IC693CPU351 | 离散输出模块 | 最多 32640字的寄存器存储器
型号：IC693CPU351
处理器速度: 25兆赫
I/O 积分:2048
寄存器存储器: 240KB字节
浮点数学: 是的
IC693CPU351支持大量 /0，特别是2048 个商散输入点(961);2048 离散输出点(90)和模拟 V0字因所使用的软件而异，但最大可配置模拟 /0 为 32，640 字。此 CPU 可用的其他
内部寄存器数量为 1280 位二进制全局存储器;4096 位存储线圈:256位临时输出线圈;:128 位系统状态参考;最多 32640字的寄存器存储器和 28000 字的系统寄存器，仅可用于参考表查看。
IC693CPU351 离散输出模块是工业自动化和控制系统的关键组成部分，它可以分为交流型和直流型两种，这两种类型的模块都可以提供大范围电压输出。
IC693CPU351 离散输出模块的主要功能是：当处理器将一个二进制数“1”存储在存储器特定地址时，为连接在离散输出模块端子上的电动机启动线圈、指示灯、电磁阀等输出设备提供能量。此外，离散输出模块也装有状态指示灯，用来显示每个独立输出端的工作状态。有些模块为每个输出端配置了两个状态指示灯，其中一个称为逻辑指示灯，当逻辑指示灯亮起时，表示处理器已经在逻辑上接通了输出设备;另一个称为输出指示灯，当输出指示灯亮起时，表示已经有实际电流流入输出设备。在故障诊断中，状态指示灯非常重要，因此，在任何情况下，都要保证状态指示灯指示正确。
Model: IC693CPU351
Processor speed: 25 MHZ
I/O score :2048
Register memory: 240KB bytes
Floating point math: Yes
IC693CPU351 supports a large number of /0, especially 2048 quotient scatter input points (961); 2048 Discrete output points (90) and analog V0 words vary depending on the software used, but the maximum configurable analog /0 is 32,640 words. This CPU is available for others
The number of internal registers is 1280 bits binary global memory; 4096-bit storage coil: 256-bit temporary output coil : 128-bit system status reference; Register memory of up to 32,640 words and system registers of 28,000 words are available for reference table viewing only.
IC693CPU351 discrete output module is a key component of industrial automation and control system, it can be divided into AC type and DC type two, both types of modules can provide a wide range of voltage output.
The main function of the IC693CPU351 discrete output module is: when the processor stores a binary number "1" in the memory at a specific address, it provides energy for the motor starting coil, indicator light, solenoid valve and other output devices connected to the discrete output module terminals. In addition, the discrete output module is also equipped with a status indicator to show the working status of each individual output. Some modules are configured with two status indicators for each output end, one of which is called the logic indicator. When the logic indicator is on, it means that the processor has logically connected the output device. The other is called the output indicator, and when the output indicator is on, it means that there is actual current flowing into the output device. In fault diagnosis, the status indicator is very important, so in any case, ensure that the status indicator is correct.
