GE VMIVME-4116 is a control pulse card module that offers a range of advanced features for industrial automation and embedded computer systems. With its high-resolution clock, multi-channel design, and programmability, it caters to the demands of diverse and complex application scenarios.
Product Details:
Brand: GE
Model: VMIVME-4116
Type: Control Pulse Card Module
Product Specifications:
Control Pulse Functionality: Generates and controls pulse signals for triggering and synchronizing external devices or timed tasks.
VME Interface: Uses a standard VME bus interface, compatible with other VME devices and controllers, providing high-speed data transmission and reliable communication.
High-Resolution Clock: Provides a high-resolution clock source for precise data acquisition and processing.
Multi-Channel Design: Features multiple independent pulse output channels, enabling the simultaneous control of multiple devices or tasks.
Programmability: Users can configure and control the VMIVME-4116 module through software programming, tailored to specific application needs.
Application Fields:
GE VMIVME-4116 finds its applications primarily in industrial automation and embedded computer systems. Its high-resolution clock, multi-channel design, and programmability make it suitable for a wide range of complex control scenarios. Whether it is for synchronizing equipment, controlling processes, or managing data flow in industrial settings, the VMIVME-4116 offers a robust and flexible solution. Additionally, its compatibility with the VME bus architecture ensures seamless integration with other devices and controllers, further expanding its range of potential applications.
In summary, the GE VMIVME-4116 control pulse card module is a versatile and powerful tool for industrial automation and embedded computer systems, offering precise control, multi-channel operation, and software-based programmability to meet the demands of diverse application scenarios.
Product Parameters:
Resolution: High-resolution clock for precise timing and control.
Channels: Multiple independent pulse output channels for parallel operation.
Programming: Software-based programmability for flexible and customized control.
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