VMIVME-M-485 VME总线的中继模块

Description

VMIVME-M-485 VME总线的中继模块

产品描述
vmivme – m – 485

该模块是VMIC系列器件的一部分，最初由通用电气工业自动化生产分公司设计、制造和批量生产。然而，后来，该系列随后被阿巴科系统公司收购并生产。

该型号在这里列出的VMIVME-M-485，重复L-485，长线中继器链路模块。该单元具有一系列独特的功能，如单宽VME总线连接端口，用于该单元长线中继器的主中继器模块，以及一组DIN类型输入和输出连接器。

VMIVME-M-485模块被设计为VMIC长线中继器链路子系列产品中的两个单元之一。这些模型由两个板组组成:其中一个是VMIVME-Repeat-S-485模型，另一个是这个。这些板串联在一起，它们被称为这样，因为与主从VMEbus机箱相关联。

VMIVME-M-485单元还设计用于容纳双Eurocard形状因子模块，并且能够支持16位和24位寻址，以及8位和16位数据传输。

它完全能够支持所有七个可用的中断级别。在5英尺长的电缆连接下，传输延迟约为400纳秒。对于连接较长的电缆，每英尺额外有4纳秒。)

设备运行时的环境温度范围为0 ~ 55℃，存储时的环境温度范围为-20 ~ 85℃。

VMIVME-M-485

VMIVME-M-485 VME总线的中继模块

Product Description
VMIVME-M-485

This module is a part of the VMIC lineup of devices, initially designed, built and mass produced by the industrial automation production branch of General Electric. Later however, the series was then acquired and produced by Abaco Systems.

This model listed here the VMIVME-M-485, a Repeat L-485, long line Repeater Link Module. This unit comes with a series of unique features such as the single wide VME bus attachment port, a Master Repeater Module for the unit’s long line repeater, as well as a set of DIN type Input and Output connectors.

The VMIVME-M-485 module is designed as one of two units in the VMIC long line repeater link subseries of products. These models are built of a two board set: one of them being the VMIVME-Repeat-S-485 model, and the other, this one. These boards in tandem are them referred to the as such because of the associated with the master and slave VMEbus chassis.

The VMIVME-M-485 unit also is designed to accommodate a double Eurocard form factor module, and is able to support both 16 bit and 24 bit addressing, as well as 8 bit and 16 bit data transfers.

It is fully capable of supporting all seven of the available interrupt levels. There is a propagation delay of approximately 400 nanoseconds, with a 5 foot cable connected. For longer cables connected, there is an extra 4 nanoseconds per foot.)

The environmental temperature range of the unit ranges between 0 and 55 degrees C while operational, and between -20 and 85 degrees C while powered down in storage.