Description

GE  VMIVME-2540  intelligent counter controller

Functional characteristics
High-performance counting: Capable of calculating up to 4 gigabit events, it supports functions such as event counting, frequency measurement, period/pulse width measurement, etc., demonstrating outstanding processing capabilities and counting accuracy.
Flexible output channels: Equipped with up to 24 discrete output channels, these channels can be programmed through various on-board patch cord module options to meet a wide range of different output requirements. Each output channel offers 12-bit resolution and is capable of generating and absorbing up to 10 milliamperes of current at a rate of ±10V, making it suitable for driving various industrial loads.

Easy to test and configure: The analog input is designed to be disconnected from external circuits, facilitating offline testing. Equipped with a friendly user interface and memory mapping interface, it enables users to easily configure the measurement, timing and output functions of each channel without directly programming the system timing controller.
Other functions: On-board 15MHz 68HC000 processor, which performs circuit board functions by providing a command-driven user interface; The data exchange interface complies with the ANSI/IEEE standard 754-1985 and supports 32-bit floating-point arithmetic. Support TTL input signal compatibility. Connect the inverting input of the RS-422 line receiver to the 1.4V reference on the board through the front panel.

Interface type: It adopts the VMEbus slave interface, which can provide 4, 8, 16 or 24-channel digital signal measurement and signal generation capabilities, and can communicate with other compatible VME devices and modules.

Application fields: It is applicable to rotating shaft instruments, automotive testing, medical care, robotics, telescopes/observatories, linear position measurement (such as distance, speed, and acceleration measurement), elevators, bridge cranes, and other fields, as well as other control systems that require real-time processing and response of input and output signals, such as real-time control systems and data acquisition systems.