Xycom XVME-590/1
- Input Channels: Standard with 16 single - ended or 8 differential analog input channels, which can be expanded to 32 single - ended or 16 differential analog input channels using the XVME - 910 channel expansion kit.
- Conversion Resolution: 12 - bit resolution, which can meet the general - precision analog - to - digital conversion requirements.
- Input Voltage Ranges: Support unipolar and bipolar input voltage ranges, including 0 - 5V, 0 - 10V, ±5V, ±10V.
- Multiplexer: Equipped with two 8 - channel multiplexers, and can be further configured according to different input modes.
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- Flexible Input Configuration: It can be configured as single – ended, pseudo – differential, or differential input modes, which can adapt to different types of sensor output signals, providing a wide range of application flexibility.
- Expandability: With the support of the channel expansion kit, the number of input channels can be expanded, which is suitable for applications that require a large number of analog signal acquisitions.
- VMEbus Compatibility: Fully compatible with the VMEbus standard, which can be easily integrated into the VME – based industrial control system, and communicate and cooperate with other VME – bus modules.
- Reliable Signal Conversion: It can stably convert analog signals within a variety of voltage ranges into digital signals, and the 12 – bit resolution can ensure the accuracy of signal conversion to a certain extent.
- Process Control: In the chemical, pharmaceutical and other industrial production processes, it is used to collect analog signals such as temperature, pressure, flow, and level, and provide data support for process control systems to realize the monitoring and control of production processes.
- Machine Control: It is applied to various industrial machinery, such as machine tools, robots, etc., to collect the analog signals of sensors on the machinery, such as the position signals of servo – motors, the pressure signals of hydraulic systems, etc., to ensure the precise operation of the machinery.
- Test and Measurement Systems: In laboratory test equipment and industrial measurement systems, it is used to collect analog signals of various test parameters, such as the voltage and current signals in electrical performance tests, and the physical quantity signals in material property tests, so as to provide accurate data for test and measurement.
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