Motorola CPU32 Handbücher

Bedienungsanleitungen und Benutzerhandbücher für Prozessoren Motorola CPU32.
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Motorola CPU32 Bedienungsanleitung (646 Seiten)

Marke: Motorola | Kategorie: Prozessoren | Größe: 2.28 MB |

Inhaltsverzeichnis

MOTOROLA

M68000 FAMILY

TABLE OF CONTENTS

LIST OF FIGURES

LIST OF FIGURES (Concluded)

LIST OF TABLES

LIST OF TABLES (Continued)

SECTION 1

INTRODUCTION

1.1.3 Program Counter

1.3.2 Status Register

31 24 23 16

ADDRESS BASE ADDRESS MASK

1514131211109876 432 0

1.4 INTEGER DATA FORMATS

1.6.1 Normalized Numbers

1.6.2 Denormalized Numbers

1.6.3 Zeros

1.6.4 Infinities

1.6.5 Not-A-Numbers

Introduction

SECTION 2

ADDRESSING CAPABILITIES

POINTS TO

2.2.18 Immediate Data

Addressing Capabilities

BR Xn bd Addressing Mode

2.5.2 Memory Indirect Modes

2.6 OTHER DATA STRUCTURES

2.6.1 System Stack

2.6.2 Queues

SECTION 3

INSTRUCTION SET SUMMARY

Bit field selection

3.1.3 Logical Instructions

3.1.6 Bit Field Instructions

→ (SSP);

Table 3-19. Conditional Tests

3.3 INSTRUCTION EXAMPLES

3.3.4 Bit Field Instructions

3.5.1 Intermediate Result

3.5.2 Rounding the Result

3.6.2 Conditional Testing

Instruction Set Summary

100

Data Type N Z I NAN

100

3.7 INSTRUCTION DESCRIPTIONS

103

SECTION 4

105

INTEGER INSTRUCTIONS

105

Add Decimal with Extend

106

EFFECTIVE ADDRESS

108

MODE REGISTER

108

1514131211109876543210

108

1101 REGISTER OPMODE

108

Add Address

111

(M68000 Family)

112

Add Immediate

113

ADDI Add Immediate ADDI

114

ADDQ Add Quick ADDQ

115

ADDX Add Extended ADDX

117

AND AND Logical AND

119

ANDI AND Immediate ANDI

122

ANDI ANDI

124

Arithmetic Shift ASL, ASR

125

Branch Conditionally Bcc

129

Bcc Branch Conditionally Bcc

130

Test a Bit and Change BCHG

131

Test a Bit and Clear BCLR

134

Integer Instructions

137

BFINS Insert Bit Field BFINS

150

Test Bit Field and Set BFSET

153

BFTST Test Bit Field BFTST

155

BKPT Breakpoint BKPT

157

BRA Branch Always BRA

159

BSET Test a Bit and Set BSET

160

BSR Branch to Subroutine BSR

163

BTST Test a Bit BTST

165

CALLM Call Module CALLM

168

CAS CAS

170

CLR Clear an Operand CLR

177

CMP Compare CMP

179

CMPA Compare Address CMPA

181

CMPI Compare Immediate CMPI

183

CMPM Compare Memory CMPM

185

Signed Divide DIVS, DIVSL

196

Unsigned Divide DIVU, DIVUL

200

EOR Exclusive-OR Logical EOR

204

Exclusive-OR Immediate EORI

206

EORI EORI

208

EXG Exchange Registers EXG

209

Sign-Extend EXT, EXTB

210

JMP Jump JMP

212

JSR Jump to Subroutine JSR

213

Load Effective Address LEA

214

LINK Link and Allocate LINK

215

Logical Shift LSL, LSR

217

MOVEA Move Address MOVEA

223

MOVE MOVE

225

Move 16-Byte Block MOVE16

230

Move Peripheral Data MOVEP

235

MOVEQ Move Quick MOVEQ

238

MULS Signed Multiply MULS

239

MULU Unsigned Multiply MULU

242

Instruction Format:

246

Instruction Fields:

246

NEG Negate NEG

247

NEGX Negate with Extend NEGX

249

NOP No Operation NOP

251

NOT Logical Complement NOT

252

OR Inclusive-OR Logical OR

254

ORI Inclusive-OR ORI

257

ORI ORI

259

PACK Pack PACK

260

Push Effective Address PEA

263

265

MEMORY ROTATE

266

Return and Deallocate RTD

270

RTM Return from Module RTM

271

Return from Subroutine RTS

273

SUB Subtract SUB

278

SUBA Subtract Address SUBA

281

SUBI Subtract Immediate SUBI

283

SUBQ Subtract Quick SUBQ

285

Subtract with Extend SUBX

287

Swap Register Halves SWAP

289

Test and Set an Operand TAS

290

TRAP Trap TRAP

292

Trap on Condition TRAPcc

293

TRAPV Trap on Overflow TRAPV

295

TST Test an Operand TST

296

UNLK Unlink UNLK

298

UNPK Unpack BCD UNPK

299

SECTION 5

303

FLOATING POINT INSTRUCTIONS

303

Floating-Point Absolute Value

306

Arc Cosine

310

Floating-Point Add

313

FADD Floating-Point Add FADD

314

FASIN Arc Sine FASIN

316

FATAN Arc Tangent FATAN

319

Floating Point Instructions

323

Floating-Point Compare FCMP

327

FCOS Cosine FCOS

330

FCOSH Hyperbolic Cosine FCOSH

333

Hyperbolic Cosine FCOSH

334

Hyperbolic Cosine FCOSH

335

Decrement, and Branch

336

Floating-Point Divide FDIV

338

DESTINATION

342

FETOXM1 e

345

FETOXM1

345

FGETEXP Get Exponent FGETEXP

348

FGETMAN Get Mantissa FGETMAN

351

FINT Integer Part FINT

354

FLOG10 Log

360

FLOG2 Log

363

FLOGN Log

366

FLOGNP1 Log

369

FLOGNP1

370

FMOD Modulo Remainder FMOD

372

⋅), but all

375

< EA > TO REGISTER

377

380

Move Floating-Point FMOVE

382

System Control Register

382

Move Constant ROM FMOVECR

385

Data Registers

387

Control Registers

393

Floating-Point Multiply FMUL

396

Floating-Point Negate FNEG

400

FNOP No Operation FNOP

404

Arithmetic

406

FREM IEEE Remainder FREM

407

FSCALE Scale Exponent FSCALE

409

FSIN Sine FSIN

420

FSINH Hyperbolic Sine FSINH

427

Floating-Point Subtract FSUB

434

FTAN Tangent FTAN

438

Hyperbolic Tangent FTANH

441

FTENTOX 10

444

FTENTOX

444

FTWOTOX 2

452

FTWOTOX

452

SECTION 6

455

Invalidate Cache Lines

457

Coprocessor

459

Restore Functions

459

Coprocessor Save Function

461

Restore Internal FRESTORE

465

Floating-Point State

465

Move Control Register MOVEC

476

Move Address Space MOVES

478

1111000001001COUNT REGISTER

485

0000000000 MC68851 CONDITION

485

16-BIT DISPLACEMENT

485

1111000000

487

0 0 1 MODE 0 0 MASK FC

487

Flush ATC Entries PFLUSH

489

PFLUSH PFLUSH

492

PFLUSHA PFLUSHA

492

1010000000000000

495

001000R/ W0000 FC

498

SRP, CRP, and TC Registers

502

MMU Status Register

503

TT Registers

504

011000R/W000000000

505

ACx Registers

506

Move PMMU Register PMOVE

507

1111000101

512

PMMU Save Function PSAVE

513

Set on PMMU Condition PScc

516

Test a Logical Address PTEST

517

(MC68030 only)

519

1111000001111 OPMODE

533

Validate a Pointer PVALID

534

Reset External Devices RESET

537

Return from Exception RTE

538

0100111001110010

539

IMMEDIATE DATA

539

SECTION 7

541

CPU32 INSTRUCTIONS

541

Enter Background Mode

544

(CPU32)

544

Low-Power Stop

545

TBLS TBLS

546

TBLU TBLU

551

CPU32 Instructions

556

SECTION 8

557

INSTRUCTION FORMAT SUMMARY

557

Instruction Format Summary

577

X AND BACX REGISTERS

581

TBLU, TBLUN

584

TBLS, TBLSN

584

DATA REGISTER INTERPOLATE

585

FRESTORE

594

FTRAPcc

594

APPENDIX A

597

PROCESSOR INSTRUCTION SUMMARY

597

Processor Instruction Summary

608

Mnemonic Description

608

(Continued)

609

Data Addressing Modes

612

A.2 MC68020 PROCESSORS

613

(Concluded)

615

Addressing Modes Syntax

616

A.3 MC68030 PROCESSORS

617

A.4 MC68040 PROCESSORS

621

A.6 MC68851 COPROCESSORS

627

APPENDIX B

628

Assignment

629

B.2 EXCEPTION STACK FRAMES

630

Frame, Format $4

632

Format $9

633

15 031 24 23 16

639

VERSION $41

639

(RESERVED)

639

APPENDIX C

641

S-RECORD OUTPUT FORMAT

641

C.2 S-RECORD TYPES

642

C.3 S-RECORD CREATION

643

Table C-2. ASCII Code

645

Motorola CPU32 Betriebsanweisung (205 Seiten)

Marke: Motorola | Kategorie: Prozessoren | Größe: 1.85 MB |

Inhaltsverzeichnis

Emulation for

Motorola CPU32

In This Book

Registers)

Contents

Together

Updating Firmware

Troubleshooting the Emulator

Setup Flowchart

Emulation Probe

CPU32 Emulation 19

Chapter 1: Overview

Minimum equipment required

CPU32 Emulation 21

To power on the system

To power off the system

Connection Sequence

Emulation Migration

CPU32 Emulation 27

28 CPU32 Emulation

Serial connection

Recommended connection

Workstation

To obtain an IP address

CPU32 Emulation 33

34 CPU32 Emulation

36 CPU32 Emulation

CPU32 Emulation 39

Motorola CPU32 Betriebsanweisung (107 Seiten)

Marke: Motorola | Kategorie: Prozessoren | Größe: 2.65 MB |

Inhaltsverzeichnis

HP E2480A Motorola CPU32

Preprocessor Interface

At a Glance

Introduction

In This Book

Contents

Overview

Logic Analyzers Supported

Equipment supplied

Minimum equipment required

Chapter 1: Overview

Power-ON/Power-OFF Sequence

Connection Sequence

Hooking up Your System

Hooking up your System

Analyzer

Logic Analyzer

To set the ID switches

To interpret the LEDs

Downloading a configuration

Connecting Optional Equipment

Analyzing the Target System

Modes of Operation

Format Menu

Format Menu (Timing)

Using the Inverse Assembler

• Press the Align softkey

General output format

Clock qualifiers

Reference

Operating Characteristics

Repair Strategy

Circuit Board Dimensions

If You Have a Problem

Analyzer Problems

No trace list display

Analyzer won’t power up

Preprocessor Problems

Erratic trace measurements

Capacitive loading

Inverse Assembler Problems

Messages

101

“Slow or Missing Clock”

103

“Waiting for Trigger”

104

Cleaning the Instrument

105

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Motorola CPU32 Handbücher

Motorola CPU32 Bedienungsanleitung (646 Seiten)

Inhaltsverzeichnis

Motorola CPU32 Betriebsanweisung (205 Seiten)

Inhaltsverzeichnis

Motorola CPU32 Betriebsanweisung (107 Seiten)

Inhaltsverzeichnis

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