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-12
Syntax
Description5x2xx2x1x
BLDD #
lk, dma
BLDD #
lk,
{
ind
} [
, next ARP
]
BLDD
dma,
#
lk
BLDD {
ind
}
,
#
lk
[
, next ARP
]
BLDD BMAR,
dma
BLDD BMAR, {
ind
} [
, next ARP
]
BLDD
dma
BMAR
BLDD {
ind
}
,
BMAR
[
, next ARP
]
√
√
√
√
√
√
√
√
√
√
√
√
Block Move From Data Memory to Data Memory
Copy a block of data memory into data memory. The
block of data memory is pointed to by
src
, and the des-
tination block of data memory is pointed to by
dst
.
TMS320C2xx devices: The word of the source and/or
the destination space can be pointed to with a long im-
mediate value or a data-memory address. You can use
the RPT instruction with BLDD to move consecutive
words, pointed to indirectly in data memory, to a contig-
uous program-memory space. The number of words to
be moved is 1 greater than the number contained in the
RPTC at the beginning of the instruction.
TMS320C5x devices: The word of the source and/or
the destination space can be pointed to with a long im-
mediate value, the contents of the BMAR, or a data-
memory address. You can use the RPT instruction with
BLDD to move consecutive words, pointed to indirectly
in data memory, to a contiguous program-memory
space. The number of words to be moved is 1 greater
than the number contained in the RPTC at the begin-
ning of the instruction.
BLDP
dma
BLDP {
ind
} [
, next ARP
]
√
√
Block Move From Data Memory to Program
Memory
Copy a block of data memory into program memory
pointed to by the BMAR. You can use the RPT instruc-
tion with BLDP to move consecutive words, indirectly
pointed to in data memory, to a contiguous program-
memory space pointed to by the BMAR.
BLEZ
pma
BLEZ
pma
[
,
{
ind
} [
, next ARP
]]
√
√
√
√
√
√
Branch if Accumulator ≤ Zero
If the contents of the accumulator are
≤ 0, branch to the
specified program-memory address.
TMS320C2x devices: Modify the current AR and ARP
as specified.
TMS320C2xx and TMS320C5x devices: Modify the
current AR and ARP as specified when the –p porting
switch is used.