GE VMIVME-7750-744001350-027750-744001 H VMIVME-7750

Description

GE VMIVME-7750-744001350-027750-744001 H VMIVME-7750

GE VMIVME-7750是一款基于英特尔奔腾III处理器的VME单板计算机。它融合了高性能计算与嵌入式系统设计的优点，提供稳定可靠的运算能力和丰富的接口选项，使得它在工业自动化、控制系统、数据采集等多个领域都有广泛应用。

规格：
该模块搭载了最高1.26 GHz的奔腾III处理器，并带有512 kb的高级传输高速缓存。内存扩展方面，它支持通过单个SODIMM进行扩展，以满足不同应用场景下的存储需求。此外，它还具备多个输入/输出通道，支持模拟和数字信号，并可通过PCI、VMEbus等通信接口与其他系统组件进行数据传输和通信。

作用特征：

• 高性能计算：基于奔腾III处理器，提供稳定且高效的计算能力。
• 丰富的接口选项：支持多种通信接口，方便与其他系统组件集成。
• 灵活的配置：用户可以根据需求配置和编程输入/输出通道，实现不同的控制逻辑。
• 高可靠性：采用高品质的电子元件和材料制造，经过严格的质量控制和测试。

应用领域：

• 工业自动化：用于控制生产线、机器人等自动化设备。
• 控制系统：作为控制系统的核心组件，实现精确的数据采集和控制。
• 数据采集：在需要高精度数据采集的场景中，如环境监测、实验室研究等。

The GE VMIVME-7750 is a VME single-board computer based on the Intel Pentium III processor. It combines the advantages of high-performance computing with embedded system design, offering stable and reliable computing power and a rich selection of interface options. This makes it widely applicable in areas such as industrial automation, control systems, and data acquisition.

Specifications:
The module is equipped with a Pentium III processor running at a maximum speed of 1.26 GHz and comes with a 512 kb advanced transfer cache. In terms of memory expansion, it supports expansion through a single SODIMM to meet storage needs in various application scenarios. Additionally, it features multiple input/output channels that support both analog and digital signals and can communicate with other system components through interfaces such as PCI and VMEbus for data transmission.

Functional Characteristics:

• High-performance Computing: Based on the Pentium III processor, it provides stable and efficient computing capabilities.
• Rich Interface Options: Supports a variety of communication interfaces for easy integration with other system components.
• Flexible Configuration: Users can configure and program input/output channels according to their needs, enabling different control logic.
• High Reliability: Manufactured using high-quality electronic components and materials, undergoing strict quality control and testing.

Application Fields:

• Industrial Automation: Used to control automated equipment such as production lines and robots.
• Control Systems: Serves as a core component in control systems, enabling precise data acquisition and control.
• Data Acquisition: Applied in scenarios requiring high-precision data acquisition, such as environmental monitoring and laboratory research.

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