IC200UEX011  |    逻辑扩展单元  | 提供模块化设计的灵活性和各种内置功能

IC200UEX011  逻辑扩展单元， 14 点， 8 输入， 6 输出， 120/240VAC

特征

当您需要在紧凑的封装中实现惊人的功能时，Micro 系列控制器就是您的不二之选。其模块化设计提供了满足您应用需求的功能和灵活性，具有快速的循环时间、强大的指令集和大容量存储器，可使您的编程选项成倍增加。

它们支持用户友好的内存模块，可以轻松连接到控制器以下载最新的程序更改，而无需 PC。在线编程使用户能够在不停止控制器的情况下轻松修改逻辑

小尺寸 VersaMax Micro PLC 提供模块化设计的灵活性和各种内置功能，包括多达 64 个 I/O 点（可扩展至 170 个 I/O 点）、快速循环时间、强大的指令集和大容量内存，可增加您的编程选项。

IC200UEX011 逻辑扩展单元，在不同的上下文中可能有不同的含义，但在计算机科学和硬件设计中，通常指的是用于增加或扩展处理器或设备逻辑功能的单元。以**立即数扩展模块（Ext）**为例，它就是一种逻辑扩展单元，用于增加处理器的能力以支持更大范围的立即数操作。

IC200UEX011 立即数扩展模块的目的是扩展处理器对立即数的支持范围。立即数是指直接出现在指令中的常数值，例如在一个加法指令中，可以直接将两个寄存器的值相加，也可以将其中一个寄存器的值与一个立即数相加。然而，由于指令长度的限制，可以使用的立即数的范围也是有限的，这可能导致无法执行某些需要更大范围立即数的操作。

IC200UEX011 Logic Expansion unit, 14 points, 8 inputs, 6 outputs, 120/240VAC

trait

When you need amazing functionality in a compact package, the Micro series controllers are the way to go. Its modular design provides the power and flexibility to meet the needs of your application, with fast cycle times, a powerful instruction set, and large memory to multiply your programming options.

They support user-friendly memory modules that can be easily connected to the controller to download the latest program changes without the need for a PC. Online programming enables users to easily modify the logic without stopping the controller

The small size VersaMax Micro PLC offers the flexibility of a modular design and a variety of built-in features, including up to 64 I/O points (expandable to 170 I/O points), fast cycle times, a powerful instruction set and large memory to increase your programming options.

IC200UEX011 Logic extension unit may have different meanings in different contexts, but in computer science and hardware design, it usually refers to a unit used to add or extend the logic capabilities of a processor or device. For example, the Immediate Number Extension Module (Ext) ** is a logical extension unit that increases the processor's capacity to support a wider range of immediate number operations.

The IC200UEX011 Immediate Data expansion module is designed to extend the range of processor support for immediate data. An immediate number is a constant value that appears directly in an instruction, for example, in an addition instruction, the value of two registers can be added directly, or the value of one of the registers can be added to an immediate number. However, due to the limitation of instruction length, the range of immediate numbers that can be used is also limited, which may make it impossible to perform certain operations that require a larger range of immediate numbers.