ABB SC560-3BSE008105R1 CPUmodular

ABB SC560-3BSE008105R1 CPUmodular

The device adopts simplified structural design. It can handle communication through Ethernet and USB connections. Onboard documentation and system updates are standard features, and plug-in replacement details are implemented into the unit to extend the service life of the module. These devices are designed to connect to more than 32 generator set modules in a single network.
For local nodes, the reflective memory board is displayed as shared memory. Any level of software (including the application itself) can write data to or read data from memory. The data written to the reflective memory of one node is transmitted by the network hardware to all other nodes and placed in the same address on the reflective memory board of these nodes. This data transmission can be completed without the participation of the processor on any node. With this system, all nodes on the network have local copies of shared data that can be accessed immediately. You can communicate with the AutoMax UDC module through two fiber optic connectors located at the edge of one board. The board is also used to monitor drive operations and run motor control algorithms. Other interfaces include PMI interface connector, AC power technology circuit, instrument port, FlexI/O, synchronous transmission port connector and PMI processor circuit. The instrument ports are located in terminals along one edge of the board. These can be connected to external analog devices using 14-22 AWG twisted pairs (up to 13 feet in length).

With the rapid development of modern integrated circuit (IC), the design level and system complexity of System on Chip (SoC) are increasing day by day, while the improvement of design level and system complexity greatly increases the workload of verification, which takes up about 50%~80% of the time and resources of SoC design. The verification efficiency will directly affect the performance index and design cycle of the chip. Finding an advanced and effective verification method becomes the key to the success of SoC chip design. Universal Verification Methodology (UVM) inherits the advantages of the Verification Methodology Manual (VMM) and the Open Verification Methodology (OVM). To overcome the disadvantages of both, it is currently the verification methodology with the best compatibility and the most advanced working mechanism, representing the development direction of verification methodology.

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