Motorola MVME2304 01-W3345F控制脉冲卡件

1.产 品 资 料 介 绍：

Motorola MVME2304 01-W3345F控制脉冲卡件 英文资料：

Introduction to Motorola MVME2304 01-W3345F Control Pulse Card

The Motorola MVME2304 01-W3345F Control Pulse Card is a specialized industrial board under the VME bus architecture that focuses on pulse signal generation, acquisition, and control. It plays a core role in high-precision motion control, industrial automation actuator driving, and other scenarios. With stable pulse signal processing capabilities, high compatibility with VME systems, and industrial grade reliability design, it has become a key component in the Motorola MVME series for "pulse control" requirements, providing underlying control support for various devices that rely on precise pulse signals.

1、 Product Overview

As a clearly positioned control pulse card, the core function of Motorola MVME2304 01-W3345F focuses on "precise control of pulse signals" - it can generate specific frequency, duty cycle, and quantity pulse signals according to system instructions to drive servo motors, stepper motors, and other actuators; It can also collect pulse signals feedback from external devices (such as encoder signals) to achieve real-time monitoring and closed-loop control of motion status. Its hardware design strictly follows the VME bus standard and can be seamlessly integrated into the MVME series industrial control system. It works in conjunction with single board computers (such as MVME2100), communication boards (such as MVME201), etc., forming a complete control chain of "instruction issuance pulse control state feedback".

This card is designed with full consideration of the stringent requirements of industrial scenarios, using anti-interference circuits, wide temperature components, and redundant protection mechanisms. It can operate stably in complex environments such as high temperature, vibration, and electromagnetic interference, and is particularly suitable for fields that require extremely high pulse signal accuracy, such as precision machine tool processing, automated production line transmission control, aerospace equipment attitude adjustment, etc.

2、 Technical parameters (based on MVME series characteristics and pulse control card design speculation)

Pulse generation and output capability

Number of output channels: It is estimated that 2-4 independent pulse output channels will be equipped, supporting single pulse (PULSE)+directional (DIR) signal output mode, which can simultaneously drive multiple stepper motors or servo motors to meet the requirements of multi axis collaborative control (such as XYZ axis drive for three-axis CNC machine tools).

Pulse parameter accuracy: The pulse frequency range covers low to high frequencies, with typical values ranging from 1Hz-2MHz. The software supports adjustable frequency and duty cycle, with a duty cycle adjustment range of usually 10% -90%, ensuring the adaptability of different actuators to pulse signals; The pulse output resolution can reach 0.1Hz, ensuring control accuracy in high-frequency scenarios (such as speed adjustment of high-speed conveyor belts).

Output signal type: Supports differential signal (such as RS-422 level) and single ended signal (such as TTL level) output. Differential signals have stronger anti-interference ability and are suitable for long-distance transmission of single ended signals, while they are suitable for short distance transmission

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

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