Calculator User Manual
Table Of Contents
- Read This First
 - Contents
 - Figures
 - Tables
 - Examples
 - Cautions
 - Introduction
 - Architectural Overview
 - Central Processing Unit
 - Memory and I/O Spaces
 - Program Control
 - Addressing Modes
 - Assembly Language Instructions
- Instruction Set Summary
 - How To Use the Instruction Descriptions
 - Instruction Descriptions
- ABS
 - ABS
 - ADD
 - ADD
 - ADD
 - ADD
 - ADDC
 - ADDC
 - ADDS
 - ADDS
 - ADDT
 - ADDT
 - ADRK
 - AND
 - AND
 - AND
 - APAC
 - APAC
 - B
 - BACC
 - BANZ
 - BANZ
 - BCND
 - BCND
 - BIT
 - BIT
 - BITT
 - BITT
 - BLDD
 - BLDD
 - BLDD
 - BLDD
 - BLDD
 - BLPD
 - BLPD
 - BLPD
 - BLPD
 - CALA
 - CALL
 - CC
 - CC
 - CLRC
 - CLRC
 - CMPL
 - CMPR
 - DMOV
 - DMOV
 - IDLE
 - IN
 - IN
 - INTR
 - LACC
 - LACC
 - LACC
 - LACL
 - LACL
 - LACL
 - LACT
 - LACT
 - LAR
 - LAR
 - LAR
 - LDP
 - LDP
 - LPH
 - LPH
 - LST
 - LST
 - LST
 - LST
 - LT
 - LT
 - LTA
 - LTA
 - LTD
 - LTD
 - LTD
 - LTP
 - LTP
 - LTS
 - LTS
 - MAC
 - MAC
 - MAC
 - MAC
 - MACD
 - MACD
 - MACD
 - MACD
 - MACD
 - MAR
 - MAR
 - MPY
 - MPY
 - MPY
 - MPYA
 - MPYA
 - MPYS
 - MPYS
 - MPYU
 - MPYU
 - NEG
 - NEG
 - NMI
 - NOP
 - NORM
 - NORM
 - NORM
 - OR
 - OR
 - OR
 - OUT
 - OUT
 - PAC
 - POP
 - POP
 - POPD
 - POPD
 - PSHD
 - PSHD
 - PUSH
 - RET
 - RETC
 - ROL
 - ROR
 - RPT
 - RPT
 - SACH
 - SACH
 - SACL
 - SACL
 - SAR
 - SAR
 - SBRK
 - SETC
 - SETC
 - SFL
 - SFR
 - SFR
 - SPAC
 - SPH
 - SPH
 - SPL
 - SPL
 - SPLK
 - SPLK
 - SPM
 - SQRA
 - SQRA
 - SQRS
 - SQRS
 - SST
 - SST
 - SUB
 - SUB
 - SUB
 - SUB
 - SUBB
 - SUBB
 - SUBC
 - SUBC
 - SUBS
 - SUBS
 - SUBT
 - SUBT
 - TBLR
 - TBLR
 - TBLR
 - TBLW
 - TBLW
 - TBLW
 - TRAP
 - XOR
 - XOR
 - XOR
 - ZALR
 - ZALR
 
 
 - On-Chip Peripherals
 - Synchronous Serial Port
 - Asynchronous Serial Port
 - TMS320C209
 - Register Summary
 - TMS320C1x/C2x/C2xx/C5x Instruction Set Comparison
 - Program Examples
 - Submitting ROM Codes to TI
 - Design Considerations for Using XDS510 Emulator
- E.1 Designing Your Target System’s Emulator Connector (14-Pin Header)
 - E.2 Bus Protocol
 - E.3 Emulator Cable Pod
 - E.4 Emulator Cable Pod Signal Timing
 - E.5 Emulation Timing Calculations
 - E.6 Connections Between the Emulator and the Target System
 - E.7 Physical Dimensions for the 14-Pin Emulator Connector
 - E.8 Emulation Design Considerations
 
 - Glossary
 - Index
 

Instruction Set Comparison Table
B-6
B.3 Instruction Set Comparison Table
Syntax
1x 2x 2xx 5x Description
ABS
√
√
√
√
Absolute Value of Accumulator
If the contents of the accumulator are less than zero,
replace the contents with the 2s complement of the
contents. If the contents are ≥ 0, the accumulator is not
affected.
ADCB
√
Add ACCB to Accumulator With Carry
Add the contents of the ACCB and the value of the
carry bit to the accumulator. If the result of the addition
generates a carry from the accumulator’s MSB, the
carry bit is set to 1.
ADD
dma
 [
, shift
]
ADD {
ind
}
[
, shift 
[
, next ARP
]]
ADD #
k
ADD #
 lk
 [
, shift2
]
√
√
√
√
√
√
√
√
√
√
√
√
Add to Accumulator With Shift
TMS320C1x and TMS320C2x devices: Add the con-
tents of the addressed data-memory location to the ac-
cumulator; if a shift is specified, left shift the contents
of the location before the add. During shifting, low-
order bits are zero filled, and high-order bits are sign
extended.
TMS320C2xx and TMS320C5x devices: Add the con-
tents of the addressed data-memory location or an im-
mediate value to the accumulator; if a shift is specified,
left shift the data before the add. During shifting, low-
order bits are zero filled, and high-order bits are sign
extended if SXM = 1.
ADDB
√
Add ACCB to Accumulator
Add the contents of the ACCB to the accumulator.
ADDC
dma
ADDC {
ind
}
[
, next ARP
]
√
√
√
√
√
√
Add to Accumulator With Carry
Add the contents of the addressed data-memory loca-
tion and the carry bit to the accumulator.
ADDH
dma
ADDH {
ind
}
[
, next ARP
]
√
√
√
√
√
√
√
√
Add High to Accumulator
Add the contents of the addressed data-memory loca-
tion to the 16 MSBs of the accumulator. The LSBs are
not affected. If the result of the addition generates a
carry, the carry bit is set to 1.
TMS320C2x, TMS320C2xx, and TMS320C5x de-
vices: If the result of the addition generates a carry
from the accumulator’s MSB, the carry bit is set to 1.










