UR8NH GE Relay Modules

UR8NH adopts FPGA to design ASIC circuits (special-purpose integrated circuits), and users do not need to invest in chip production to get a suitable chip. UR8NH FPGA can do other fully customised or semi-custom ASIC circuits for pilot samples.UR8NH has a wealth of internal triggers and I/O pins. FPGA is one of the devices with the shortest design cycle, lowest development cost and lowest risk in ASIC circuits. UR8NH adopts high-speed CMOS process with low power consumption and can be compatible with CMOS and TTL levels. 　　It can be said that the UR8NH chip is one of the best choices for small batch systems to improve system integration and reliability.

The FPGA is set up by the programme stored in the on-chip UR8NH to set up its working state, so it is necessary to program the on-chip RAM when working. Users can use different programming methods according to different configuration modes. When powering up, the FPGA chip reads the data in UR8NH into the on-chip programming RAM, and after the configuration is completed, the FPGA enters the working state. After power down, the FPGA is restored to a white chip, and the internal logic relationship disappears, so the FPGA can be used repeatedly.The programming of the FPGA does not require a special FPGA programmer, but only a general-purpose UR8NH programmer can be used. When you need to modify the FPGA function, you only need to change a piece of  UR8NH . In this way, the same FPGA, different programming data, can produce different circuit functions. Therefore, the use of UR8NH is very flexible