hi-6131pqtf QuickLogic Corp, hi-6131pqtf Datasheet - Page 230

• Manufacturer Part Number: hi-6131pqtf
• Description: Mil-std-1553 / Mil-std-1760 3.3v Bc / Mt / Rt Multi-terminal Device
• Manufacturer: QuickLogic Corp

0xDA
0xDB
0xD8
0xD9
0xD0
0xD2
0xD4
0xC0
0xC8
0xE8
Byte
0x40
0x48
0x50
0x68
0x70
0x78
0xF0
0xF8
0x60
0x58
Hex
Read or
Write
-------
-------
-------
-------
-------
-------
-------
W
W
W
W
W
R
R
R
R
R
R
R
R
Read
Enable Memory Address Pointer at register 0x000B
Enable Memory Address Pointer at register 0x000C
Enable Memory Address Pointer at register 0x000D
Enable Memory Address Pointer at register 0x000E
Add 1 to the current value of the enabled Memory Address Pointer
Add 2 to the current value of the enabled Memory Address Pointer
Add 4 to the current value of the enabled Memory Address Pointer
Read location addressed by the current value of the enabled Memory Address Pointer
Write location addressed by the current value of the enabled Memory Address Pointer
Write addressed location after incrementing the enabled Memory Address Pointer
Copy RT1 current Control Word address (register 3) to enabled Memory Address Pointer, then
read the location addressed by the new pointer value (read the current Control Word for RT1)
Copy RT2 current Control Word address (register 5) to enabled Memory Address Pointer, then
read the location addressed by the new pointer value (read the current Control Word for RT2)
Add 0 to the current value of the enabled Memory Address Pointer. Then . . .
Add 1 to the current value of the enabled Memory Address Pointer. Then . . .
Add 2 to the current value of the enabled Memory Address Pointer. Then copy value from
newly addressed location to the enabled Memory Address Pointer then read newly addressed
location.
Add 0 to the current value of the enabled Memory Address Pointer. Then . . .
Add 1 to the current value of the enabled Memory Address Pointer. Then . . .
Add 2 to the current value of the enabled Memory Address Pointer. Then copy value from
newly addressed location to the enabled Memory Address Pointer then write newly addressed
location.
Read then add 4 to the current value of the enabled Memory Address Pointer.
Write storage address of last-written Interrupt Address Word to the enabled Memory Address
Pointer, then read the Interrupt Address Word from the Interrupt Log buffer.
Decrement Memory Address Pointer after read operation
Read / Write RAM or Register Location Using Current Address Pointer Value
Increment Address Pointer Then Write Addressed RAM or Register Location
Table 24. SPI Commands using Memory Address Pointer
Memory Address Pointer Operations (no data is written or read)
Select / Enable a Memory Address Pointer
HOLT INTEGRATED CIRCUITS
Special Purpose Commands
HI-6130, HI-6131
230