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Motorola MVME162-522A 控制脉冲卡件

发布时间:2025-09-17人气:
  • Motorola MVME162-522A 控制脉冲卡件
  • Motorola MVME162-522A 控制脉冲卡件

Motorola  MVME162-522A 控制脉冲卡件

1.产 品 资 料 介 绍:

Motorola MVME162-522A VMEbus 控制脉冲卡件解析

Motorola MVME162-522A 是 MVME162 系列专属的高精度脉冲控制扩展模块,基于 VMEbus 架构设计,核心定位是 “工业级多通道脉冲生成与运动控制中枢”—— 通过 4-8 路独立脉冲通道、微秒级控制精度及抗干扰隔离设计,为 MVME 系列 CPU 模块(如 MVME162-02)提供脉冲输出、同步计数与定时管理能力,适配工业自动化、机床控制、机器人运动等对 “精度 + 实时性” 要求严苛的场景,是实现高精度位置 / 速度控制的关键扩展组件。

一、核心技术特性

1. 多通道脉冲控制:覆盖多轴协同需求

  • 通道配置:典型支持 4-8 路独立脉冲输出通道,每路通道可单独配置参数(频率、占空比、脉冲数),适配 “多轴运动控制” 场景(如数控机床的 X/Y/Z 三轴驱动、机器人关节电机控制);
  • 输出模式:支持两种核心脉冲模式,满足不同控制需求:
    • 位置控制模式:输出固定数量的脉冲(如 1000 个脉冲对应电机转动 1 圈),精准控制执行器位移,误差≤1 个脉冲;
    • 速度控制模式:输出固定频率的连续脉冲(频率范围通常 1Hz-1MHz),通过调整频率实时调节电机转速,频率调节步长可达 1Hz,实现平滑调速;
  • 同步能力:支持多通道脉冲同步输出,通过 VME 总线接收 CPU 模块的同步指令,确保多轴运动协同(如机器人多关节同时启停、机床三轴联动加工),同步误差≤10μs。

2. 微秒级精度:保障控制准确性

  • 时间精度:脉冲周期控制精度达 微秒级(≤1μs),脉冲宽度最小可设为 0.5μs,满足高速运动控制需求(如高速分拣机的电机驱动、精密检测设备的脉冲触发);
  • 计数功能:集成高速计数器(计数频率≤1MHz),可接收外部编码器信号(如光电编码器的 A/B 相脉冲),实时反馈执行器位置,形成 “脉冲输出 - 位置反馈” 的闭环控制,进一步提升控制精度(如机床加工误差补偿、机器人定位修正);
  • 定时管理:内置可编程定时器(精度 1μs),可触发周期性脉冲输出(如每隔 10ms 输出 1 组脉冲),或作为外部设备的同步时钟(如测试系统的信号采样触发)。

Motorola MVME162-522A 控制脉冲卡件  英文资料:

Analysis of Motorola MVME162-522A VMEbus Control Pulse Card

The Motorola MVME162-522A is a high-precision pulse control extension module exclusive to the MVME162 series, designed based on the VMEbus architecture. Its core positioning is the "industrial grade multi-channel pulse generation and motion control center" - providing pulse output, synchronous counting, and timing management capabilities for MVME series CPU modules (such as MVME162-02) through 4-8 independent pulse channels, microsecond level control accuracy, and anti-interference isolation design. It is suitable for industrial automation, machine tool control, robot motion, and other scenarios that require "accuracy+real-time", and is a key extension component for achieving high-precision position/velocity control.

1、 Core technical characteristics

1. Multi channel pulse control: covering multi axis collaborative requirements

Channel configuration: Typical supports 4-8 independent pulse output channels, each channel can be individually configured with parameters (frequency, duty cycle, pulse count), suitable for "multi axis motion control" scenarios (such as X/Y/Z three-axis drive of CNC machine tools, robot joint motor control);

Output mode: Supports two core pulse modes to meet different control requirements:

Position control mode: Output a fixed number of pulses (such as 1000 pulses corresponding to 1 rotation of the motor), accurately control the displacement of the actuator, with an error of ≤ 1 pulse;

Speed control mode: Output continuous pulses with a fixed frequency (usually within the frequency range of 1Hz-1MHz), adjust the motor speed in real time by adjusting the frequency, and the frequency adjustment step can reach 1Hz, achieving smooth speed regulation;

Synchronization capability: Supports multi-channel pulse synchronization output, receives CPU module synchronization instructions through VME bus, ensures multi axis motion coordination (such as simultaneous start stop of multiple joints in robots, three-axis linkage machining of machine tools), and synchronization error ≤ 10 μ s.

2. Microsecond level accuracy: ensuring control accuracy

Time accuracy: The pulse cycle control accuracy reaches microsecond level (≤ 1 μ s), and the minimum pulse width can be set to 0.5 μ s, meeting the requirements of high-speed motion control (such as motor drive for high-speed sorting machines and pulse triggering for precision detection equipment);

Counting function: Integrated high-speed counter (counting frequency ≤ 1MHz), capable of receiving external encoder signals (such as A/B phase pulses from photoelectric encoders), providing real-time feedback on actuator position, forming a closed-loop control of "pulse output position feedback", further improving control accuracy (such as machine tool machining error compensation, robot positioning correction);

Timer management: Built in programmable timer (accuracy of 1 μ s), can trigger periodic pulse output (such as outputting one set of pulses every 10ms), or serve as a synchronous clock for external devices (such as signal sampling trigger for testing systems).

 Motorola MVME162-522A 控制脉冲卡件 产      品      展      示      

motorola_mvme162-522a_embedded_controller_vme (1).jpg

 产品视频

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

Contact: +86 15270269218

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