IS200JPDCG1ABA 用RS-232C通过骨干连接器在DSPX与工具和键盘端口之间进行通信

Description

IS200JPDCG1ABA 用RS-232C通过骨干连接器在DSPX与工具和键盘端口之间进行通信

励磁机ISBus板，如IS200JPDCG1ABA，是一种专用的通信接口板，IS200JPDCG1ABA主要应用于励磁机的控制系统。它主要用于在励磁机的M1、M2和C控制器之间传输数据。

这种板卡是一种3U高的模块，通常位于DSPX下方的控制机架中。它通过前面板上的光纤连接器接收来自发电机磁场（必要时还包括励磁机）的电流和电压信号，并将这些信号接收和传输到接地检测模块。此外，它还通过控制背板接收光纤反馈信号，并将其传输到DSPX控制器。同时，它还使用RS-232C通过骨干连接器在DSPX与工具和键盘端口之间进行通信。此外，它还包括用于冗余激励器的ISBus接口电子设备。

励磁机ISBus板（如IS200EISBH1A）在励磁机的控制系统中具有多种主要功能。以下是其主要功能：

数据传输：它是用于M1、M2和C控制器之间的独特通信板，负责在这些控制器之间传输数据。

信号接收与传输：通过前面板上的光纤连接器，接收来自发电机磁场（必要时还包括励磁机）的电流和电压信号，并将这些信号传输到接地检测模块。

光纤反馈信号接收：通过控制背板接收光纤反馈信号，并将其传输到DSPX控制器。

RS-232C通信：使用RS-232C协议，通过骨干连接器在DSPX与工具和键盘端口之间进行通信。

冗余激励器接口：还包括用于冗余激励器的ISBus接口电子设备，这意味着在励磁机系统中，如果有一个激励器出现故障，另一个冗余的激励器可以接管，保证系统的持续运行。

总的来说，励磁机ISBus板IS200JPDCG1ABA 是励磁机控制系统中非常关键的组件，它确保了数据的有效传输、信号的接收与传输，以及与其他设备和模块的通信，从而保证励磁机的稳定运行和安全性。

IS200JPDCG1ABA 用RS-232C通过骨干连接器在DSPX与工具和键盘端口之间进行通信

Exciter ISBus board, such as IS200JPDCG1ABA, is a special communication interface board, IS200JPDCG1ABA is mainly used in the control system of exciter. It is mainly used to transfer data between the M1, M2 and C controllers of the exciter.

The board is a 3U high module, usually located in the control rack under the DSPX. It receives current and voltage signals from the generator’s magnetic field (and exciter if necessary) through fiber optic connectors on the front panel, and receives and transmits these signals to the ground detection module. In addition, it receives fiber feedback signals through the control backplane and transmits them to the DSPX controller. At the same time, it also uses the RS-232C to communicate between the DSPX and the tools and keyboard ports via a backbone connector. In addition, it includes ISBus interface electronics for redundant exciters.

Exciter ISBus board (such as IS200EISBH1A) has several main functions in the exciter control system. Here are its main functions:

Data transfer: It is a unique communication board for the M1, M2, and C controllers and is responsible for transferring data between these controllers.

Signal reception and transmission: Current and voltage signals from the generator’s magnetic field (including the exciter if necessary) are received through optical fiber connectors on the front panel, and these signals are transmitted to the ground detection module.

Fiber feedback reception: The fiber feedback signal is received through the control backplane and transmitted to the DSPX controller.

RS-232C communication: Use RS-232C protocol to communicate between DSPX and tools and keyboard ports via backbone connectors.

Redundant exciter interface: Also includes ISBus interface electronics for redundant exciter, which means that in the exciter system, if one exciter fails, another redundant exciter can take over, ensuring continuous operation of the system.

In general, the exciter ISBus board IS200JPDCG1ABA is a very critical component in the exciter control system, which ensures the effective transmission of data, the reception and transmission of signals, and the communication with other equipment and modules, so as to ensure the stable operation and safety of the exciter.