Texas Instruments TMS320C2XX User Manual

Page 573

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Index

Index-10

IMR (interrupt mask register)

5-22 to 5-38

bits

’C203/C204

5-23

’C209

11-13

in interrupt acknowledgement process

5-19

quick reference

A-7

IN instruction

7-69

IN0 bit

9-10

indirect addressing

description

6-9

effects on auxiliary register pointer

(ARP)

6-14 to 6-16

effects on current auxiliary register

6-14 to 6-16

examples

6-15

modifying auxiliary register content

6-17

opcode format

6-12 to 6-14

operands

6-10

operation types

6-14 to 6-16

options

6-9

possible opcodes

6-14 to 6-16

input clock modes

’C203/C204

8-5

’C209

11-14

input scaling section of CPU

3-3

input shifter

3-3

input/output space.

See I/O space

input/output status register (IOSR)

description

10-10

detecting change on pins IO0–IO3

10-16

reading current logic level on pins

IO0–IO3

10-16

instruction register (IR), definition

F-11

instruction set, key features

1-7

instructions

7-1 to 7-20

Boolean logic

AND

7-34

CMPL (complement/NOT)

7-64

OR

7-129

XOR (exclusive OR)

7-193

compared with those of other TMS320 de-

vices

B-1 to B-36

conditional

5-10 to 5-13

branch (BCND)

7-43

call (CC)

7-60

conditions that may be tested

5-10

return (RETC)

7-143

stabilization of conditions

5-11

using multiple conditions

5-10

instructions

(continued)

CPU halt until hardware interrupt (IDLE)

7-68

delay/no operation (NOP)

7-125

descriptions

7-20

how to use

7-12

enhanced

B-5

idle until hardware interrupt (IDLE)

7-68

interrupt

branch to NMI interrupt vector location

(NMI)

7-124

branch to specified interrupt vector location

(INTR)

7-71

branch to TRAP interrupt vector location

(TRAP)

7-192

negate accumulator (NEG)

7-122

no operation (NOP)

7-125

normalize (NORM)

7-126

OR

7-129

power down until hardware interrupt

(IDLE)

7-68

repeat next instruction n times

description (RPT)

7-146

introduction

5-14

stack

pop top of stack to data memory

(POPD)

7-137

pop top of stack to low accumulator bits

(POP)

7-135

push data memory value onto stack

(PSHD)

7-139

push low accumulator bits onto stack

(PUSH)

7-141

status registers ST0 and ST1

clear control bit (CLRC)

7-62

load (LST)

7-87

load data page pointer (LDP)

7-83

modify auxiliary register pointer (MAR)

7-111

set control bit (SETC)

7-155

set product shift mode (SPM)

7-167

store (SST)

7-172

summary

7-2 to 7-11

test bit specified by TREG (BITT)

7-47

test specified bit (BIT)

7-45

INT1 bit (’C209)

in interrupt flag register (IFR)

11-12

in interrupt mask register (IMR)

11-13

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