VMIVME2540-300 VME-2540 Intelligent Counter/Controller

The VMIVME-2540 is an intelligent digital input/output board with a VMEbus slave interface which optionally provides 4, 8, 16, or 24 channels of digital signal measurement and signal generation capability. These measurement and signal output functions are implemented by an array of AM9513A system timing controllers (STC) and associated interface logic. An on-board VMIVME-2540 local CPU (68HC000 Microprocessor) relieves the user from the task of programming the system timing controllers directly by providing a command-driven user interface to perform the board functions. The user configures measurement, timing and output functions for each channel through a simple, memory-mapped interface consisting of commands, command status, parameters, and return measurements.

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Description

Overview

Essential details：VMIVME2540-300 VME-2540 Intelligent Counter/Controller

Product Description

The VME-2540 Intelligent Counter/Controller (ICC) is a VMEbus slave I/O module designed to provide high-precision digital measurement and function generation capability for VMEbus systems with a simple, consistent memory-mapped user interface.

  • RS-422 differential interface with support for single-ended TTL inputs
  • Options allow configurations of 4, 8, 16, and 24 interfaces
  • On-board 15 MHz 68HC000 CPU
  • A32/A24/D32/D16/D8 (EO) VME slave interface, 64 Kbyte VMEbus memory window
  • Timer/periodic VMEbus interrupter – 0.0076 to 1,000 Hz
  • Quadrature position measurement – sin/cos up to 1 MHz, 32-bit counters, limit/modulo checking Integer period/pulse-width measurement 16- and 32-bit, discrete or continuous; low data transport lags
  • Square wave/pulse train generation – 0.0076 Hz to 2.5 MHz
  • Period/pulse-width measurement 400 ns to 8.5899 x 106s (32-bit floating point), 400 ns to 858s (32-bit unsigned integer)
  • Event counting – up to 4 giga events
  • Frequency measurement 1.16 x 10-3 Hz to 2.5 MHz

VMIVME-2540

Product parameter

Features:
  • Event Counting – Up to 4 Giga Events
  • Programmed Output – Up to 24 Discrete Outputs
  • On-board 15 MHz 68HC000 CPU
  • ANSI/IEEE Standard 754-1985 for 32-bit Floating-Point Arithmetic

The VMIVME-2540 is an intelligent digital input/output board with a VMEbus slave interface which optionally provides 4, 8, 16, or 24 channels of digital signal measurement and signal generation capability. These measurement and signal output functions are implemented by an array of AM9513A system timing controllers (STC) and associated interface logic. An on-board VMIVME-2540 local CPU (68HC000 Microprocessor) relieves the user from the task of programming the system timing controllers directly by providing a command-driven user interface to perform the board functions. The user configures measurement, timing and output functions for each channel through a simple, memory-mapped interface consisting of commands, command status, parameters, and return measurements.

APPLICATION

The VMIVME2540-300 is a high performance 30GbE network card designed for use in industrial environments where high-speed network connectivity and real-time data transfer are required. The following is a specific description of the application areas and related features of the product:
Industrial control:
The VMIVME2540-300 provides two-way data transfer rates of up to 30Gbps, meeting the demand for high-speed data transmission in industrial control systems.
Its low latency and high reliability make it possible to ensure real-time data processing and response in real-time control systems, data acquisition systems and other applications.
Internet of Things (IoT) :
In iot applications, the real-time transmission and processing of large amounts of data is key. The VMIVME2540-300 supports the real-time data exchange of iot devices with its high-performance transmission capability.
The product supports multiple fiber transmission modes (SR, LR, ER), enabling it to adapt to the network requirements of different iot application scenarios.
Edge computing:
In the edge computing architecture, the VMIVME2540-300 can be used to achieve high-speed data transfer between edge nodes and data centers, supporting real-time data processing and analysis.
Its high performance and low latency make it possible to ensure high efficiency and real-time data processing in edge computing applications.
Intelligent Manufacturing:
In the field of intelligent manufacturing, the VMIVME2540-300 can be used to connect various smart devices and sensors to achieve real-time acquisition and transmission of production data.
Supports virtualization, QoS, PFC and other functions to provide strong network support for intelligent manufacturing.
Intelligent Transportation:
In the intelligent transportation system, VMIVME2540-300 can be used to realize real-time control of traffic signals, real-time transmission of vehicle information, etc.
The characteristics of high-speed data transmission and low latency ensure the real-time and accuracy of the traffic system.
In summary, VMIVME2540-300 with its high-performance transmission capacity, low latency and high reliability, has a wide range of applications in industrial control, Internet of Things, edge computing, intelligent manufacturing and intelligent transportation and other fields. These application areas have high requirements for real-time and accuracy of data transmission, and VMIVME2540-300 can meet these needs well.

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