EMERSON 38B5786X132 数字输入模件

EMERSON 38B5786X132 数字输入模件

该软件的简化界面使生成和更改程序比以往任何时候都更容易，使几乎没有工程 知识的用户能够快速、轻松地对机器人应用程序进行编程。同时，企业级保护可确保高安全性和生产力。

RobotStudio Cloud 是 ABB RobotStudio 软件持续开发的 新篇章，该软件已经提供了 500 多种集成的生产力增强功能。例如，自动路径规划可以将机器人编程所需的时间减少 80%。此外，AR（增强现实）和 VR-enabled（虚拟现实）选项使用户能够在虚拟 3D 环境中进行可视化并与之交互，从而优化其机器人装置的设计。包括 RobotStudio Cloud 在内的 RobotStudio® Suite 在 Premium 许可包中可用。

数字信号处理器(DSP)专门用于信号处理。

图形处理单元(GPU)处理器主要是为实时渲染图像。

存在其他专门单位，用于视频处理和计算机视觉。(参见:硬件加速。)

微控制器在嵌入式系统和外围设备。

片上系统通常将一个或多个微处理器和微控制器内核与无线电调制解调器等其他组件集成在一起，用于智能手机和平板电脑。

微处理器可以根据它们的字长(衡量其复杂性的一种方法)来选择用于不同的应用。较长的字长允许每个时钟周期以执行更多的计算，但是对应于具有更高待机和操作的物理上更大的集成电路管芯功率消耗。4位、8位或12位处理器广泛集成到运行嵌入式系统的微控制器中。

当系统   要处理大量数据或需要更灵活的用户界面使用16位、32位或64位处理器。一个8- or16位可以选择处理器而不是32位处理器片上系统或微控制器应用低功率电子设备或者是的一部分混合信号集成电路具有噪声敏感型片内模拟电子学例如高分辨率模数转换器或两者。有些人说，在8位芯片上运行32位算法可能会消耗更多的功率，因为芯片必须用多条指令执行软件。然而，也有人说，在运行同等软件例程时，现代8位芯片总是比32位芯片更省电。

EMERSON 38B5786X132 数字输入模件

The software's simplified interface makes it easier than ever to generate and change programs, enabling users with little engineering knowledge to quickly and easily program robotic applications. At the same time, enterprise-class protection ensures high security and productivity.

RobotStudio Cloud is a new chapter in the ongoing development of ABB's RobotStudio software, which already offers more than 500 integrated productivity enhancements. For example, automatic path planning can reduce the time required to program a robot by 80%. In addition, AR (augmented reality) and VR-enabled (virtual reality) options enable users to visualize and interact with virtual 3D environments to optimize the design of their robotic installations. The RobotStudio® Suite, including the RobotStudio Cloud, is available in the Premium license package.

Digital Signal processors (DSPS) are specialized for signal processing.

Graphics Processing Unit (GPU) processors are primarily designed to render images in real time.

Other specialized units exist for video processing and computer vision. (See: Hardware acceleration.)

Microcontrollers in embedded systems and peripherals.

Systems on a chip typically integrate one or more microprocessors and microcontroller cores with other components such as radio modems for use in smartphones and tablets.

Microprocessors can be selected for different applications based on their word length (a measure of their complexity). The longer word length allows more calculations to be performed per clock cycle, but corresponds to physically larger IC core power consumption with higher standby and operation. 4 -, 8 -, or 12-bit processors are widely integrated into microcontrollers running embedded systems.

Use 16 -, 32 -, or 64-bit processors when the system is processing large amounts of data or requires a more flexible user interface. An 8-OR16-bit processor can be selected instead of a 32-bit processor for system-on-chip or microcontroller applications with low power electronics or a portion of mixed-signal integrated circuits with noise-sensitive on-chip analog electronics such as high-resolution analog-to-digital converters or both. Some say that running a 32-bit algorithm on an 8-bit chip can consume more power because the chip has to execute the software with multiple instructions. However, others say that modern 8-bit chips are always more power-efficient than 32-bit chips when running equivalent software routines.