VMIVME-1128 | GE controller motherboard

GE VMIVME-1128 is a controller motherboard produced by GE General Electric

· Mechanical specifications: with a channel count of 6U VME.

· Signal channels: There are a total of 8 differential/single ended channels.

· Sampling rate: The maximum sampling rate is 100 MSPS.

· Resolution: 14 bits.

· Memory: Equipped with 1 GB ECC SDRAM memory.

· Interface type: VME64x。

· Working temperature range: 0 ° C to 70 ° C.

· As the core control component of industrial automation systems, it connects sensors, actuators, and other equipment to achieve precise control and monitoring of 

parameters such as temperature, pressure, flow rate, and position in the production process. It is widely used in automated production lines in industries such as steel, 

chemical, papermaking, and cement.

· It can collect various analog and digital signals in real time, and perform high-speed and high-precision conversion and processing. The collected data can be stored in 

memory or transmitted to the upper computer for further analysis and processing. It is suitable for occasions that require real-time collection and analysis of large amounts 

of data, such as scientific research experiments, environmental monitoring, etc.

· It can be integrated into various instruments and meters, such as oscilloscopes, signal generators, spectrum analyzers, etc., as its control and data processing core, to 

improve the performance and functionality of the instrument and achieve more complex measurement and analysis tasks.

· Equipped with communication interfaces such as Ethernet interfaces, serial ports, etc., it can easily communicate with other devices, transmit the collected data to 

monitoring systems, remote terminals, or cloud platforms, and achieve remote monitoring, fault diagnosis, and data analysis of devices. It has important applications in 

power systems, intelligent transportation, and other fields.

· As part of the SIS digital overspeed protection system, it is used to protect critical rotating machinery such as turbines, compressors, and pumps from damage caused by 

overspeed conditions, and to detect the direction of rotation to avoid potential issues during start-up.