• XVME-232      High-speed data transmission     High reliability design
  • XVME-232      High-speed data transmission     High reliability design

XVME-232 High-speed data transmission High reliability design

No.XVME-232
peculiarity
64 single-ended or 32 differential 16-bit input channels
• Eight 12-bit analog output channels
• Single channel mode
The throughput is 100 KHz • Single channel mode
Under FSR accuracy of 0.003% • Easy to use automatic scanning mode
• Software programmable single input gain
• Programmable interrupt timer
• Synchronous output mode
  • XVME-232      High-speed data transmission     High reliability design
Desciption
peculiarity
64 single-ended or 32 differential 16-bit input channels
• Eight 12-bit analog output channels
• Single channel mode
The throughput is 100 KHz • Single channel mode
Under FSR accuracy of 0.003% • Easy to use automatic scanning mode
• Software programmable single input gain
• Programmable interrupt timer
• Synchronous output mode
High-speed data transmission: XVME-232 module supports high-speed data transmission, and can realize the rapid processing and exchange of large amounts of data. This enables it to perform well in scenarios that require real-time data processing, such as military command systems, aerospace control systems, etc.
Multiple interface support: XVME-232 provides a variety of interfaces, including digital I/O interfaces, serial communication interfaces, etc., so that it can be widely connected and communicated with other devices. These interfaces support a variety of communication protocols, enabling users to select and configure them based on specific requirements.
High reliability design: The module adopts a high reliability design, including redundant power supply, hot swap and other features to ensure stable operation in complex and harsh working environments. This makes XVME-232 widely used in mission-critical systems, such as nuclear power plant control systems, medical equipment, etc.
Flexible configuration options: XVME-232 provides flexible configuration options, allowing users to customize and configure modules according to specific application requirements. Whether it is adjusting the data transfer rate, modifying the interface parameters or upgrading the firmware, users can easily implement it to meet different system requirements.