☆型号:VMIVME-2510B TTL输入/输出板 每个端口的工作方向
【产品详情】
VMIVME-2510B是一个64位的TTL输入/输出板,属于VMIC超级模块系列的一员。这款板卡具有一系列引人注目的特性和功能:
首先,它支持每个8位端口的方向单独编程,这意味着用户可以根据需要灵活配置每个端口的工作方向,增加了使用的便捷性和灵活性。
其次,VMIVME-2510B具有高达64mA的灌电流能力(拉电流为15mA),这样的电流处理能力可以确保板卡在高负载或复杂应用场景下的稳定运行。
此外,它专为控制和数据寄存器设计有单独的板地址解码功能,有助于在系统中更有效地管理地址资源,提高系统的整体性能。
对于故障检测和隔离,VMIVME-2510B内置了测试逻辑,支持离线和在线故障检测和隔离,为系统的稳定运行提供了有力保障。前面板上的故障LED可以直观指示板上是否存在故障,当系统上电或复位时,LED会亮起,一旦板级诊断成功完成,LED可以熄灭,为用户提供了便捷的故障排查手段。
此外,VMIVME-2510B还采用了高可靠性的DIN型I/O连接器,支持8位、16位、32位传输,进一步提升了其数据传输能力和稳定性。
最后,为了节省内存并提高系统效率,VMIVME-2510B设计了子系统以配置连续的I/O地址,并允许设置CSR地址开关,以便系统中各种板中的所有CSR都可以映射到连续的内存位置。
综上所述,VMIVME-2510B以其出色的性能、灵活的配置选项和强大的故障检测能力,成为一款适用于各种复杂应用场景的高性能TTL输入/输出板。
【英文介绍】
The VMIVME-2510B is a 64-bit TTL input/output board that is a member of the VMIC supermodule family. The board has a number of compelling features and functions:
First of all, it supports the direction of each 8-bit port to be programmed separately, which means that users can flexibly configure the working direction of each port according to their needs, increasing the ease and flexibility of use.
Secondly, the VMIVME-2510B has a current filling capacity of up to 64mA (pull current of 15mA), which ensures stable operation of the board under high loads or complex application scenarios.
In addition, it has a separate board address decoding function for control and data registers, which helps to manage address resources more effectively in the system and improve the overall performance of the system.
For fault detection and isolation, the VMIVME-2510B has built-in test logic to support offline and online fault detection and isolation, which provides a strong guarantee for the stable operation of the system. The fault LED on the front panel can directly indicate whether there is a fault on the board. When the system is powered on or reset, the LED will light up. Once the board level diagnosis is successfully completed, the LED can be turned off, providing users with a convenient troubleshooting method.
In addition, the VMIVME-2510B also uses a highly reliable DIN type I/O connector to support 8-bit, 16-bit and 32-bit transmission, further improving its data transmission capability and stability.
Finally, in order to save memory and improve system efficiency, the VMIVME-2510B has designed a subsystem to configure continuous I/O addresses and allows the CSR address switch to be set so that all CSRS in the various boards in the system can be mapped to continuous memory locations.
In summary, the VMIVME-2510B, with its excellent performance, flexible configuration options and powerful fault detection capabilities, becomes a high-performance TTL input/output board suitable for a variety of complex application scenarios.
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