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GE VMIC VMIPCI-5565-110000 Control Pulse Module

Manufacturer: GE VMIC

Product Number: VMIPCI-5565-110000

Product Type: Control Pulse Module

Place of Origin: USA

✓ Payment Method: Telegraphic Transfer (T/T)

✓ Warranty Period: 12 months

✓ In Stock

✓ On-site Inspection Supported


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The GE VMIPCI-5565-110000 is a high-performance pulse control module based on the PCI bus, specifically designed for industrial automation, precision testing and measurement, and other scenarios. It enables accurate acquisition, generation, counting, and timing control of high-speed pulse signals. Compatible with 32-bit/33MHz PCI/CPCI buses and supporting both 3.3V and 5V bus levels, the module can be seamlessly integrated into various industrial control computers and embedded systems. Boasting low latency, high stability, and flexible configuration, it meets the stringent requirements for pulse control accuracy and real-time performance in applications such as servo control, stepper motor driving, and precision positioning.

GE VMIC VMIPCI-5565-110000 Control Pulse Module...jpg

The bus interface adopts a 32-bit/33MHz PCI/CPCI bus, is compatible with 64-bit/66MHz transmission, and supports 3.3V/5V bus levels. The pulse input features multi-channel differential inputs, supports 5-24V DC signals, and has a maximum counting frequency up to the hundreds of megahertz range. The pulse output is equipped with independently programmable channels, supports pulse width modulation (PWM) and pulse sequence generation, and the output levels are compatible with industrial standards. For counting functions, it supports multiple modes including rising/falling edge counting, pulse width measurement and period measurement, with a 32-bit high-speed counter and a counting accuracy of ±1 pulse. The timing accuracy reaches the nanosecond level with its internal clock, supporting microsecond-level adjustment of pulse period and width. The operating environment allows a working temperature range of -40℃ to 70℃ and adopts an industrial-grade electromagnetic interference resistant design. The power supply requirements include a wide voltage input of 12-24V DC, with overvoltage and overcurrent protection functions.

GE VMIC VMIPCI-5565-110000 Control Pulse Module.jpg

Core Functional Features

High-speed Pulse Processing: Equipped with a high-performance counting and timing core, it can capture rapidly changing pulse signals in real time, meeting the requirements for precise position and speed feedback in high-speed motion control scenarios, such as real-time position closed-loop control of servo motors.
Flexible Pulse Generation: It supports multiple pulse output modes, allowing users to customize pulse frequency, duty cycle, quantity and sequence. It is suitable for applications such as microstepping drive of stepper motors and precise timing control of solenoid valves. Synchronous or independent control can be achieved between output channels.
Real-time Data Interaction: It supports both DMA and PIO transmission modes. The DMA mode can reduce CPU utilization and improve system data throughput. It also supports point-to-point or broadcast interrupts; when data is updated, it can trigger interrupts on target nodes to realize event-driven rapid response.

High-reliability Design: It features hardware-level CRC check to automatically detect and correct transmission errors. The onboard self-test function displays channel status and fault information via indicator lights, facilitating quick debugging and maintenance. It supports redundant configuration to cope with complex working conditions in industrial sites.

Convenient Configuration and Management: It provides drivers and configuration tools for Windows (Win2000/XP/7, etc.), supporting register-level programming and a graphical configuration interface. Channel functions, counting rules and output parameters can be flexibly defined through software. There is no need to manually set MAC ID addresses via jumpers, which reduces deployment difficulty.

GE VMIC VMIPCI-5565-110000 Control Pulse Module..jpg

Application Scenarios

Industrial Automation: It is used for precision positioning control of production lines, such as motion trajectory planning of robotic arms and speed synchronization of conveyors. It drives stepper/servo systems to achieve precise feeding and positioning of processing equipment, and is compatible with sensors and actuators to complete closed-loop regulation of pulse signals for process parameters such as flow rate and pressure.
Test and Measurement: It generates high-precision excitation pulses in automated test platforms for performance testing of electronic components and sensors. It collects pulse output signals of devices under test, analyzes parameters including frequency and duty cycle, and meets the stringent testing requirements in fields such as automotive electronics and aerospace.
Scientific Research and Military Industry: It is suitable for precision timing control in laboratories, such as periodic loading control in material testing. In systems such as radar and navigation, it is used for synchronization and triggering of pulse signals to ensure the consistency of system timing.

GE VMIC VMIPCI-5565-110000 Control Pulse Module.....jpg


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