IS230TNCIH4C 单工架构类型系统

IS230TNCIH4C技术规范

通信类型udh或IONet

功能性缩写tnci

湿度5-95%不凝结

制造商ge工业系统，美国通用电气公司

印刷电路板

冗余类型单工、双工、TMR

系列标志VI

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IS230TNCIH4C 单工架构类型系统

【功能描述】

IS230TNCIH4C技术规范

通信类型udh或IONet

功能性缩写tnci

湿度5-95%不凝结

制造商ge工业系统，美国通用电气公司

印刷电路板

冗余类型单工、双工、TMR

系列标志VI

产品描述

IS230TNCIH4C板由通用电气作为印刷电路板销售。该电路板可以安装在13或21 VME槽型机架上。当在单工架构类型系统中使用时，它通常与控制模块一起使用，但如果选择的架构是三重冗余的，它将与IONet，主处理器卡和控制模块一起使用。

TNCI模型可以使用两种主要的通信类型，它们是单元数据高速公路(Unit Data Highway)，这是一种基于以太网的局域网通信类型，以及IONet通信。请注意，UDH通信驱动程序通常与位于Mark VI系统内的主处理器卡相关联。

虽然IS230TNCIH4C板由十多个电容器，电阻和更多的小组件组成，但该模型的主要视觉组件是两个端子排，三个sub-D引脚连接器，两个母插头型连接器和金属氧化物压敏电阻，其中有25个。两个端子排标为TB1和TB2，位于电路板的底边附近，金属氧化物压敏电阻位于两个端子排的正上方。三个sub-D引脚连接器位于电路板的顶部边缘附近，每个引脚由37个引脚组成。

如上所述，IS230TNCIH4C型号将与控制模块一起使用，但在某些情况下，还需要使用备用保护模块。

IS230TNCIH4C 单工架构类型系统

IS230TNCIH4C technical specification

Communication type udh or IONet

Functional abbreviation tnci

Humidity 5-95% non-condensing

Manufacturer ge Industrial Systems, US General Electric Company

Printed circuit board

Redundancy type Simplex, Duplex, and TMR

Series Logo VI

Product description

The IS230TNCIH4C board is marketed by General Electric as a printed circuit board. The board can be mounted on a 13 or 21 VME slot rack. When used in simplex architecture type systems, it is usually used with a control module, but if the architecture chosen is triple redundant, it will be used with IONet, the main processor card, and the control module.

TNCI models can use two main types of communication, they are Unit Data Highway, which is a type of Ethernet-based LAN communication, and IONet communication. Note that UDH communication drivers are typically associated with the main processor card located within the Mark VI system.

While the IS230TNCIH4C board consists of more than a dozen capacitors, resistors, and many more widgets, the main visual components of the model are two terminal bars, three sub-D pin connectors, two female plug type connectors, and metal oxide varistors, of which there are 25. The two terminal blocks, labeled TB1 and TB2, are located near the bottom edge of the circuit board, and the metal oxide varistor is located directly above the two terminal blocks. Three sub-D pin connectors are located near the top edge of the board, and each pin consists of 37 pins.

As mentioned above, the IS230TNCIH4C model will be used with the control module, but in some cases a backup protection module will also be required.