VMIVME-2534-055 可通过跳线选择进行监控

【产品详情】

概述

特征：

32位高压输出和/或输入

每组 8 路输入可通过跳线选择进行监控

P2 I/O 连接

带故障 LED 的前面板

VMIC / GE Fanuc-2534 32 位 I/O 板具有四个端口，可在 8 位、16 位或 32 位边界上单独寻址。用于控制和状态寄存器 （CSR） 和电路板 ID 寄存器的单独电路板地址解码器允许对硬件控制地址进行分组，以提高软件效率。地址修饰符代码可通过跳线选择，用于短监控或短时非特权 I/O 访问。

输入可通过跳线选择，用于监控：触点闭合、电压源、电流吸收和差分信号。开路提供逻辑“零”或（跳线可选）逻辑“一”。VMIVME-2534 还具有输入滤波器选项和用户可选的输入电压阈值。

输出具有高电流吸收 （600 mA）、高击穿电压 （70 V）、输出箝位二极管和用于减少电流浪涌的保持活动电路。

VMIC材料系列在功能和设计方面各不相同，包括模拟到数字转换器、中央处理器板以及数字输入和输出板。该设备是 VMIVME这是一款单板计算机模块，完全集成了 VMEbus 附件，并设计有英特尔奔腾 III 处理器作为处理器模块。VMIVME 装置的设计处理速度能够达到 1.26 GHz。

该装置的奔腾 III 处理器配备了 32 位寻址功能和 64 位数据总线。该处理器的超标量架构旨在允许在每个时钟周期内执行三个单独的功能。VMIVME 配备了 7648 KB 的高级数据传输缓存，利用该装置的 VMEbus 双独立架构。

VMIVME-2534-055 可通过跳线选择进行监控

【英文介绍】

summarize

Features:

32-bit high voltage output and/or input

Each group of 8 inputs can be monitored through jumper selection

P2 I/O connection

Front panel with faulty LED

The VMIC/GE Fanuc-2534 32-bit I/O board has four ports and can be individually addressed on 8-bit, 16-bit or 32-bit boundaries. Separate board address decoders for control and status registers (CSRS) and board ID registers allow hardware control addresses to be grouped to improve software efficiency. The address modifier code can be selected via a jumper for short monitoring or short unprivileged I/O access.

Inputs can be selected via jumper for monitoring: contact closure, voltage source, current absorption and differential signals. The open circuit provides a logical "zero" or (jumper optional) a logical "one". The VMIVME-2534 also has input filter options and user-selectable input voltage thresholds.

The output features high current absorption (600 mA), high breakdown voltage (70 V), output clamp diodes, and a hold-in circuit to reduce electrical surges.

The VMIC material family varies in function and design and includes analog to digital converters, central processor boards, and digital input and output boards. The device is the VMIVME, a single-board computer module that is fully integrated with the VMEbus attachment and designed with an Intel Pentium III processor as the processor module. The VMIVME device is designed for processing speeds up to 1.26 GHz.

The unit's Pentium III processor is equipped with 32-bit addressing capabilities and a 64-bit data bus. The processor's superscalar architecture is designed to allow three separate functions to be performed in each clock cycle. The VMIVME is equipped with 7648 KB of advanced data transfer cache, utilizing the device's VMEbus dual-independent architecture.

VMIVME-2534-055 可通过跳线选择进行监控

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