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Motorola MVME333S-2控制器模块

发布时间:2025-09-17人气:
  • Motorola MVME333S-2控制器模块
  • Motorola MVME333S-2控制器模块
  • Motorola MVME333S-2控制器模块

Motorola MVME333S-2控制器模块

1.产 品 资 料 介 绍:

Motorola MVME333S-2 控制器模块

一、产品概述

Motorola MVME333S-2 是一款基于 VMEbus(Versa Module Eurocard bus, Versa 模块欧洲总线) 架构的高性能控制器模块,属于 MVME333 系列核心控制组件。其核心定位是为嵌入式控制系统提供集中式运算、总线管理与多设备协同控制能力,可作为工业级系统的 “控制中枢”,与 MVME 系列的 I/O 模块、通讯模块、内存模块等外围板卡无缝集成,实现对复杂工业场景中多设备、多任务的实时调度与数据处理。


该模块凭借工业级稳定性与高兼容性,广泛应用于对实时性、可靠性要求严苛的领域,如工业自动化闭环控制、大型测试测量系统、电力能源调度核心节点等场景,为系统提供高效的运算支持与总线资源分配管理。

二、核心技术参数

1. 基础架构与总线接口

  • 总线标准:严格遵循 VMEbus 规范,支持 16/32 位数据传输模式,兼容 VMEbus 协议中的数据传输周期(如 D32、D16 周期),可灵活适配不同速率的外围模块;
  • 总线管理能力:具备 VMEbus 主控制器(Master)功能,可主动发起总线访问请求,同时支持从控制器(Slave)模式,响应其他模块的指令,实现总线资源的动态分配与调度;
  • 地址空间:支持扩展地址映射,可兼容多模块地址分配,避免地址冲突,最大可支持符合 VMEbus 标准的地址空间范围。

2. 运算与控制性能

  • 核心处理器:集成专用工业级微处理器(具体型号因生产批次略有差异,通常为 Motorola 定制化处理器),主频适配工业实时控制需求,可高效处理多任务调度与复杂控制算法;
  • 实时性支持:内置硬件级中断控制器,支持多级中断优先级设置,中断响应延迟低,满足工业场景中毫秒级甚至微秒级的实时控制需求;
  • 控制功能:支持 DMA(直接内存访问)传输,减少 CPU 数据搬运负载;具备定时 / 计数器模块,可用于脉冲生成、信号周期测量等场景;支持与外围模块的同步数据交互,保证多设备协同控制的一致性。

3. 存储与接口扩展

  • 本地存储:集成一定容量的 SRAM(静态随机存取存储器)用于高速数据缓存,同时支持外接 EPROM/Flash 用于程序固化,满足系统启动与固件存储需求;
  • 扩展接口:预留标准化接口引脚,可通过 VMEbus 扩展 MVME 系列的 I/O 模块(如 MVME2431)、通讯模块(如 MVME204-2)、端口模块(如 MVME332PA1),实现功能按需扩展。

Motorola MVME333S-2控制器模块 英文资料:

Motorola MVME333S-2 Controller Module

1、 Product Overview

Motorola MVME333S-2 is a high-performance controller module based on the VMEbus (Versa Module Eurocard bus) architecture, belonging to the core control components of the MVME333 series. Its core positioning is to provide centralized computing, bus management, and multi device collaborative control capabilities for embedded control systems. It can serve as the "control center" of industrial grade systems and seamlessly integrate with MVME series I/O modules, communication modules, memory modules, and other peripheral board cards to achieve real-time scheduling and data processing of multiple devices and tasks in complex industrial scenarios.

This module, with its industrial grade stability and high compatibility, is widely used in fields that require high real-time and reliability, such as industrial automation closed-loop control, large-scale testing and measurement systems, and power energy dispatch core nodes. It provides efficient computing support and bus resource allocation management for the system.

2、 Core technical parameters

1. Infrastructure and bus interface

Bus standard: Strictly following the VMEbus specification, supporting 16/32-bit data transmission mode, compatible with data transmission cycles in the VMEbus protocol (such as D32 and D16 cycles), and can flexibly adapt to peripheral modules of different speeds;

Bus management capability: Equipped with VMEbus Master function, it can actively initiate bus access requests and support Slave mode to respond to instructions from other modules, achieving dynamic allocation and scheduling of bus resources;

Address Space: Supports extended address mapping, compatible with multi module address allocation, avoids address conflicts, and can support a maximum range of address spaces that comply with the VMEbus standard.

2. Computational and control performance

Core processor: Integrated specialized industrial grade microprocessor (specific models may vary slightly due to production batches, usually Motorola customized processors), with a clock frequency adapted to industrial real-time control requirements, capable of efficiently handling multitasking scheduling and complex control algorithms;

Real time support: Built in hardware level interrupt controller, supports multi-level interrupt priority settings, low interrupt response delay, meets real-time control requirements at the millisecond or even microsecond level in industrial scenarios;

Control function: Supports DMA (Direct Memory Access) transfer, reducing CPU data transfer load; Equipped with a timing/counter module, it can be used for pulse generation, signal cycle measurement and other scenarios; Support synchronous data interaction with peripheral modules to ensure consistency in multi device collaborative control.

3. Storage and interface expansion

Local storage: Integrate a certain capacity of SRAM (Static Random Access Memory) for high-speed data caching, and support external EPROM/Flash for program solidification to meet system startup and firmware storage requirements;

 Motorola MVME333S-2控制器模块 产      品      展      示      

motorola_mvme333s-2_vme_controller_01-w3775b-06c_2 (2).jpg

 产品视频

3.其他产品

TRICONEX MP3009主处理器模块
AMAT 0190-43397晶圆机器人
WOODWARD 8406-121 EGCP-2控制器

4.其他英文产品

HIMA F8621A Control module
HIMA F8627X Control module
IPMC7616E-002 Industrial card

6ES5455-4UA12CACR-SR44SZ1SDY383HAB8101-8/08Y
6ES5454-4UA13CACR-1R44SFBY8TRICONEX 3564
6ES545-34UA12CACR-SR1OSZ1SSReliance Electric CPU PSC7000 WR-D4008
6ES5451-8MA12CACR-SR15BE12FTRICONEX 3515
6ES5451-7LA21CACR-HR10SBAsyst  3200-4348-04
6ES5451-4UA13CACR-HR15BB-Y81TRICONEX 3601T

The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218

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