5SHY35L4520-5SXE10-0181-AC10272001R0101 ABB 晶闸管

5SHY35L4520-5SXE10-0181-AC10272001R0101

一般资料

5 shy35l4520

ABB型号:4500V 400OA

目录描述:非对称lGCT

类别

零件与服务m半导体w lGCT“不对称lGCT”附加信息

ABB型号:4500V 400o

瑞士(CH)

关税税号:85413000

帧大小:Spare_Parts

总体积:3.114 dm3总重量:2.9 kg

发票描述:非对称lgct2按订单制造:No

介质描述:非对称集成栅极整流晶闸管最小订购量:1片

订购倍数:1件

重量:包装级1

高度:41毫米

单位:1个

宽度:173毫米

部件类型:新

产品名称:

控制系统附件

产品净深度/439毫米

5SHY35L4520-5SXE10-0181-AC10272001R0101中央处理器(CPUu)中央处理器。可由一个或多个资源来描述，而一个资源 括一个或多个程序。对于分散型系统，包含多个配置。而一个配置又包含多个处理器，每个处理器用一个资源描述，每个资源则恂括一个或多个程序。

建立在这个软件模型的——理论基础上,要不然PLC还是由一个CPI按扫描方式执行一个程序的那种传统结构。至于程序互换的问题。至少到目前为止尚是一个努力的方向只有在每个PLQ的供应厂商所提供的方法产品都真正遴循iec - 61131 - 2的标准,而且其编程系分的具体实现又切实符合TEC61131-8”编程语言的应用和实现导则”,并通过PLCozen这个国际组织对各种瘸星语言：1、程控、美联储、圣和L >的一致性测试。

5SHY35L4520-5SXE10-0181-AC10272001R0101该软件模型足以映像各类实际系统:对于只有一个处理器的小型系统。其模型只有一个配置、一个资源和一个程序，与现在大多数PL的情况完全相符。对于有多个CFu模抉插装在同一机架上的中、大型系统，每个CPU模块孩视作一个武置。可由一个或多个资源来描述，而一个资源具泡括一个或多个程序。对于分散型系统，包含多个配置。而一个配置又包含多个处理器，每个处理器用一个资源描述，每个资源则泡括一个或多个程序。

至于程序互换的问题，至少到目前为止尚是一个努力的方向○只有在每个PL的供应厂商所提供的LC产品都真正遵循EC 61131-2的标准。而且其编昱系统的具体实现又切实符合IEC61131-8《编程语言的应用和实现导则》﹐并通过PLCcopen这个国际组织对各种扁星语言(D、SPC、FED、ST和L)的一致性测试，还要解决不同PLd的存储地址资源的对应互换，才有可能实现名副其实的程序互换。

5SHY35L4520-5SXE10-0181-AC10272001R0101 ABB 晶闸管

5SHY35L4520

General lnformationProduct lD:

5SHY35L4520

ABB Type Designation:4500V 400OA

Catalog Description:Asymmetric lGCT

Categories

Parts & Services m Semiconductors w lGCT ” Asymmetric lGCTsAdditional lnformation

ABB Type Designation: 4500V 400OACountry of Origin:

Switzerland (CH)

Customs Tariff Number: 85413000

Frame Size:Spare_Parts

Gross Volume:3.114 dm3Gross Weight:2.9 kg

lnvoice Description:Asymmetric lGCTMade To Order:No

Medium Description: Asymmetric Integrated Gate-Commutated ThyristorMinimum Order Quantity: 1 piece

Order Multiple:1 piece

Package Level 1 Depth /439 mmLength:

Package Level 1 Gross

2.9 kg

weight:Package Level 1

Height:41 mmPackage Level 1

Units:1 piecePackage Level 1

Width:173 mm

Part Type:New

Product Name:

Control System Accessory

Product Net Depth /439 mm

Central Processing Unit (CPUu) Central processing unit. It can be described by one or more resources, and a resource includes one or more programs. For a distributed system, there are multiple configurations. A configuration, in turn, contains multiple processors, each described by a resource, and each resource includes one or more programs.

Based on the theoretical basis of this software model, otherwise the PLC is still a traditional structure in which a CPI performs a program by scanning. As for the exchange of programs. At least so far there is an effort to be made only if each PLQ supplier's method products are truly selected according to iec-61131 - 2 standard, and the specific implementation of its programming system is actually in line with TEC61131-8 "Guidelines for the application and implementation of programming languages", and through the PLCozen international organization for various lame star languages: 1, program control, Federal Reserve, Saint and L > conformance test.

The software model is sufficient to map all kinds of real systems: for small systems with only one processor. The model has only one configuration, one resource, and one program, which fits perfectly with most PLS today. For medium and large systems with multiple CFu modules inserted in the same rack, each CPU module is regarded as a device. It can be described by one or more resources, and a resource includes one or more programs. For a distributed system, there are multiple configurations. A configuration, in turn, contains multiple processors, each described by a resource, and each resource contains one or more programs.

As for the issue of program interchange, at least so far, it is still a direction of effort - only in every PL supplier's LC products truly comply with EC 61131-2 standards. Moreover, the specific implementation of its coding system conforms to IEC61131-8 "Guidelines for the Application and Implementation of Programming Languages". And through the PLCcopen international organization of various flat star languages (D, SPC, FED, ST and L) consistency test, but also to solve the corresponding exchange of storage address resources of different PLDS, it is possible to achieve a veritable program exchange.