IS415UCVHH1A GE VME Control Board for the Mark VIe Distributed Control System

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Overview

Essential details：IS415UCVHH1A GE VME Control Board for the Mark VIe Distributed Control System

VME control board is a kind of control board based on VME bus system, which is used to build high performance and high reliability control system. VME bus is a general bus standard, widely used in aerospace, industrial automation, medical equipment and other fields.

VME control board usually uses high-performance processor and memory module to realize fast data processing and control algorithm operation. They typically have multiple communication interfaces and I/O interfaces that can be connected and controlled with a variety of sensors and actuators.

VME control boards are commonly used to build complex control systems, such as flight control systems in aerospace, motion control systems in industrial automation, and life support control systems in medical equipment.

When selecting and using the VME control board, it is necessary to consider the requirements of actual application scenarios and select the appropriate control algorithm and communication protocol to ensure the performance and reliability of the system. At the same time, it is also necessary to carry out correct installation and maintenance to ensure the stability and life of the control board.

IS215UCVHM06A IS415UCVHH1A B VET2-A21010 350-9300007672-12F010 A1

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IS415UCVHH1A GE VME Control Board for the Mark VIe Distributed Control System

VME bus system has the following characteristics:

High reliability: The VME standard mandates that all systems must support a number of data integrity and error correction technologies to ensure reliable data transmission.
High-speed transmission: The use of microprocessor control, the use of synchronous timing, each cycle can transmit multiple bytes, with high-speed data transmission capabilities.
Flexible expansion: The VME bus allows the function of the bus system to be expanded by adding different types of slave cards, backup memory, etc., and these modules have a certain degree of independence, which is easier to maintain and manage.
Easy to implement parallel computation: Because of the centralized control, it has a greater advantage in parallel task decomposition algorithms.
Widely used: VME bus system is not only widely used in aerospace equipment, military equipment and other high-tech fields, but also has been widely used in traditional fields such as automation industry, communication and power.