3BHB003230R0101 5SXE05-0152 IGCT module
Technical data of product parameters
This bit 3BHB003230R0101 5SXE05-0152 is latched. Once set, it must be cleared by writing a zero to this bit location.rarily suspend all write and read operations to the board.Each time one node issues a network interrupt, it includes its own node ID as part of the packet. At each other network node, the interrupt packet is evaluated. If the network interrupt is directed to that node, and if the network interrupt is of type 1, then the sender’s node ID is stored in a 127 location deep FIFO called the Interrupt 1 Sender ID FIFO or SID1. The SID1 is accessed at offset $24. Like any normal FIFO, each time the SID1 is read, the FIFO address pointer automatically increments to the next location in the FIFO. Therefore, each 3BHB003230R0101 5SXE05-0152 sender ID can only be read once from the SID1 FIFO. Writing any data to the SID1 FIFO causes the SID1 FIFO to be cleared to zero and set to empty. Note that the value of zero is NOT a true indicator that the FIFO is empty since zero is also a valid node ID. To see if network interrupts are pending, examine bits 07, 02, 01 and 00 in the LISR register. Reading this FIFO will clear the corresponding bit in the LISR register. Interrupt 1 Sender Data FIFO The 32 bit Interrupt 1 Sender Data (ISD1) FIFO is located at offset $20. It 3BHB003230R0101 5SXE05-0152contains up to 127 Lwords of data, which have been sent to this node in type 1 network interrupt packets. The function of the 32 bits of data is user defined. The ISD1 is a 127 location deep FIFO, but it is coupled and slaved to the companion FIFO SID1. Essentially, there is only one address pointer for both FIFOs and that pointer is only effected by access to the Sender ID 1 (SID1) FIFO. For this reason, each location within the data (ISD1) FIFO can be read multiple times without incrementing the address pointer, while reading the companion SID1 FIFO increments the 3BHB003230R0101 5SXE05-0152pointer for both FIFO’s. For this same reason, the user must read the data (ISD1) before the Sender ID (SID1) or the corresponding data will be lost.. Read LISR register at RFMCSRBase + offset $10. Determine if the pending Network Interrupt 4 (Bit 07), Network Interrupt 3 (Bit 02), Network Interrupt 2 (Bit 01) or Network Interrupt 1 (Bit 00) is high (1). 2. Assuming, for example, the previous step indicates Network Interrupt 2 is pending, read the Interrupt 2 Sender Data FIFO at RFMCSRBase + offset $28 and place the value in the desired user location.
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