产品细节说明：MVME-117A MOTOROLA VMEbus单板计算机

1. 微处理器：MVME-117A采用了MC68LC040或MC68040微处理器，这两款微处理器都是摩托罗拉生产的高性能32位处理器，具备强大的计算和处理能力。其中，MC68040还配备了浮点协处理器，进一步增强了系统的浮点运算能力。
2. 内存：该单板计算机提供了1MB、4MB或8MB的奇偶校验保护DRAM（动态随机存取存储器），以及512KB的SRAM（静态随机存取存储器）。这些内存资源为系统提供了足够的存储空间，以满足各种实时数据处理和存储需求。
3. 外设接口：MVME-117A配备了丰富的外设接口，包括一个带DMA的以太网收发器接口、两个串行端口（EIA-232-D和EIA-530）、六个带看门狗定时器的滴答定时器、以及可选的SCSI总线接口等。这些接口为系统提供了与其他设备和外部存储设备的连接能力。
4. 时钟与电源：该单板计算机配备了一个带备用电池的TOD时钟，确保在系统断电时也能保持时间的准确性。同时，它还提供了稳定的电源供应，确保系统的正常运行。
5. VMEbus接口：MVME-117A具有A16/A24/A32、D8/D16/D32总线宽度的VMEbus接口，以及一个VMEbus系统控制器。这些接口和控制器使得系统能够与其他VMEbus设备进行连接和通信，实现了高度的集成性和灵活性。

MVME-117A

产品详情参数 ：MVME-117A MOTOROLA VMEbus单板计算机

• VMEbus接口：
  • 支持A16/A24/A32、D8/D16/D32总线宽度。
  • 配备VMEbus系统控制器。
• 以太网接口：带DMA的以太网收发器接口，支持网络连接和数据传输。
• 串行端口：提供两个串行端口，分别为EIA-232-D和EIA-530。
• 其他接口：
  • 可选的SCSI总线接口，用于连接外部存储设备。
  • 六个带看门狗定时器的滴答定时器，用于系统故障检测和自动复位。

应用领域：MVME-117A MOTOROLA VMEbus单板计算机

MVME-117A MOTOROLA VMEbus单板计算机凭借其高性能、高可靠性和易于集成的特点，在多个领域有着广泛的应用。例如：

• 工业自动化：可用于工业自动化控制系统的数据采集、处理和传输，提高生产效率和质量。
• 通信设备：可作为通信设备的核心控制单元，实现数据的处理、传输和存储。
• 医疗设备：可用于医疗设备的控制和数据处理，如监护仪、超声设备等。
• 航空航天与军事：在航空航天和军事领域，该单板计算机可用于控制系统的设计和实现，确保系统的稳定性和安全性。

Product Details: MVME-117A MOTOROLA VMEbus Single Board Computer
Microprocessor: MVME-117A adopts MC68LC040 or MC68040 microprocessors, both of which are high-performance 32-bit processors produced by Motorola, with powerful computing and processing capabilities. Among them, MC68040 is also equipped with a floating-point coprocessor, further enhancing the system’s floating-point computing capability.
Memory: This single board computer provides 1MB, 4MB, or 8MB of parity protected DRAM (dynamic random access memory) and 512KB of SRAM (static random access memory). These memory resources provide sufficient storage space for the system to meet various real-time data processing and storage requirements.
Peripheral interfaces: The MVME-117A is equipped with a variety of peripheral interfaces, including an Ethernet transceiver interface with DMA, two serial ports (EIA-232-D and EIA-530), six tick timers with watchdog timers, and an optional SCSI bus interface. These interfaces provide the system with the ability to connect with other devices and external storage devices.
Clock and Power: This single board computer is equipped with a TOD clock with a backup battery to ensure time accuracy even in the event of system power failure. At the same time, it also provides a stable power supply to ensure the normal operation of the system.
VMEbus interface: MVME-117A has a VMEbus interface with A16/A24/A32, D8/D16/D32 bus width, and a VMEbus system controller. These interfaces and controllers enable the system to connect and communicate with other VMEbus devices, achieving a high degree of integration and flexibility.
Product Details and Parameters: MVME-117A MOTOROLA VMEbus Single Board Computer
VMEbus interface:
Supports A16/A24/A32, D8/D16/D32 bus widths.
Equipped with VMEbus system controller.
Ethernet interface: Ethernet transceiver interface with DMA, supporting network connection and data transmission.
Serial port: Provides two serial ports, namely EIA-232-D and EIA-530.
Other interfaces:
Optional SCSI bus interface for connecting external storage devices.
Six tick timers with watchdog timers for system fault detection and automatic reset.
Application area: MVME-117A MOTOROLA VMEbus single board computer

The MVME-117A MOTOROLA VMEbus single board computer has a wide range of applications in multiple fields due to its high performance, high reliability, and ease of integration. For example:

Industrial automation: can be used for data acquisition, processing, and transmission in industrial automation control systems to improve production efficiency and quality.
Communication equipment: can serve as the core control unit of communication equipment, realizing data processing, transmission, and storage.
Medical equipment: can be used for control and data processing of medical devices, such as monitors, ultrasound equipment, etc.
Aerospace and Military: In the aerospace and military fields, this single board computer can be used for the design and implementation of control systems, ensuring system stability and safety.