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UPSD3312D Datasheet(PDF) 46 Page - STMicroelectronics

Part # UPSD3312D
Description  fast 8032 MCU with programmable logic
PDF  272 Pages
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Manufacturer  STMICROELECTRONICS [STMicroelectronics]
Direct Link  http://www.st.com
Logo STMICROELECTRONICS - STMicroelectronics

UPSD3312D Datasheet(HTML) 46 Page - STMicroelectronics

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8032 addressing modes
UPSD33xx
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Doc ID 9685 Rev 7
9
8032 addressing modes
The 8032 MCU uses 11 different addressing modes listed below:
●
Register
●
Direct
●
Register Indirect
●
Immediate
●
External Direct
●
External Indirect
●
Indexed
●
Relative
●
Absolute
●
Long
●
Bit
9.1
Register addressing
This mode uses the contents of one of the registers R0 - R7 (selected by the last three bits
in the instruction opcode) as the operand source or destination. This mode is very efficient
since an additional instruction byte is not needed to identify the operand. For example:
9.2
Direct addressing
This mode uses an 8-bit address, which is contained in the second byte of the instruction, to
directly address an operand which resides in either 8032 DATA SRAM (internal address
range 00h-07Fh) or resides in 8032 SFR (internal address range 80h-FFh). This mode is
quite fast since the range limit is 256 bytes of internal 8032 SRAM. For example:
9.3
Register indirect addressing
This mode uses an 8-bit address contained in either register R0 or R1 to indirectly address
an operand which resides in 8032 IDATA SRAM (internal address range 80h-FFh). Although
8032 SFR registers also occupy the same physical address range as IDATA, SFRs will not
be accessed by register Indirect mode. SFRs may only be accesses using Direct address
mode. For example:
MOV A, R7
; Move contents of R7 to accumulator
MOV A, 40h
; Move contents of DATA SRAM
; at location 40h into the accumulator



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