Processor: Equipped with Motorola 68HC000 microprocessor running at 15 MHz, or 400 MHz MPC8245 PowerPC.
Memory: 128 MB SDRAM and 32 MB Flash.
Channels: Can be configured with 4, 8, 16 or 24 channels, and there are also versions with 64 analog – input channels.
Input Voltage: +5V DC.
Power Requirements: +5V±5/-2.5%, typical power is 4.25A, maximum power is 5A, and it also requires +12V power supply.
Interface: It has a VMEbus slave interface, dual – Ethernet ports, two serial ports (RS – 232/422/485), eight general – purpose I/O lines, two USB 2.0 ports, and one PMC site.
Size: 6U VMEbus form – factor, 233.35 mm x 160 mm.
Operating Temperature Range: -40°C to +85°C.
Function Features
High – precision Measurement: It can provide high – precision digital measurement, supporting functions such as event counting, frequency measurement, period/pulse width measurement, and orthogonal position measurement. The frequency measurement range is 1.16×10^-3 Hz to 2.5 MHz, and the period/pulse width measurement range is 400 ns to 8.5899×10^6 s (32 – bit floating – point number) or 400 ns to 858 s (32 – bit unsigned integer).
Diverse Generation Functions: It has functions such as pulse sequence/square – wave generation, timer/periodic interrupt generation, frequency division, and orthogonal position control. The square – wave/pulse train generation range is 0.0076 Hz to 2.5 MHz, and the timer/periodic VMEbus interrupter range is 0.0076 to 1000 Hz.
High – density I/O: It has a high – density input/output interface, providing 24 discrete output channels. Each channel has a 12 – bit resolution, which can provide and absorb up to 10 milliamps of current at a rate of ±10 V.
Flexible Configuration: It can be flexibly programmed through the onboard jumper module to meet different application needs.
Large – scale Event Counting: The event counting capacity can reach up to 4 giga events, which can accurately and reliably handle complex data collection tasks.
Good Isolation: The analog inputs can be disconnected from external circuitry to ensure isolation and prevent interference.
Application Scenarios
Industrial Automation: It is widely used in CPU management, input/output communication, and data acquisition and control systems of industrial production lines, such as the speed measurement and control of conveyor belts, and the counting of the number of products on the production line.
Testing and Measurement: It is applicable to the testing equipment in the automotive industry, such as the testing of brakes, transmissions, and tachometers, which can accurately measure and control related parameters.
Robotics: It can provide precise position control for robots, measure and control the angular position, speed, and acceleration of the rotating axis, and ensure the accurate operation of robots.
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