GE IC695CRU320CA-EL 冗余处理器

GE  IC695CRU320CA-EL 冗余处理器

我们可以看到，IC695CRU320 为了传输8位数据，使用了8个独立的通信链路。因此在顺序数据传输之后，允许同时传输数据。这导致发送者和接收者之间更快的通信。

IC695CRU320 为了连接发送器和接收器之间的多条线路，在一对发送器和接收器之间将存在多个连接单元。而这也是并行通信不适合长距离传输的原因，因为将多条线路连接到大距离是非常困难和昂贵的。

由于单一通信链路的存在，数据传输的速度很慢。而在并行通信的情况下，多个链路允许以相对较快的速率传输数据。

IC695CRU320 每当有需要时系统升级那么与升级并行通信系统相比，升级使用串行通信的系统是相当容易的任务。

IC695CRU320 在串行通信中，所有数据位都通过公共信道传输，因此需要保持适当的间隔以避免干扰。而在并行通信中，多链路的使用减少了传输比特之间的干扰机会。

GE  IC695CRU320CA-EL 冗余处理器

We can see that the IC695CRU320 uses eight separate communication links in order to transmit 8-bit data. Therefore, simultaneous data transmission is allowed after sequential data transmission. This results in faster communication between the sender and receiver.

IC695CRU320 In order to connect multiple lines between the transmitter and receiver, there will be multiple connection units between a pair of transmitters and receivers. This is also why parallel communication is not suitable for long-distance transmission, because it is very difficult and expensive to connect multiple lines to large distances.

Due to the existence of a single communication link, the speed of data transmission is very slow. In the case of parallel communication, multiple links allow data to be transferred at a relatively fast rate.

IC695CRU320 System upgrade whenever needed Then upgrading a system that uses serial communication is a fairly easy task compared to upgrading a parallel communication system.

IC695CRU320 In serial communication, all data bits are transmitted over a common channel, so proper intervals need to be maintained to avoid interference. In parallel communication, the use of multiple links reduces the chance of interference between transmitted bits.

GE  IC695CRU320CA-EL 冗余处理器