UAC383AE01 HIEE300890R0001 Thyristor Module

UAC383AE01 HIEE300890R0001’s real-time and FPGA based systems can achieve high performance and reliability. In order to prototype and deploy deterministic and reliable industrial machines, the performance of multi-core applications is extended to real-time embedded systems through symmetric multiprocessing in Real Time. Engineers can manually assign code portions to specific processor kernels to fine tune real-time systems or isolate time critical parts of code on dedicated kernels. In order to meet the more challenging debugging and code optimization requirements of real-time multi-core development, the new NI real-time execution tracking toolkit 2.0 can intuitively display the timing relationship between code segments and various threads, as well as the processing core for executing code. The parallel feature is also applicable to FPGA based systems. Added multi-channel filtering and PID control algorithms, significantly reducing the FPGA resources required for high-performance machine control systems. In addition, the new wizard can automatically perform I/O configuration, IP development, and overall settings for common I/O, counter/timer, and encoder applications. Using the FPGA project wizard, engineers can automatically generate more complex high-speed DMA data transfer codes.

UAC383AE01 HIEE300890R0001 supports a total of 62 analog and digital input and output combinations. Specifically, this combination includes: 30 digital inputs (including 2 shaft encoder inputs), 2 analog inputs, 28 digital outputs, and 2 high-speed digital outputs. With additional expansion modules (installed locally or remotely, up to 1000m away from the controller), the configuration can be expanded to 1024 I/O. UAC383AE01 HIEE300890R0001 Independent management unit I/O (without expansion unit) typically ranges from 30-62 I/O. Basic Snap I/O options can include: digital and analog inputs and outputs, high-speed I/O, PT100/ thermocouple functionality, and weight measurement. Now, when it comes to configuring the precise requirements of the system, the new management unit module can provide greater flexibility, and regardless of budget being the main factor, the new management unit module has special appeal. Due to the many I/Os equipped, this bite on module can replace modules and adapters that may require a lower number of I/Os to be purchased, thereby helping to reduce costs