Motorola DSP56602 Manuel d'utilisateur

MOTOROLA DSP56602 User’s Manual 1-1SECTION 1DSP56602 OVERVIEW Freescale Semiconductor, I Freescal

1-10 DSP56602 User’s Manual MOTOROLADSP56602 OverviewDSP56600 Core Functional Blocksinstruction, replacing the instruction that otherwise would have

DSP56602 OverviewInternal Buses MOTOROLA DSP56602 User’s Manual 1-11of IEEE and the Joint Test Action Group (JTAG). The DSP56600 core implementation

1-12 DSP56602 User’s Manual MOTOROLADSP56602 OverviewInternal Buses• Y Memory Data Bus (YDB) for carrying Y data throughout the core• Program Addres

DSP56602 OverviewDSP56602 Architecture Overview MOTOROLA DSP56602 User’s Manual 1-131.6 DSP56602 ARCHITECTURE OVERVIEWThe DSP56602 is designed to per

1-14 DSP56602 User’s Manual MOTOROLADSP56602 OverviewDSP56602 Architecture Overview1.6.3 Synchronous Serial Interface (SSI)The DSP56602 provides two

1-2 DSP56602 User’s Manual MOTOROLADSP56602 Overview1.1 INTRODUCTION. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-31.2

DSP56602 OverviewIntroduction MOTOROLA DSP56602 User’s Manual 1-31.1 INTRODUCTIONThis manual describes the DSP56602 16-bit Digital Signal Processor (

1-4 DSP56602 User’s Manual MOTOROLADSP56602 OverviewManual Conventionsmicroprocessors, and peripherals, to provide the primary data input path. The

DSP56602 OverviewManual Conventions MOTOROLA DSP56602 User’s Manual 1-5• Hex values are indicated with a dollar sign ($) preceding the hex value as f

1-6 DSP56602 User’s Manual MOTOROLADSP56602 OverviewDSP56600 Core Description1.3 DSP56600 CORE DESCRIPTIONThe DSP56600 core is based on the DSP56300

DSP56602 OverviewDSP56600 Core Functional Blocks MOTOROLA DSP56602 User’s Manual 1-7• PLL and Clock Oscillator • Expansion Memory Interface (Port A)•

1-8 DSP56602 User’s Manual MOTOROLADSP56602 OverviewDSP56600 Core Functional Blocksone 40-bit result of the following form, Extension:Most Significa

DSP56602 OverviewDSP56600 Core Functional Blocks MOTOROLA DSP56602 User’s Manual 1-9seven-stage pipeline and controls the different processing states