理以及电机控制和驱动提供广泛的解决方案.

受益于我们广泛的智能开关组合,用于高度集成和离散I/O模块解决方案. 我们为各种工业应用提供全面的隔离I/O设备(ISOFACE™)和高端开关工业产品(PROFET™).

在电机或驱动器的低功耗范围内,您的设计依赖于我们的智能电源模块(IPMs)和离散器件. Our EasyPIM™, EasyPACK™ and EconoPIM™ modules are the perfect match for medium-power drives. EconoDUAL™ and PrimePACK™ are the solutions of choice in the high-power spectrum. CoolSiC™ MOSFETs are an attractive solution for high-speed drives and inverter integration, since they reduce switching and conduction losses, 特别是在部分负荷条件下. For battery-powered applications like automotive brushless DC 汽车, customers count on our wide range of silicon MOSFETs, 包括我们的optimmos™系列.

We also offer gate driver ICs for all silicon and silicon carbide (SiC) devices, 补充我们的功率半导体. Our broad EiceDRIVER™ portfolio ranges from basic to enhanced functionality.

英飞凌电力半导体解决方案

英飞凌碳化硅(SiC)技术

连接

从IOs到高速通信

在复杂的自动化, 系统的每个外围部件都需要通过可靠的通信总线与主控单元和其他外围设备进行通信. CAN已经成为最适的, reliable and cost-efficient communications standard in this kind of industrial application. Infineon’s industrial CAN transceivers provide proven quality, a reliable track record and high robustness with regards to EMI. 保证符合ISO标准.

英飞凌的工业CAN收发器系列符合ISO11898标准,并满足CAN FD数据速率高达2mbit /s等要求, 仅接收模式和总线唤醒. The range includes solutions optimized for high-speed communication, 提供最高的可靠性, as well as transceivers that address microcontrollers with 3.3v逻辑IOs. 先进的微型封装正在研制中.

无线技术,如Wi-Fi®, 用于内容流媒体的蓝牙®技术和用于超低功耗连接的蓝牙低能耗技术构成了物联网的支柱,也正在塑造行业4.0. Infineon seamlessly integrates all these technologies to provide state-of-the-art, interoperable solutions for all kind of industrial applications.

英飞凌工业CAN收发器

英飞凌无线连接

安全

Protect the confidentiality, integrity and authenticity

英飞凌的高品质工业安全解决方案让制造商监控通信是否仅限于授权人员和机器. They also reliably reveal when a production system has been manipulated, 帮助避免不必要的停机时间. They also make secured software updates to devices in the field possible.

OPTIGA™安全解决方案系列可轻松集成到嵌入式系统中,以保护机密性, integrity and authenticity of information and devices. 这些基于硬件的安全解决方案范围从基本的身份验证芯片到复杂的实现. OPTIGA™Trust系列包括用于较小平台的交钥匙产品以及可编程解决方案, while OPTIGA™ TPM (Trusted Platform Module) products are ideal for embedded PC, 移动和计算应用. OPTIGA™ 连接 IoT devices enables secured and dependable cellular connectivity, 即使在恶劣的环境中.

最后,SECORA™区块链是一个快速, 易于使用的Java Card™解决方案,为区块链系统实现提供一流的安全性. It makes the application more secure and easier to design for the customer’s blockchain system.

英飞凌OPTIGA™嵌入式安全解决方案

英飞凌SECORA™区块链安全解决方案

应用实例

控制系统

Powerful 控制系统 form the nerve center of smart factories

智能工厂收集的数据远远超过了工业控制系统以前必须处理的数据. 同时, 工业控制系统的潜在应用数量随着工业4的增长而增长.0. 然而,空间成本很高——包括在工厂里——这就是为什么控制系统的数量不断增加,同时也伴随着对更小系统尺寸的需求. 反过来, 这就需要灵活的电子元件,这些元件仍然需要足够坚固的工业应用. 微控制器 are at the heart of every control system, no matter how large or small. 每个为工业应用设计的微控制器必须具有实时性能和支持多种通信协议的高级连接. 更高程度的集成减少了对外部组件的需求,并确保了更可靠的解决方案.

预见性维护

IoT solutions prevent failures before they occur

目前, many companies are already using solutions for predictive maintenance, whereby data from machinery is continuously evaluated and compared with past samples. This enables impending malfunctions to be detected before they actually occur. The BASF facility in Ludwigshafen is a good example, 该公司在哪里开发了一个预警系统,使其能够计划对生产工厂的维护, 泵, 汽车, 热交换器更有效. 这将分析实时和历史数据,使其能够预测何时需要维护. Yet the functional principle of a smart factory is not limited by location. It can connect machines in different locations with others anywhere in the world, 产生一个巨大的虚拟工厂. 在英飞凌, 例如, facilities in Asia transmit their test results directly to the plant in Dresden, where these are factored into production processes.

机器人

智能传感器增加了机器人的灵敏度

今天的 机器人 are able to detect their surroundings and navigate independently, 与人类并肩工作, and even teach themselves the abilities needed to perform a new task.

弗兰卡·艾米卡(Franka Emika)的“熊猫”(Panda)只是一个例子:七轴机械手的特点是易于操作, 高的灵活性, 和敏感. 许多传感器的组合, 先进驱动技术, and connectivity lends this collaborative robot high sensitivity, 适应性, 和成本效益. 熊猫有触觉, 这使它能够在没有任何安全障碍的情况下与人类同事一起执行复杂的组装任务. 该系统通过应用程序操作——就像智能手机一样——使其能够快速掌握新任务. 与此同时, the design and user interface allow for intuitive programming and flexible application scenarios. 作为一个例子, 这使得将其集成到自动化流程中成为可能,而成本仅为这类机器人应用程序的一小部分.

抵御网络攻击

Protecting devices’ identity and integrity in smart factories

As digitalization continues its unstoppable advance in factories, 网络攻击的机会越来越多:根据“IBM X-Force威胁情报指数2020”, the number of attacks on industrial systems in 2019 was 2,比前一年高出20000%. 可信平台模块 (tpm)只是一个常用的工具 抵御网络攻击. These protect the identity and integrity of industrial PCs, 服务器, 控制系统, 甚至是边缘通道. TPM可以作为智能设备中敏感数据的安全装置,降低因网络攻击造成的数据丢失和生产停机的风险. 此外, 制造商可以通过远程和安全地更新设备软件来降低维护成本.